include	0	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		2	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Input 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		2	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Output	Saturates if the result exceeds +327.67% or is less than -327.67%.			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		2	Output	Right	120	0
include	0	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		3	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Input 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		3	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Output	Saturates if the result exceeds +327.67% or is less than -327.67%.			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		3	Output	Right	120	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		4	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Multiplier				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		4	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Output	Saturates if the result exceeds +327.67% or is less than -327.67%.			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		4	Output	Right	120	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		5	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Divisor	If zero, results in an output of 327.67% (positive or negative based on sign of Input).			100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		5	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Output	Saturates if the result exceeds +327.67% or is less than -327.67%. A zero Divisor results in an output of 327.67% (positive or negative based on sign of Input). If both Input and Divisor are zero, the Output is positive.			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		5	Output	Right	120	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		6	Input	Left	0	60
include	1	Analog	en		0.01	#0.00	%	Upper Clamp	If the Input exceeds this value, the Output will be set to this value.			100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		6	Input	Left	0	0
include	2	Analog	en		0.01	#0.00	%	Lower Clamp	If the Input is less than this value, the Output will be set to this value.			100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		6	Input	Left	0	120
include	3	Analog	en		0.01	#0.00	%	Output	If the Lower Clamp exceeds the Upper  Clamp, the Output will be equal to the Upper Clamp.			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		6	Output	Right	120	60
include	0	Analog	en		0.01	#0.00	%	Input 0				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		7	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		7	Input	Left	0	60
include	2	Boolean	en	0=Input 01=Input 1	1	#0		Select				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		7	Input	Left	0	120
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		7	Output	Right	120	30
include	4	Analog	en		1	#0		Program Line Number	Length of program or line at which load error occurred			100	auto	Engineer	0	0	512	INT16							-4	Internal	Left	0	0
include	0	Analog	en	-1=Not Available0=Fail1=OK	.001	#0.0	V	Power Status	Either the actual supply voltage or the supply voltage status (depending on whether universal inputs are fitted). <b>Unsupported on the dwM3.</b>			100	auto	Operate	-1	-1	32767	INT16					Outgoing Connections Allowed		-4	Internal	Right	120	0
include	2	Analog	en		1	#0	ms	Timebase Measured	Unfiltered cycle time.  This includes the FBE execution time and the overhead (e.g. I/O Modbus, etc.)			100	auto	Engineer	0	0	32767	INT16					Outgoing Connections Allowed		-4	Internal	Right	120	20
include	1	Analog	en		1	#0	ms	Timebase Setpoint	Desired cycle time. It is recommended that the this parameter be set approximately 15ms longer than the execute time (normally 30ms or greater).			100	auto	Engineer	3	30	10000	INT16					Outgoing Connections Allowed		-4	Internal	Right	120	40
include	3	Analog	en	0=<1 ms	1	#0	ms	Execute Time	Unfiltered execute time.  This is the FBE execution time ignoring overhead.			100	auto	Engineer	0	0	32767	INT16					Outgoing Connections Allowed		-4	Internal	Right	120	60
include	6	Enumerated	en	0=Normal4096=Verbose8192=Debug	1	#0		Logging Detail				100	auto	Engineer	0	0	32767	INT16	Writable						-4	Internal	Left	0	0
include	5	Enumerated	en	-2=Timebase Overrun-1=Phantom0=Unterminated Program1=OK2=Unknown Type3=Unknown Function Block4=Parameter Out of Range5=Already has an Incoming6=Outgoing Out Of Range7=Incoming Out Of Range8=Incoming Already Used9=Outgoing Phase Error10=Outgoing Already Used11=Parameter Not Bound12=Outgoing Not Allowed13=Incoming Not Allowed14=Function Block Collision15=Function Block Outside Capability16=Function Block Not Owned17=System Block Error18=Resource Conflict19=Associated FB is Wrong Type20=Associated FB Must be Defined21=Parameter Data Out Of Range22=Timebase Too Long23=Associated FB is Misaligned24=Out of Pool Memory25=Unknown Initialization Mode26=Invalid Capabilities27=Singleton Conflict28=Incompatible Function Block29=Resource Not Present30=Too Many Modbus Registers	1	#0		Program Status				100	auto	Engineer	-2	-1	32	INT16					Outgoing Connections Allowed		-4	Internal	Right	120	80
include	7	Analog	en	0=None	1	#0		Ethernet Overruns				100	auto	Engineer	0	0	32767	UINT16							-4	Internal	Left	0	0
include	21	Hexadecimal	en		1	#0		Hardware Capabilities				100	auto	Hidden	0	0	65535	UINT16							-4	Internal	Left	0	0
include	19	Hexadecimal	en		1	#0		Function Block Capabilities	This defines 15 capability groups, one per bit (bit 15 is reserved)			100	auto	Hidden	0	0	65535	UINT16							-4	Internal	Left	0	0
include	16	Analog	en	502=Standard (502)	1	#0		ModbusTCP Slave Port				100	auto	Engineer	1	502	49151	UINT16	Writable						-4	Internal	Left	0	0
include	17	Enumerated	en	50=50 b/s75=75 b/s110=110 b/s150=150 b/s300=300 b/s600=600 b/s1200=1200 b/s2400=2400 b/s4800=4800 b/s7200=7200 b/s9600=9600 b/s14400=14.4 kb/s19200=19.2 kb/s	1	#0	b/s	ModbusRTU Slave Speed				100	auto	Engineer	50	19200	20000	INT16	Writable						-4	Internal	Left	0	0
include	18	Analog	en		1	#0		ModbusRTU Slave Address				100	auto	Engineer	1	1	247	INT16	Writable						-4	Internal	Left	0	0
include	8	Analog	en		1	#0		Modbus Slave Indirect 0				100	auto	Engineer	0	0	65535	UINT16	Writable						-4	Internal	Left	0	0
include	9	Analog	en		1	#0		Modbus Slave Indirect 1				100	auto	Engineer	0	0	65535	UINT16	Writable						-4	Internal	Left	0	0
include	10	Analog	en		1	#0		Modbus Slave Indirect 2				100	auto	Engineer	0	0	65535	UINT16	Writable						-4	Internal	Left	0	0
include	11	Analog	en		1	#0		Modbus Slave Indirect 3				100	auto	Engineer	0	0	65535	UINT16	Writable						-4	Internal	Left	0	0
include	12	Analog	en		1	#0		Modbus Slave Indirect 4				100	auto	Engineer	0	0	65535	UINT16	Writable						-4	Internal	Left	0	0
include	13	Analog	en		1	#0		Modbus Slave Indirect 5				100	auto	Engineer	0	0	65535	UINT16	Writable						-4	Internal	Left	0	0
include	14	Analog	en		1	#0		Modbus Slave Indirect 6				100	auto	Engineer	0	0	65535	UINT16	Writable						-4	Internal	Left	0	0
include	15	Analog	en		1	#0		Modbus Slave Indirect 7				100	auto	Engineer	0	0	65535	UINT16	Writable						-4	Internal	Left	0	0
include	20	Analog	en		1	#0		Function Block Owner	This defines 32766 different "owners" (zero means none).  Special (owned) function blocks cannot be used unless this matches.			100	auto	Hidden	0	0	32767	INT16							-4	Internal	Left	0	0
include	0	Analog	en		0.01	#0.00	%	Input 0				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Input 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	120
include	3	Analog	en		0.01	#0.00	%	Input 3				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	180
include	4	Analog	en		0.01	#0.00	%	Input 4				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	240
include	5	Analog	en		0.01	#0.00	%	Input 5				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	300
include	6	Analog	en		0.01	#0.00	%	Input 6				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	360
include	7	Analog	en		0.01	#0.00	%	Input 7				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	420
include	8	Analog	en		0.01	#0.00	%	Input 8				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	480
include	9	Analog	en		0.01	#0.00	%	Input 9				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	540
include	10	Analog	en		0.01	#0.00	%	Input 10				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	600
include	11	Analog	en		0.01	#0.00	%	Input 11				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	660
include	12	Analog	en		0.01	#0.00	%	Input 12				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	720
include	13	Analog	en		0.01	#0.00	%	Input 13				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	780
include	14	Analog	en		0.01	#0.00	%	Input 14				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	840
include	15	Analog	en		0.01	#0.00	%	Input 15				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	900
include	16	Enumerated	en	0=Input 01=Input 12=Input 23=Input 34=Input 45=Input 56=Input 67=Input 78=Input 89=Input 910=Input 1011=Input 1112=Input 1213=Input 1314=Input 1415=Input 15	1	#0		Select				100	auto	Operate	0	0	15	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	960
include	17	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		8	Output	Right	410	450
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		33	Output	Top	90	-60
include	1	Enumerated	en	0=±100mV1=±5V2=±10V3=±100V4=±200V	1	#0		Range				100	auto	Engineer	0	2	4	INT16	Writable						33	Input	Bottom	180	60
include	2	Analog	en		0.01	#0.0	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		33	Output	Right	400	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		34	Output	Top	90	-60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		35	Output	Top	90	-60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		36	Output	Top	90	-60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		37	Output	Top	90	-60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		38	Output	Top	90	-60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		39	Output	Top	90	-60
include	1	Enumerated	en	0=±100mV1=±5V2=±10V3=±100V4=±200V	1	#0		Range				100	auto	Engineer	0	2	4	INT16	Writable						34	Input	Bottom	180	60
include	1	Enumerated	en	0=±100mV1=±5V2=±10V3=±100V4=±200V	1	#0		Range				100	auto	Engineer	0	2	4	INT16	Writable						35	Input	Bottom	180	60
include	1	Enumerated	en	0=±100mV1=±5V2=±10V3=±100V4=±200V	1	#0		Range				100	auto	Engineer	0	2	4	INT16	Writable						36	Input	Bottom	180	60
include	1	Enumerated	en	0=±100mV1=±5V2=±10V3=±100V4=±200V	1	#0		Range				100	auto	Engineer	0	2	4	INT16	Writable						37	Input	Bottom	180	60
include	1	Enumerated	en	0=±100mV1=±5V2=±10V3=±100V4=±200V	1	#0		Range				100	auto	Engineer	0	2	4	INT16	Writable						38	Input	Bottom	180	60
include	1	Enumerated	en	0=±100mV1=±5V2=±10V3=±100V4=±200V	1	#0		Range				100	auto	Engineer	0	2	4	INT16	Writable						39	Input	Bottom	180	60
include	2	Analog	en		0.01	#0.0	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		34	Output	Right	400	0
include	2	Analog	en		0.01	#0.0	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		35	Output	Right	400	0
include	2	Analog	en		0.01	#0.0	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		36	Output	Right	400	0
include	2	Analog	en		0.01	#0.0	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		37	Output	Right	400	0
include	2	Analog	en		0.01	#0.0	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		38	Output	Right	400	0
include	2	Analog	en		0.01	#0.0	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		39	Output	Right	400	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		40	Input	Left	0	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		41	Input	Left	0	0
include	1	Analog	en		0.001	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		40	Output	Top	150	-40
include	1	Analog	en		0.001	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		41	Output	Top	150	-40
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		42	Input	Left	0	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		43	Input	Left	0	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		44	Input	Left	0	0
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		42	Input	Top	110	-40
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		43	Input	Top	110	-40
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		44	Input	Top	110	-40
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		42	Output	Right	260	90
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		43	Output	Right	260	90
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		44	Output	Right	260	90
include	0	Analog	en		0.01	#0.00	%	Input 0				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	0
include	5	Analog	en		0.01	#0.00	%	Input 5				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	300
include	1	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Input 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	120
include	3	Analog	en		0.01	#0.00	%	Input 3				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	180
include	4	Analog	en		0.01	#0.00	%	Input 4				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	240
include	6	Analog	en		0.01	#0.00	%	Input 6				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	360
include	7	Analog	en		0.01	#0.00	%	Input 7				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	420
include	8	Enumerated	en	0=Input 01=Input 12=Input 23=Input 34=Input 45=Input 56=Input 67=Input 7	1	#0		Select				100	auto	Operate	0	0	7	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	480
include	9	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		9	Output	Right	250	210
include	0	Analog	en		0.01	#0.00	%	Input 0				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Input 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	0	120
include	3	Analog	en		0.01	#0.00	%	Input 3				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	0	180
include	4	Enumerated	en	0=Input 01=Input 12=Input 23=Input 3	1	#0		Select				100	auto	Operate	0	0	3	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	0	240
include	5	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		10	Output	Right	150	90
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Left	0	450
include	2	Analog	en		0.01	#0.00	%	Output 0				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	0
include	3	Analog	en		0.01	#0.00	%	Output 1				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	60
include	4	Analog	en		0.01	#0.00	%	Output 2				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	120
include	5	Analog	en		0.01	#0.00	%	Output 3				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	180
include	6	Analog	en		0.01	#0.00	%	Output 4				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	240
include	7	Analog	en		0.01	#0.00	%	Output 5				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	300
include	8	Analog	en		0.01	#0.00	%	Output 6				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	360
include	9	Analog	en		0.01	#0.00	%	Output 7				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	420
include	10	Analog	en		0.01	#0.00	%	Output 8				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	480
include	11	Analog	en		0.01	#0.00	%	Output 9				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	540
include	12	Analog	en		0.01	#0.00	%	Output 10				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	600
include	13	Analog	en		0.01	#0.00	%	Output 11				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	660
include	14	Analog	en		0.01	#0.00	%	Output 12				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	720
include	15	Analog	en		0.01	#0.00	%	Output 13				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	780
include	16	Analog	en		0.01	#0.00	%	Output 14				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	840
include	17	Analog	en		0.01	#0.00	%	Output 15				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		11	Output	Right	410	900
include	1	Enumerated	en	0=Output 01=Output 12=Output 23=Output 34=Output 45=Output 56=Output 67=Output 7	1	#0		Select				100	auto	Operate	0	0	7	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Left	0	420
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Left	0	210
include	2	Analog	en		0.01	#0.00	%	Output 0				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		12	Output	Right	250	0
include	3	Analog	en		0.01	#0.00	%	Output 1				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		12	Output	Right	250	60
include	4	Analog	en		0.01	#0.00	%	Output 2				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		12	Output	Right	250	120
include	5	Analog	en		0.01	#0.00	%	Output 3				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		12	Output	Right	250	180
include	6	Analog	en		0.01	#0.00	%	Output 4				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		12	Output	Right	250	240
include	7	Analog	en		0.01	#0.00	%	Output 5				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		12	Output	Right	250	300
include	8	Analog	en		0.01	#0.00	%	Output 6				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		12	Output	Right	250	360
include	9	Analog	en		0.01	#0.00	%	Output 7				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		12	Output	Right	250	420
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		13	Input	Left	0	90
include	1	Enumerated	en	0=Output 01=Output 12=Output 23=Output 3	1	#0		Select				100	auto	Operate	0	0	3	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		13	Input	Left	0	180
include	2	Analog	en		0.01	#0.00	%	Output 0				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		13	Output	Right	150	0
include	3	Analog	en		0.01	#0.00	%	Output 1				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		13	Output	Right	150	60
include	4	Analog	en		0.01	#0.00	%	Output 2				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		13	Output	Right	150	120
include	5	Analog	en		0.01	#0.00	%	Output 3				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		13	Output	Right	150	180
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		14	Input	Left	0	30
include	1	Boolean	en	0=Output 01=Output 1	1	#0		Select				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		14	Input	Left	0	90
include	2	Analog	en		0.01	#0.00	%	Output 0				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		14	Output	Right	120	0
include	3	Analog	en		0.01	#0.00	%	Output 1				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		14	Output	Right	120	60
include	1	Enumerated	en	0=Output 01=Output 12=Output 23=Output 34=Output 45=Output 56=Output 67=Output 78=Output 89=Output 910=Output 1011=Output 1112=Output 1213=Output 1314=Output 1415=Output 15	1	#0		Select				100	auto	Operate	0	0	15	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Left	0	900
include	1	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		16	Input	Left	0	60
include	1	Analog	en		0.01	#0.00	%	Input 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		15	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Hysteresis				100	auto	Operate	0	10	1000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		15	Input	Left	0	120
include	3	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		15	Output	Right	100	30
include	2	Analog	en		0.01	#0.00	%	Input 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		16	Input	Left	0	120
include	3	Analog	en		0.01	#0.00	%	Hysteresis				100	auto	Operate	0	10	1000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		16	Input	Left	0	180
include	4	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		16	Output	Right	240	30
include	0	Analog	en		0.01	#0.00	%	Tolerance				100	auto	Operate	0	100	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		16	Input	Left	0	0
include	4	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		17	Output	Right	170	60
include	3	Analog	en		0.01	#0.00	%	Hysteresis				100	auto	Operate	0	10	1000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		17	Input	Left	0	180
include	1	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		17	Input	Left	0	60
include	0	Analog	en		0.01	#0.00	%	High Limit				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		17	Input	Left	0	0
include	2	Analog	en		0.01	#0.00	%	Low Limit				100	auto	Operate	-32767	-1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		17	Input	Left	0	120
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		18	Output	Right	75	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		18	Input	Left	0	0
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		19	Output	Right	90	30
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		19	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		19	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		20	Output	Right	90	30
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		20	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		20	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		21	Output	Right	90	30
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		21	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		21	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		22	Output	Right	90	30
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		22	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		22	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		23	Output	Right	90	30
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		23	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		23	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		24	Output	Right	90	30
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		24	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		24	Input	Left	0	60
include	0	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		15	Input	Left	0	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		25	Input	Left	0	60
include	1	Analog	en		0.01	#0.00	%	Upper Clamp				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		25	Input	Left	0	0
include	2	Analog	en		0.01	#0.00	%	Lower Clamp				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		25	Input	Left	0	120
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		25	Output	Right	120	60
include	4	Boolean	en	0=Not Clamping1=Clamping	1	#0		Clamping Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		25	Output	Right	120	120
include	0	Boolean	en	0=Low1=High	1	#0		Data				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		26	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Clock				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		26	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	26	Output	Right	100	0
include	0	Boolean	en	0=Low1=High	1	#0		Data				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		27	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Clock				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		27	Input	Left	0	60
include	3	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	27	Output	Right	100	0
include	2	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		27	Input	Left	0	120
include	1	Boolean	en	0=Low1=High	1	#0		Data				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		28	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Clock				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		28	Input	Left	0	120
include	0	Boolean	en	0=Inactive1=Set	1	#0		Set				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		28	Input	Left	0	0
include	3	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	28	Output	Right	100	60
include	0	Boolean	en	0=Inactive1=Set	1	#0		Set				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		29	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Data				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		29	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Clock				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		29	Input	Left	0	120
include	3	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		29	Input	Left	0	180
include	4	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	29	Output	Right	100	60
include	0	Boolean	en	0=Inactive1=Set	1	#0		Set				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		30	Input	Left	0	0
include	1	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		30	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	30	Output	Right	100	0
include	0	Boolean	en	0=Low1=High	1	#0		Toggle				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		31	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Clock				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		31	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	31	Output	Right	100	0
include	1	Analog	en		0.01	#0.00	%	Feedback				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Left	-70	180
include	4	Analog	en	0=Off	0.001	#0.000	s	Derivative Time				100	auto	Operate	0	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Top	150	0
include	3	Analog	en		0.01	#0.00		Proportional Gain				100	auto	Operate	0	100	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Top	50	0
include	5	Analog	en	0=Off	0.01	#0.00	s	Integral Time				100	auto	Operate	0	500	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Bottom	150	300
include	2	Analog	en		0.01	#0.00	%	Integral Preset Value				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Left	-70	240
include	6	Boolean	en	0=Inactive1=Preset	1	#0		Integral Preset Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Bottom	240	300
include	8	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Bottom	440	300
include	11	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		32	Output	Right	560	110
include	13	Analog	en		0.01	#0.00	%	Proportional Term				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		32	Internal	Right	560	20
include	14	Analog	en		0.01	#0.00	%	Integral Term				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	32	Internal	Right	560	40
include	15	Analog	en		0.01	#0.00	%	Derivative Term				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		32	Internal	Right	560	60
include	5	Analog	en		1	#0		Hysteresis State				100	auto	Hidden	0	0	3	INT16							17	Internal	Left	0	0
include	3	Analog	en		1	#0		Clock State				100	auto	Hidden	0	0	1	INT16							26	Internal	Left	0	0
include	4	Analog	en		1	#0		Clock State				100	auto	Hidden	0	0	1	INT16							27	Internal	Left	0	0
include	4	Analog	en		1	#0		Clock State				100	auto	Hidden	0	0	1	INT16							28	Internal	Left	0	0
include	5	Analog	en		1	#0		Clock State				100	auto	Hidden	0	0	1	INT16							29	Internal	Left	0	0
include	3	Analog	en		1	#0		Clock State				100	auto	Hidden	0	0	1	INT16							31	Internal	Left	0	0
include	9	Analog	en		0.01	#0.00	%	Lower Clamp				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Bottom	500	300
include	12	Analog	en		0.01	#0.00	%	Error				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		32	Internal	Right	560	0
include	7	Analog	en	0=Off	0.001	#0.000	s	Filter Time Constant				100	auto	Operate	0	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Top	370	0
include	10	Analog	en		0.01	#0.00	%	Upper Clamp				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Top	520	0
include	0	Analog	en		0.01	#0.00	%	Setpoint				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Left	-70	120
include	16	Boolean	en	0=Inactive1=Clamping	1	#0		Clamp Monitor				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		32	Internal	Right	560	80
include	17	Analog	en		1	#0		Integral Term Extension				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	32	Internal	Right	0	0
include	3	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	45	Output	Right	150	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		45	Input	Left	0	0
include	1	Analog	en		0.1	#0.0	s	Delay Time				100	auto	Operate	1	50	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		45	Input	Left	0	60
include	2	Analog	en	0=Timed Out	0.1	#0.0	s	Elapsed Time				100	auto	Operate	0	0	60000	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	45	Internal	Right	150	60
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		46	Input	Left	0	0
include	3	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	46	Output	Right	150	0
include	1	Analog	en		0.1	#0.0	s	Delay Time				100	auto	Operate	1	50	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		46	Input	Left	0	60
include	2	Analog	en	0=Timed Out	0.1	#0.0	s	Elapsed Time				100	auto	Operate	0	0	60000	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	46	Internal	Right	150	60
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		47	Input	Left	0	0
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		47	Output	Right	120	0
include	1	Analog	en		0.01	#0.00	%	Center				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		47	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Band				100	auto	Operate	0	100	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		47	Input	Left	0	120
include	4	Analog	en		1	#0	ms	Elapsed Time Extension				100	auto	Hidden	0	0	100	UINT16						Default on Hard Initialization	45	Internal	Left	0	0
include	4	Analog	en		1	#0	ms	Elapsed Time Extension				100	auto	Hidden	0	0	100	UINT16						Default on Hard Initialization	85	Internal	Right	80	70
include	18	Analog	en		0.01	#0.00	%	Filter Output				100	auto	Hidden	-32767	0	32767	INT16						Default on Hard Initialization	32	Output	Right	560	110
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		48	Input	Left	0	0
include	2	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	48	Output	Right	120	0
include	1	Analog	en	0=Off	0.001	#0.000	s	Time Constant				100	auto	Operate	0	0	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		48	Input	Left	0	60
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		49	Input	Left	0	0
include	7	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		49	Output	Right	280	0
include	1	Boolean	en	0=Inactive1=Rectify	1	#0		Rectifier Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		49	Input	Left	0	60
include	2	Enumerated	en	0=Linear1=Square2=Cubic3=Fourth Power	1	#0	%	Profile Curve				100	auto	Operate	0	0	3	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		49	Input	Left	0	240
include	3	Analog	en		0.01	#0.00	%	Input Lower Breakpoint				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		49	Input	Bottom	150	280
include	4	Analog	en		0.01	#0.00	%	Output at Lower Breakpoint				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		49	Input	Left	0	180
include	5	Analog	en		0.01	#0.00	%	Input Upper Breakpoint				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		49	Input	Bottom	230	280
include	6	Analog	en		0.01	#0.00	%	Output at Upper Breakpoint				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		49	Input	Left	0	120
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		50	Input	Left	0	0
include	4	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	50	Output	Right	140	0
include	2	Boolean	en	0=Inactive1=Hold	1	#0		Hold Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		50	Input	Left	0	-60
include	3	Boolean	en	0=Inactive1=Reset	1	#0		Reset Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		50	Input	Left	0	-120
include	1	Analog	en		0.1	#0.0	s	Ramp Time	Minimum time for the ramp to go from 0% to 100%			100	auto	Operate	1	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		50	Input	Left	0	60
include	5	Boolean	en	0=Not Ramping1=Ramping	1	#0		State				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		50	Output	Right	140	60
include	6	Analog	en		1	#0		Output Extension				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	50	Internal	Right	0	0
include	3	Analog	en		1	#0		Output Extension				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	48	Internal	Right	0	0
include	19	Analog	en		1	#0		Output Extension				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	32	Internal	Right	0	0
include	11	Analog	en		0.01	#0.00	%	Diameter Output				100	auto	Operate	0	0	10000	INT16					Outgoing Connections Allowed		51	Output	Right	780	-10
include	12	Analog	en		0.01	#0.00	%	Unfiltered Diameter				100	auto	Operate	0	0	10000	INT16					Outgoing Connections Allowed		51	Output	Right	780	50
include	0	Analog	en		0.01	#0.00	%	Web Speed				100	auto	Operate	-10500	0	10500	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Reel Speed				100	auto	Operate	-10500	0	10500	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Absolute Web Speed				100	auto	Operate	0	0	10500	INT16					Outgoing Connections Allowed		51	Internal	Right	780	-140
include	3	Analog	en		0.01	#0.00	%	Absolute Reel Speed				100	auto	Operate	0	0	10500	INT16					Outgoing Connections Allowed		51	Internal	Right	780	-120
include	4	Analog	en		0.01	#0.00	%	Minimum Web Speed				100	auto	Operate	0	500	10500	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Top	130	-160
include	5	Boolean	en	0=Inactive1=Hold	1	#0		Hold Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Top	210	-160
include	7	Boolean	en	0=Inactive1=Preset	1	#0		Preset Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Bottom	360	100
include	6	Analog	en		0.01	#0.00	%	Preset Value				100	auto	Operate	0	1000	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Top	310	-160
include	9	Analog	en	0=Off	0.01	#0.00	s	Filter Time Constant				100	auto	Operate	0	500	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Bottom	540	100
include	14	Analog	en		1	#0		Filter Extension				100	auto	Hidden	0	0	65535	UINT16							51	Internal	Right	0	0
include	8	Analog	en		0.01	#0.00	%	Minimum Diameter				100	auto	Operate	0	1000	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Bottom	260	100
include	10	Boolean	en	0=Not Persistent1=Persistent	1	#0		Diameter Memory				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Internal	Right	780	-100
include	13	Boolean	en	0=Inactive1=Holding	1	#0		Hold State				100	auto	Hidden	0	0	1	INT16							51	Internal	Top	0	0
include	16	Analog	en		0.01	#0.00	%	Web Break Threshold				100	auto	Operate	0	750	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Bottom	640	100
include	15	Boolean	en	0=OK1=Web Break	1	#0		Web Break Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		51	Output	Right	780	-80
include	0	Association	en		51	#0		Diameter Calculator				100	auto	Operate	0	0	32767	INT16	Writable						53	Internal	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Tension Setpoint				100	auto	Operate	0	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		53	Input	Left	0	75
include	2	Boolean	en	0=Linear Taper1=Hyperbolic Taper	1	#0		Taper Type				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		53	Input	Bottom	120	175
include	3	Analog	en		0.01	#0.00	%	Taper Strength				100	auto	Operate	-10000	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		53	Input	Left	0	135
include	4	Analog	en		0.01	#0.00	%	Tapered Tension				100	auto	Operate	-10000	0	10000	INT16					Outgoing Connections Allowed		53	Internal	Right	280	110
include	5	Analog	en		0.01	#0.00	%	Trim				100	auto	Operate	-10000	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		53	Input	Bottom	220	175
include	6	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-10000	0	10000	INT16					Outgoing Connections Allowed		53	Output	Right	280	45
include	12	Analog	en		0.01	#0.00	%	Positive Torque Demand				100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		52	Output	Right	840	-60
include	13	Analog	en		0.01	#0.00	%	Negative Torque Demand				100	auto	Operate	-32767	0	0	INT16					Outgoing Connections Allowed		52	Output	Right	840	60
include	0	Association	en		51	#0		Diameter Calculator				100	auto	Operate	0	0	32767	INT16	Writable						52	Internal	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Tension Demand				100	auto	Operate	-10000	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Left	0	0
include	10	Boolean	en	0=Inactive1=Enabled	1	#0		External Torque Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Bottom	460	120
include	6	Boolean	en	0=Inactive1=Enabled	1	#0		Tension Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Top	580	-120
include	7	Boolean	en	0=Underwind1=Overwind	1	#0		Under/Over Select				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Top	700	-120
include	5	Analog	en		0.01	#0.00	%	Torque Demand				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		52	Internal	Right	840	0
include	3	Analog	en		0.01	#0.00	%	Friction Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		52	Internal	Top	300	-120
include	8	Analog	en		0.01	#0.00	%	Inertia Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		52	Internal	Bottom	240	120
include	2	Analog	en		0.01	#0.00	%	Tension Scaler				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Top	140	-120
include	4	Analog	en		0.01	#0.00	%	Torque Trim				100	auto	Operate	-15000	0	15000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Top	380	-120
include	9	Analog	en		0.01	#0.00	%	External Torque Input				100	auto	Operate	-15000	0	15000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Bottom	410	120
include	11	Analog	en		0.01	#0.00	%	Nominal Torque				100	auto	Operate	0	15000	15000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Bottom	610	120
include	14	Analog	en		0.01	#0.00	%	Dynamic Friction				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Top	200	-120
include	15	Analog	en		0.01	#0.00	%	Static Friction				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Top	220	-120
include	16	Analog	en		0.01	#0.00	%	Stiction				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Top	240	-120
include	17	Analog	en		0.01	#0.00	%	Stiction Reel Speed Threshold				100	auto	Operate	0	200	1000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Top	260	-120
include	18	Analog	en		0.01	#0.00	%	Stiction Web Speed Threshold				100	auto	Operate	0	500	1000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Top	280	-120
include	19	Boolean	en	0=Inactive1=Disabled	1	#0		Stiction Disable				100	auto	Hidden	0	0	1	INT16							52	Internal	Top	700	-120
include	20	Analog	en		0.01	#0.00	%	Variable Inertia				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Bottom	120	120
include	21	Analog	en		0.01	#0.00	%	Material Width				100	auto	Operate	0	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Bottom	140	120
include	22	Analog	en		0.01	#0.00	%	Fixed Inertia				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Bottom	160	120
include	23	Analog	en	0=Disable	0.1	#0.0	s	Acceleration Time	Negative values are allowed to change the sign of the acceleration.			100	auto	Operate	-30000	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Bottom	180	120
include	25	Analog	en		0.01	#0.00	%	Acceleration Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	52	Internal	Bottom	260	120
include	24	Analog	en	0=Off	0.01	#0.00	s	Acceleration Filter Time Constant				100	auto	Operate	0	200	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Bottom	200	120
include	27	Analog	en		1	#0		Acceleration Filter Extension				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	52	Internal	Right	0	0
include	28	Analog	en		1	#0		Last Web Speed				100	auto	Hidden	-32767	0	32767	INT16							52	Internal	Right	0	0
include	29	Boolean	en	0=Positive1=Negative	1	#0		Friction Sign				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Left	0	-80
include	17	Boolean	en	0=Disabled1=Enabled	1	#0		Web Break Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Top	670	-160
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		33	Input	Top	260	-60
include	4	Analog	en		0.001	#0.000		Scaler				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		33	Input	Bottom	340	60
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						54	Input	Bottom	90	60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		54	Output	Top	90	-40
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		54	Output	Right	220	10
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		34	Input	Top	260	-60
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		35	Input	Top	260	-60
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		36	Input	Top	260	-60
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		37	Input	Top	260	-60
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		38	Input	Top	260	-60
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		39	Input	Top	260	-60
include	4	Analog	en		0.001	#0.000		Scaler				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		34	Input	Bottom	340	60
include	4	Analog	en		0.001	#0.000		Scaler				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		35	Input	Bottom	340	60
include	4	Analog	en		0.001	#0.000		Scaler				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		36	Input	Bottom	340	60
include	4	Analog	en		0.001	#0.000		Scaler				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		37	Input	Bottom	340	60
include	4	Analog	en		0.001	#0.000		Scaler				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		38	Input	Bottom	340	60
include	4	Analog	en		0.001	#0.000		Scaler				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		39	Input	Bottom	340	60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		55	Output	Top	90	-40
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		56	Output	Top	90	-40
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		57	Output	Top	90	-40
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		58	Output	Top	90	-40
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		59	Output	Top	90	-40
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		60	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						55	Input	Bottom	90	60
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						56	Input	Bottom	90	60
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						57	Input	Bottom	90	60
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						58	Input	Bottom	90	60
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						59	Input	Bottom	90	60
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						60	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0	%	Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		55	Output	Right	220	10
include	2	Boolean	en	0=Low1=High	1	#0	%	Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		56	Output	Right	220	10
include	2	Boolean	en	0=Low1=High	1	#0	%	Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		57	Output	Right	220	10
include	2	Boolean	en	0=Low1=High	1	#0	%	Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		58	Output	Right	220	10
include	2	Boolean	en	0=Low1=High	1	#0	%	Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		59	Output	Right	220	10
include	2	Boolean	en	0=Low1=High	1	#0	%	Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		60	Output	Right	220	10
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		61	Internal	Right	400	-30
include	1	Enumerated	en	0=100mV1=5V2=10V	1	#0		Range				100	auto	Engineer	0	0	2	INT16	Writable						61	Input	Bottom	180	60
include	2	Analog	en		0.01	#0.0	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		61	Output	Right	400	0
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Top	260	-60
include	4	Analog	en		0.001	#0.000		Scaler				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Bottom	340	60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		62	Internal	Right	400	-30
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.01	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		63	Internal	Right	400	-30
include	1	Enumerated	en	0=100mV1=5V2=10V	1	#0		Range				100	auto	Engineer	0	0	2	INT16	Writable						62	Input	Bottom	180	60
include	1	Enumerated	en	0=100mV1=5V2=10V	1	#0		Range				100	auto	Engineer	0	0	2	INT16	Writable						63	Input	Bottom	180	60
include	2	Analog	en		0.01	#0.0	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		62	Output	Right	400	0
include	2	Analog	en		0.01	#0.0	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		63	Output	Right	400	0
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		62	Input	Top	260	-60
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		63	Input	Top	260	-60
include	4	Analog	en		0.001	#0.000		Scaler				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		62	Input	Bottom	340	60
include	4	Analog	en		0.001	#0.000		Scaler				100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		63	Input	Bottom	340	60
include	0	Boolean	en	0=Low1=High	1	#0	%	Output A				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		64	Output	Right	200	30
include	1	Boolean	en	0=Low1=High	1	#0	%	Output B				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		64	Output	Right	200	150
include	2	Boolean	en	0=Low1=High	1	#0	%	Output Z				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		64	Output	Right	200	270
include	0	Boolean	en	0=Low1=High	1	#0	%	Output A				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		65	Output	Right	200	30
include	1	Boolean	en	0=Low1=High	1	#0	%	Output B				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		65	Output	Right	200	150
include	2	Boolean	en	0=Low1=High	1	#0	%	Output Z				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		65	Output	Right	200	270
include	3	Analog	en		1	#0	RPM	Base Speed				100	auto	Operate	-32767	1800	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Bottom	310	150
include	4	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		66	Output	Right	370	90
include	2	Analog	en		1	#0	RPM	Speed				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		66	Output	Top	250	50
include	0	Enumerated	en	0=OK1=Fault on B2=Fault on A3=Fault on A and B	1	#0		Status				100	auto	Operate	0	0	3	INT16					Outgoing Connections Allowed		66	Internal	Right	370	60
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution				100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Top	180	-40
include	0	Enumerated	en	0=OK1=Fault on B2=Fault on A3=Fault on A and B	1	#0		Status				100	auto	Operate	0	0	3	INT16					Outgoing Connections Allowed		67	Internal	Right	370	60
include	3	Analog	en		1	#0	RPM	Base Speed				100	auto	Operate	-32767	1800	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Bottom	310	150
include	4	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		67	Output	Right	370	90
include	2	Analog	en		1	#0	RPM	Speed				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		67	Output	Top	250	50
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution				100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Top	180	-40
include	0	Analog	en		1	#0		Tag				100	auto	Operate	0	0	255	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Left	0	0
include	1	Analog	en		1	#0		Data				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Store	The tag and data are stored in the log on a positive edge			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Left	0	120
include	3	Analog	en		1	#0		Store State				100	auto	Hidden	0	0	1	INT16							68	Internal	Left	0	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		69	Input	Left	0	30
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		70	Input	Left	0	30
include	2	Analog	en		0.01	#0.00	%	Output	The absolute value of the Input.			100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		69	Output	Right	120	60
include	1	Analog	en		0.01	#0.00	%	Positive Output	When Input is Positive (+) the Output = Input; otherwise, the Output is zero.			100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		70	Output	Right	120	0
include	2	Analog	en		0.01	#0.00	%	Negative Output	When Input is Negative (-) the Output = the absolute value of the Input; otherwise, the Output is zero.			100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		70	Output	Right	120	60
include	1	Boolean	en	0=Positive1=Negative	1	#0		Sign	Equals integer 0 (Logic=False) when Input is positive (+) and integer 1 (Logic=True) when negative (-). 			100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		69	Output	Right	120	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		71	Input	Left	0	0
include	2	Analog	en		0.01	#0.00	%	Output	If Negate is enabled (Integer 1, Logic=True) , Output= -1 * Input.			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		71	Output	Right	120	0
include	1	Boolean	en	0=Inactive1=Negate	1	#0		Negate	When integer value of 0, Negate = Inactive (Logic = False). When integer value of 1, Negate = Negate (Logic=True).			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		71	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	s	Initial Timeout				100	auto	Operate	1	3000	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		72	Internal	Left	-40	0
include	1	Analog	en	0=Timed Out	0.01	#0.00	s	Timer				100	auto	Operate	0	100	60000	UINT16					Outgoing Connections Allowed		72	Internal	Right	100	0
include	4	Boolean	en	0=OK1=Alarm	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		72	Output	Right	100	30
include	3	Analog	en		0.01	#0.00	s	Timeout				100	auto	Operate	1	500	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		72	Internal	Left	-40	60
include	0	Dummy	en		1	#0		Input	Incoming connection should NOT be from a local parameter.			100	auto	Operate	-32767	0	32767	INT16				Incoming Connection Allowed			72	Input	Left	-40	30
include	5	Analog	en		1	#0	ms	Timer Extension				100	auto	Hidden	0	0	100	UINT16							72	Internal	Left	0	0
include	22	Hexadecimal	en		1	#0		Firmware Capabilities				100	auto	Hidden	0	0	65535	UINT16							-4	Internal	Left	0	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Left	0	0
include	10	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		73	Output	Right	270	0
include	6	Boolean	en	0=Inactive1=Hold	1	#0		Hold Enable	Immediately holds the ramp at its current value.  Hold Enable simply suspends processing of the ramp.			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Left	0	-60
include	7	Boolean	en	0=Inactive1=Reset	1	#0		Reset Enable	Immediately sets the output to zero and resets the S calculations			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Left	0	60
include	1	Analog	en		0.1	#0.0	s	Forward Up Time	Minimum time for the ramp to change by 100% when the input is positive and moving away from zero.			100	auto	Operate	1	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		73	Internal	Bottom	60	60
include	12	Analog	en		1	#0		Output Internal 1				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	73	Internal	Right	0	0
include	8	Boolean	en	0=Inactive1=Preset	1	#0		Preset Enable	Immediately sets the ramp output to Preset Value and resets the S calculations			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Top	100	-90
include	5	Analog	en		0.01	#0.00	%	S Percent	Specifies how much of the ramp time will be spent in the S part of the curve.  0% means a linear ramp, 100% means all S.  Note that increasing the S Percent will increase the maximum rate of change of the ramp.			100	auto	Operate	1	1	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		73	Internal	Bottom	160	60
include	9	Analog	en		0.01	#0.00	%	Preset Value				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Top	160	-90
include	11	Analog	en		0.1	#0.0	%/s	Rate Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		73	Output	Right	270	60
include	2	Analog	en		0.1	#0.0	s	Forward Down Time	Minimum time for the ramp to change by 100% when the output is positive and moving toward zero.			100	auto	Operate	1	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		73	Internal	Bottom	80	60
include	4	Analog	en		0.1	#0.0	s	Reverse Up Time	Minimum time for the ramp to change by 100% when the output is negative and moving away from zero.			100	auto	Operate	1	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		73	Internal	Bottom	100	60
include	3	Analog	en		0.1	#0.0	s	Reverse Down Time	Minimum time for the ramp to change by 100% when the output is negative and moving toward zero.			100	auto	Operate	1	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		73	Internal	Bottom	120	60
include	2	Analog	en		0.1	#0.0	s	Up Time				100	auto	Operate	1	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Top	145	-100
include	3	Analog	en		0.1	#0.0	s	Down Time				100	auto	Operate	1	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Bottom	145	100
include	9	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		74	Output	Right	320	0
include	10	Analog	en		1	#0		Output Extension				100	auto	Hidden	0	0	65535	UINT16							74	Internal	Right	0	0
include	4	Boolean	en	0=Inactive1=Preset	1	#0		Preset Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Left	0	-90
include	5	Analog	en		0.01	#0.00	%	Preset Value				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Left	0	90
include	6	Analog	en		0.01	#0.00	%	Lower Clamp				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Bottom	230	100
include	7	Analog	en		0.01	#0.00	%	Upper Clamp				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Top	250	-100
include	0	Boolean	en	0=Inactive1=Active	1	#0		Up Command				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Left	0	-30
include	1	Boolean	en	0=Inactive1=Active	1	#0		Down Command				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Left	0	30
include	8	Boolean	en	0=Not Persistent1=Persistent	1	#0		Output Memory				100	auto	Operate	0	0	1	INT16	Writable						74	Internal	Top	0	0
include	14	Analog	en		1	#0		Rate Internal 1				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	73	Internal	Right	0	0
include	15	Analog	en		1	#0		Rate Internal 2				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	73	Internal	Right	0	0
include	13	Analog	en		1	#0		Output Internal 2				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	73	Internal	Right	0	0
include	16	Analog	en		1	#0		Last Time Internal				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	73	Internal	Right	0	0
include	26	Analog	en		0.01	#0.00	%	External Acceleration Input				100	auto	Operate	-10500	0	10500	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		52	Internal	Bottom	220	120
include	0	Analog	en		0.01	#0.00	%	Input Left				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Input Top				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Top	120	-60
include	2	Analog	en		0.01	#0.00	%	Input Right				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Right	180	60
include	3	Analog	en		0.01	#0.00	%	Input Bottom				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Bottom	60	120
include	4	Analog	en		0.01	#0.00	%	Input Internal				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		75	Internal	Left	0	30
include	5	Analog	en		0.01	#0.00	%	Output Left				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		75	Output	Left	0	60
include	6	Analog	en		0.01	#0.00	%	Output Top				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		75	Output	Top	60	-60
include	7	Analog	en		0.01	#0.00	%	Output Right				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		75	Output	Right	180	0
include	8	Analog	en		0.01	#0.00	%	Output Bottom				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		75	Output	Bottom	120	120
include	9	Analog	en		0.01	#0.00	%	Output Internal				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		75	Internal	Right	180	30
include	23	Analog	en		1	#0		UIP1 FIR Filter Size				100	auto	Reserved	1	11	16	UINT16	Writable						-4	Internal	Left	0	0
include	24	Analog	en		1	#0		UIP2 FIR Filter Size				100	auto	Reserved	1	11	16	UINT16	Writable						-4	Internal	Left	0	0
include	25	Analog	en		1	#0		UIP3 FIR Filter Size				100	auto	Reserved	1	11	16	UINT16	Writable						-4	Internal	Left	0	0
include	26	Analog	en		1	#0		UIP4 FIR Filter Size				100	auto	Reserved	1	11	16	UINT16	Writable						-4	Internal	Left	0	0
include	27	Analog	en		1	#0		UIP5 FIR Filter Size				100	auto	Reserved	1	11	16	UINT16	Writable						-4	Internal	Left	0	0
include	28	Analog	en		1	#0		UIP6 FIR Filter Size				100	auto	Reserved	1	11	16	UINT16	Writable						-4	Internal	Left	0	0
include	29	Analog	en		1	#0		UIP7 FIR Filter Size				100	auto	Reserved	1	11	16	UINT16	Writable						-4	Internal	Left	0	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Left	0	0
include	2	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	76	Output	Right	140	0
include	1	Boolean	en	0=Track1=Hold	1	#0		Select				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Left	0	80
include	0	Boolean	en	0=Low1=High	1	#0		Bit 0				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		77	Input	Left	0	180
include	4	Analog	en		1	#0		Output				100	auto	Operate	0	0	15	INT16					Outgoing Connections Allowed		77	Output	Right	120	90
include	1	Boolean	en	0=Low1=High	1	#0		Bit 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		77	Input	Left	0	120
include	2	Boolean	en	0=Low1=High	1	#0		Bit 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		77	Input	Left	0	60
include	3	Boolean	en	0=Low1=High	1	#0		Bit 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		77	Input	Left	0	0
include	15	Analog	en		1	#0		Output				100	auto	Operate	0	0	15	INT16					Outgoing Connections Allowed		78	Output	Right	120	420
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	840
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	780
include	2	Boolean	en	0=Low1=High	1	#0		Input 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	720
include	3	Boolean	en	0=Low1=High	1	#0		Input 4				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	660
include	4	Boolean	en	0=Low1=High	1	#0		Input 5				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	600
include	5	Boolean	en	0=Low1=High	1	#0		Input 6				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	540
include	6	Boolean	en	0=Low1=High	1	#0		Input 7				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	480
include	7	Boolean	en	0=Low1=High	1	#0		Input 8				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	420
include	8	Boolean	en	0=Low1=High	1	#0		Input 9				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	360
include	9	Boolean	en	0=Low1=High	1	#0		Input 10				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	300
include	10	Boolean	en	0=Low1=High	1	#0		Input 11				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	240
include	11	Boolean	en	0=Low1=High	1	#0		Input 12				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	180
include	12	Boolean	en	0=Low1=High	1	#0		Input 13				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	120
include	13	Boolean	en	0=Low1=High	1	#0		Input 14				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	60
include	14	Boolean	en	0=Low1=High	1	#0		Input 15				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		78	Input	Left	0	0
include	0	Boolean	en	0=Low1=High	1	#0		Bit 0				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	900
include	1	Boolean	en	0=Low1=High	1	#0		Bit 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	840
include	2	Boolean	en	0=Low1=High	1	#0		Bit 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	780
include	3	Boolean	en	0=Low1=High	1	#0		Bit 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	720
include	4	Boolean	en	0=Low1=High	1	#0		Bit 4				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	660
include	5	Boolean	en	0=Low1=High	1	#0		Bit 5				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	600
include	6	Boolean	en	0=Low1=High	1	#0		Bit 6				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	540
include	7	Boolean	en	0=Low1=High	1	#0		Bit 7				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	480
include	8	Boolean	en	0=Low1=High	1	#0		Bit 8				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	420
include	9	Boolean	en	0=Low1=High	1	#0		Bit 9				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	360
include	10	Boolean	en	0=Low1=High	1	#0		Bit 10				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	300
include	11	Boolean	en	0=Low1=High	1	#0		Bit 11				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	240
include	12	Boolean	en	0=Low1=High	1	#0		Bit 12				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	180
include	13	Boolean	en	0=Low1=High	1	#0		Bit 13				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	120
include	14	Boolean	en	0=Low1=High	1	#0		Bit 14				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	60
include	15	Boolean	en	0=Low1=High	1	#0		Bit 15				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		79	Input	Left	0	0
include	16	Hexadecimal	en		1	#0		Output				100	auto	Operate	0	0	15	UINT16					Outgoing Connections Allowed		79	Output	Right	120	450
include	0	Hexadecimal	en		1	#0		Input 1				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		80	Input	Left	0	0
include	1	Hexadecimal	en		1	#0		Input 2				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		80	Input	Left	0	60
include	2	Hexadecimal	en		1	#0		Output				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		80	Output	Right	90	30
include	0	Hexadecimal	en		1	#0		Input 1				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		81	Input	Left	0	0
include	1	Hexadecimal	en		1	#0		Input 2				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		81	Input	Left	0	60
include	2	Hexadecimal	en		1	#0		Output				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		81	Output	Right	90	30
include	0	Hexadecimal	en		1	#0		Input 1				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		82	Input	Left	0	0
include	1	Hexadecimal	en		1	#0		Input 2				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		82	Input	Left	0	60
include	2	Hexadecimal	en		1	#0		Output				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		82	Output	Right	90	30
include	0	Hexadecimal	en		1	#0		Input				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		83	Input	Left	0	0
include	1	Hexadecimal	en		1	#0		Output				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		83	Output	Right	75	0
include	0	Boolean	en	0=Low1=High	1	#0		Up Clock	Positive-edge triggered.			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Down Clock	Positive-edge triggered			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Left	0	60
include	2	Boolean	en	0=Disable1=Enable	1	#0		Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Left	0	120
include	3	Boolean	en	0=Inactive1=Clear	1	#0		Clear	The clear input is dominant over both preset and the clock inputs			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Bottom	100	170
include	4	Boolean	en	0=Inactive1=Preset	1	#0		Preset Enable	The preset is dominant over the clocks, but not over clear			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Top	100	-70
include	5	Analog	en		1	#0		Preset Value				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Top	160	-70
include	6	Analog	en		1	#0		Maximum Count				100	auto	Operate	-32767	30000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Top	370	-70
include	7	Analog	en		1	#0		Minimum Count				100	auto	Operate	-32767	-30000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Bottom	370	170
include	8	Analog	en		1	#0		High Compare Value				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Top	490	-70
include	9	Analog	en		1	#0		Low Compare Value				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Bottom	490	170
include	10	Analog	en		1	#0		Count				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		84	Internal	Right	660	70
include	11	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		84	Output	Right	660	50
include	12	Boolean	en	0=Low1=High	1	#0		High Compare Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		84	Output	Right	660	-10
include	13	Boolean	en	0=Low1=High	1	#0		Low Compare Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		84	Output	Right	660	110
include	14	Analog	en		1	#0		Up State				100	auto	Hidden	0	0	1	INT16							84	Internal	Left	0	0
include	15	Analog	en		1	#0		Down State				100	auto	Hidden	0	0	1	INT16							84	Internal	Left	0	0
include	16	Enumerated	en	0=Clear1=Preset2=Persistent	1	#0		Power Up Preload	Sets the value that is loaded on power up.			100	auto	Operate	0	0	2	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		84	Internal	Bottom	230	170
include	0	Analog	en		0.1	#0.0	s	Period				100	auto	Operate	1	50	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		85	Input	Left	-40	0
include	4	Analog	en		1	#0	ms	Elapsed Time Extension				100	auto	Hidden	0	0	100	UINT16						Default on Hard Initialization	46	Internal	Left	0	0
include	2	Analog	en		0.1	#0.0	s	Elapsed Time				100	auto	Operate	0	0	60000	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	85	Internal	Right	80	50
include	1	Analog	en		0.01	#0.00	%	Duty Cycle				100	auto	Operate	0	5000	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		85	Input	Left	-40	60
include	3	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	85	Output	Right	80	30
include	0	Analog	en		0.0001	#0.0000		Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		86	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000		Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		87	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000		Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		88	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000		Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		89	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000		Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		90	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000		Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		91	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000		Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		92	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000		Input				100	auto	Operate	-10000	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		96	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000		Input				100	auto	Operate	-10000	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		97	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000	rad	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		93	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000	rad	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		94	Input	Left	0	0
include	0	Analog	en		0.0001	#0.0000	rad	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		95	Input	Left	0	0
include	1	Analog	en		0.0001	#0.0000		Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		86	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000		Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		87	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000		Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		88	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000		Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		89	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000		Output				100	auto	Operate	-32767	32767	32767	INT16					Outgoing Connections Allowed		90	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000		Output				100	auto	Operate	-32767	10000	32767	INT16					Outgoing Connections Allowed		91	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000		Output				100	auto	Operate	-32767	-32767	32767	INT16					Outgoing Connections Allowed		92	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000		Output				100	auto	Operate	-10000	0	10000	INT16					Outgoing Connections Allowed		93	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000		Output				100	auto	Operate	-10000	10000	10000	INT16					Outgoing Connections Allowed		94	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000		Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		95	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000	rad	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		96	Output	Right	120	0
include	1	Analog	en		0.0001	#0.0000	rad	Output				100	auto	Operate	-32767	15708	32767	INT16					Outgoing Connections Allowed		97	Output	Right	120	0
include	0	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	20
include	2	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	40
include	3	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	60
include	4	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	80
include	5	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	10	80
include	6	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	30	80
include	7	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	50	80
include	8	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	70	80
include	9	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	90	80
include	10	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	110	80
include	11	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Right	120	80
include	12	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Right	120	60
include	13	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Right	120	40
include	14	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Right	120	20
include	15	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Right	120	0
include	16	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Top	110	0
include	17	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Top	90	0
include	18	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Top	70	0
include	19	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Top	50	0
include	20	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Top	30	0
include	21	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Top	10	0
include	22	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	10
include	23	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	30
include	24	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	50
include	25	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	70
include	26	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	0	80
include	27	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	20	80
include	28	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	40	80
include	29	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	60	80
include	30	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	80	80
include	31	Analog	en		0.01	#0.00	%	Dummy				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Bottom	100	80
include	0	Analog	en		0.0001	#0.0000		Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		98	Input	Left	0	0
include	1	Analog	en		0.0001	#0.0000	rad	Output				100	auto	Operate	-32767	15708	32767	INT16					Outgoing Connections Allowed		98	Output	Right	120	0
include	0	Enumerated	en	0=OK1=Fault on B2=Fault on A3=Fault on A and B	1	#0		ENC1 Status				100	auto	Operate	0	0	3	INT16					Outgoing Connections Allowed		99	Internal	Right	550	0
include	1	Enumerated	en	0=OK1=Fault on B2=Fault on A3=Fault on A and B	1	#0		ENC2 Status				100	auto	Operate	0	0	3	INT16					Outgoing Connections Allowed		99	Internal	Right	550	440
include	2	Analog	en		1	#0		ENC1 Ratio				100	auto	Engineer	-32767	1	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		99	Input	Top	290	-40
include	3	Analog	en		1	#0		ENC2 Ratio				100	auto	Engineer	-32767	1	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		99	Input	Bottom	290	480
include	4	Analog	en		1	#0		Scaler				100	auto	Engineer	1	1	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		99	Input	Bottom	470	480
include	5	Analog	en		1	#0		Error				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		99	Output	Right	550	220
include	0	Enumerated	en	0=OK1=Fault on B2=Fault on A3=Fault on A and B4=Zero PPR or Base5=Overflow Positive6=Overflow Negative7=Not Enough Resolution	1	#0		Status				100	auto	Operate	0	0	7	INT16					Outgoing Connections Allowed		100	Internal	Right	370	60
include	4	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		100	Output	Right	370	90
include	3	Analog	en		1	#0	revs	Base Revs				100	auto	Operate	-32767	10	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		100	Input	Top	290	-40
include	2	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		100	Input	Bottom	180	220
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution				100	auto	Operate	1	60	16384	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		100	Input	Top	180	-40
include	0	Enumerated	en	0=OK1=Fault on B2=Fault on A3=Fault on A and B4=Zero PPR or Base5=Overflow Positive6=Overflow Negative7=Not Enough Resolution	1	#0		Status				100	auto	Operate	0	0	7	INT16					Outgoing Connections Allowed		101	Internal	Right	370	60
include	4	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		101	Output	Right	370	90
include	3	Analog	en		1	#0	revs	Base Revs				100	auto	Operate	-32767	10	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		101	Input	Top	290	-40
include	2	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		101	Input	Bottom	180	220
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution				100	auto	Operate	1	60	16384	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		101	Input	Top	180	-40
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		102	Input	Left	0	-10
include	2	Analog	en		0.01	#0.00	%	Preset Value				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		102	Input	Left	0	50
include	1	Analog	en	0=Off	0.01	#0.00	s	Integral Time				100	auto	Operate	0	500	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		102	Input	Top	120	-90
include	3	Boolean	en	0=Inactive1=Preset	1	#0		Preset Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		102	Input	Bottom	80	90
include	4	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		102	Input	Bottom	120	90
include	6	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	102	Output	Right	200	0
include	5	Boolean	en	0=Inactive1=Hold	1	#0		Hold				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		102	Input	Top	80	-90
include	7	Analog	en		1	#0		Integral Term Extension				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	102	Internal	Right	0	0
include	4	Analog	en		0.01	#0.00	%	Last Input				100	auto	Hidden	-32767	0	32767	INT16						Default on Hard Initialization	103	Internal	Right	0	0
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	103	Output	Right	260	0
include	1	Analog	en	0=Off	0.001	#0.000	s	Derivative Time				100	auto	Operate	0	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		103	Input	Bottom	80	80
include	2	Analog	en	0=Off	0.001	#0.000	s	Filter Time Constant				100	auto	Operate	0	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		103	Input	Bottom	180	80
include	5	Analog	en		1	#0		Output Extension				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	103	Internal	Right	0	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		103	Input	Left	0	0
include	0	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		104	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Input 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		104	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		105	Output	Right	120	30
include	0	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		105	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Input 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		105	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		104	Output	Right	120	30
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		106	Input	Left	0	0
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		106	Output	Right	120	0
include	1	Analog	en		0.01	#0.00	%	Center				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		106	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Band				100	auto	Operate	0	100	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		106	Input	Left	0	120
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		107	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		107	Output	Right	150	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		108	Input	Left	-40	0
include	3	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	108	Output	Right	180	-30
include	4	Boolean	en	0=Low1=High	1	#0		Inverted Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	108	Output	Right	180	30
include	1	Analog	en		0.01	#0.00	s	Rising Delay Time				100	auto	Operate	0	100	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		108	Input	Bottom	40	100
include	2	Analog	en		0.01	#0.00	s	Falling Delay Time				100	auto	Operate	0	100	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		108	Input	Bottom	100	100
include	5	Analog	en		1	#0	ms	Elapsed Time 1				100	auto	Hidden	0	0	100	UINT16						Default on Hard Initialization	108	Internal	Right	180	-50
include	6	Analog	en		1	#0	ms	Elapsed Time 2				100	auto	Hidden	0	0	100	UINT16						Default on Hard Initialization	108	Internal	Right	180	50
include	2	Analog	en		1	#0		Input State				100	auto	Hidden	0	0	1	INT16						Default on Hard Initialization	107	Internal	Left	0	0
include	7	Enumerated	en	0=Low1=Rising2=High3=Falling	1	#0		State				100	auto	Hidden	0	3	3	INT16						Default on Hard Initialization	108	Internal	Right	180	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		109	Input	Left	0	0
include	2	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	109	Output	Right	120	0
include	1	Analog	en		1	#0		Size	This is the sample size for the filter.  A larger size provides more filtering and a slower response.			100	auto	Engineer	1	11	495	INT16	Writable				Outgoing Connections Allowed		109	Input	Bottom	60	60
include	3	Analog	en		1	#0		Pointer High				100	auto	Hidden	0	0	65535	UINT16							109	Internal	Right	0	0
include	4	Analog	en		1	#0		Pointer Low				100	auto	Hidden	0	0	65535	UINT16							109	Internal	Right	0	0
include	0	Enumerated	en	0=DIO1 & DIO21=DIO1 & ENC2 Z2=DIO2 & ENC1 Z3=ENC1 Z & ENC2 Z	1	#0		Configuration				100	auto	Engineer	0	0	3	INT16	Writable						110	Input	Bottom	100	260
include	1	Boolean	en	0=Rising Edge1=Falling Edge	1	#0		Master Edge				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		110	Input	Top	230	-20
include	2	Boolean	en	0=Rising Edge1=Falling Edge	1	#0		Slave Edge				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		110	Input	Bottom	230	260
include	3	Enumerated	en	0=Time (µs)1=ENC1 Counts2=ENC2 Counts	1	#0		Measurement				100	auto	Engineer	0	0	2	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		110	Input	Top	350	-20
include	4	Analog	en		1	#0		Scaler				100	auto	Operate	-32767	1	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		110	Input	Bottom	460	260
include	5	Analog	en		1	#0		Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		110	Output	Right	540	120
include	6	Hexadecimal	en		1	#0		Setup	Used to check for setup changesConfiguration: bits 0-1Master Edge: bit 2Slave Edge: bit 3Measurement: bits 4-5			100	auto	Hidden	0	0	47	INT16					Outgoing Connections Allowed		110	Internal	Right	540	60
include	0	Analog	en		0.01	#0.00	%	Setpoint				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		111	Input	Left	-70	120
include	1	Analog	en		0.01	#0.00	%	Feedback				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		111	Input	Left	-70	180
include	3	Analog	en		0.01	#0.00		Proportional Gain				100	auto	Operate	0	100	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		111	Input	Top	50	30
include	4	Analog	en	0=Off	0.01	#0.00	s	Integral Time				100	auto	Operate	0	500	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		111	Input	Bottom	150	300
include	2	Analog	en		0.01	#0.00	%	Integral Preset Value				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		111	Input	Left	-70	240
include	5	Boolean	en	0=Inactive1=Preset	1	#0		Integral Preset Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		111	Input	Bottom	240	300
include	6	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		111	Input	Top	380	30
include	9	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	111	Output	Right	500	110
include	11	Analog	en		0.01	#0.00	%	Proportional Term				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		111	Internal	Right	500	50
include	12	Analog	en		0.01	#0.00	%	Integral Term				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	111	Internal	Right	500	70
include	7	Analog	en		0.01	#0.00	%	Lower Clamp				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		111	Input	Bottom	440	300
include	10	Analog	en		0.01	#0.00	%	Error				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		111	Internal	Right	500	30
include	8	Analog	en		0.01	#0.00	%	Upper Clamp				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		111	Input	Top	460	30
include	13	Boolean	en	0=Inactive1=Clamping	1	#0		Clamp Monitor				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		111	Internal	Right	500	140
include	14	Analog	en		1	#0		Integral Term Extension				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	111	Internal	Right	0	0
include	0	Analog	en		0.01	#0.00	%	Parameter 0				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		112	Input	Bottom	0	30
include	1	Analog	en		0.01	#0.00	%	Parameter 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		112	Input	Bottom	50	30
include	2	Analog	en		0.01	#0.00	%	Parameter 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		112	Input	Bottom	100	30
include	3	Analog	en		0.01	#0.00	%	Parameter 3				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		112	Input	Bottom	150	30
include	0	Analog	en		1	#0		CommsServer Indirect 0	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						113	Internal	Left	0	0
include	1	Analog	en		1	#0		CommsServer Indirect 1	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						113	Internal	Left	0	0
include	2	Analog	en		1	#0		CommsServer Indirect 2	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						113	Internal	Left	0	0
include	3	Analog	en		1	#0		CommsServer Indirect 3	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						113	Internal	Left	0	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		114	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Multiplier				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		114	Input	Left	0	60
include	3	Analog	en		0.01	#0.00	%	Output	Saturates if the final result exceeds 327.67% or is less than -327.67%. When  the intermediate product is positive (+) (or zero) and the Divisor is zero the Output is +327.67% . When  the intermediate product is negative (-) and the Divisor is zero the Output is -327.67%.			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		114	Output	Right	220	0
include	2	Analog	en		0.01	#0.00	%	Divisor	When  the intermediate product is positive (+) (or zero) and the Divisor is zero the Output is +327.67% . When  the intermediate product is negative (-) and the Divisor is zero the Output is -327.67%.			100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		114	Input	Left	0	120
include	0	Boolean	en	0=Fail1=OK	1	#0		Output				100	auto	Operate	0	1	1	INT16					Outgoing Connections Allowed		115	Output	Right	110	0
include	0	Analog	en		1	#0		Output				100	auto	Operate	1	1	30000	INT16					Outgoing Connections Allowed		116	Output	Right	90	20
include	0	Enumerated	en	0=300 b/s1=600 b/s2=1200 b/s3=2400 b/s4=4800 b/s5=7200 b/s6=9600 b/s7=14.4 kb/s8=19.2 kb/s9=28.8 kb/s10=38.4 kb/s11=57.6 kb/s12=76.8 kb/s13=115.2 kb/s	1	#0		Comms Speed	The communications rate for the serial connection in bits per second (b/s) or kilobits per second (kb/s). The Comms Speed can be set to typical values from 300 b/s to 115.2 kb/s.<p>For proper operation, the Comms Speed parameter <b>MUST</b> match the slave device's settings.</p><p>High-speed comms requires careful engineering of the cable, connections, termination, etc.</p>			100	auto	Operate	0	8	13	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		117	Internal	Left	0	20
include	1	Enumerated	en	0=8-N-11=8-O-12=8-E-13=8-N-2	1	#0		Comms Configuration	The character framing for the Modbus RTU serial connection in the format <b>Data Bits-Parity-Stop Bits</b>.<br>Character framing is specified as:<ul><li><b>Data Bits</b> - Fixed at <b>8</b> data bits.</li>    <li><b>Parity</b> - Selectable as <b>N</b> (None), <b>O</b> (Odd), <b>E</b> (Even).    <li><b>Stop Bits</b> - Selectable as <b>1</b>, or <b>2</b>.</ul>			100	auto	Operate	0	0	3	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		117	Internal	Left	0	80
include	2	Analog	en	32767=>30s	1	#0	ms	Actual Polling Period	The time required to complete a poll of all parameters acquired via the serial connection.<p>The <b>Actual Polling Period</b> is directly affected by:<ul><li>The <b>Comms Speed</b> setting.</li>        <li>The number of parameters polled.</li>        <li>The number of communications errors.</li>        <li>The number of communications timeouts.</li>        <li>The <b>Comms Sleep Time</b>.</li></ul>			100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		117	Internal	Right	200	50
include	0	Analog	en		1	#0		Modbus Address	The Modbus RTU address of the slave device on the EIA-485 network.			100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		118	Internal	Left	0	0
include	1	Analog	en		1	#0		Data Address	The register's offset (wire) address of the data in the slave device. Typically, one less than specified Modbus RTU Address (e.g., to poll the data at <b>Holding Register</b> 40108 set the <b>Data Address</b> to 107).			100	auto	Operate	0	0	65000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		118	Internal	Left	0	40
include	3	Analog	en		1	#0		Value	The data that was either read from, or is to be written to, the associated register in the slave device. The <b>Re-Name</b> and <b>Re-Scale</b> contextual menu items can be use to make the raw data more meaningful in <b>savvy</b>.			100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		118	Input	Bottom	60	60
include	4	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Last Error	The result of the last poll of the associated register address in the slave. If an error occurs, the local <b>Last Error</b> code may be cleared by clicking on this parameter and using the <b>Reset</b> command.			100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		118	Output	Right	150	20
include	0	Analog	en		1	#0		Modbus Address	The Modbus RTU address of the slave device on the EIA-485 network.			100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		119	Internal	Left	0	0
include	1	Analog	en		1	#0		Data Address	The register's offset (wire) address of the data in the slave device. Typically, one less than specified Modbus RTU Address (e.g., to poll the data at <b>Holding Register</b> 40108 set the <b>Data Address</b> to 107).			100	auto	Operate	0	0	65000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		119	Internal	Left	0	40
include	3	Analog	en		1	#0		Value	The data that was either read from, or is to be written to, the associated register in the slave device. The <b>Re-Name</b> and <b>Re-Scale</b> contextual menu items can be use to make the raw data more meaningful in <b>savvy</b>.			100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		119	Input	Bottom	60	60
include	4	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Last Error	The result of the last poll of the associated register address in the slave. If an error occurs, the local <b>Last Error</b> code may be cleared by clicking on this parameter and using the <b>Reset</b> command.			100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		119	Output	Right	150	20
include	3	Analog	en		1	#0	ms	Comms Timeout	<p>The timeout sets the time the Modbus master is to wait for a reply from the current slave device before moving on to the next parameter in the polling list.  The timeout must be adjusted appropriately for the installation and the type(s) of slave devices attached</p><p><strong>Comms Timeout &gt;&gt; Request Time + Silence Time + Slave Latency + Response Time + Silence Time.</strong></p>			100	auto	Operate	0	300	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		117	Internal	Left	0	20
include	2	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options	The <b>Options</b> parameter can be used to change the properties of the write command if required by the slave device.<p>Use <b>FC 06</b> (Preset Single Register) instead of <b>FC 16</b> (Preset Multiple Registers) for writes. Check this option for the <b>ODP</b> and <b>ODV</b> products.</p><p>Use Yaskawa <b>ACCEPT/ENTER</b>. This option must be checked for Yaskawa products.</p>			100	auto	Operate	0	0	255	UINT16	Writable						118	Internal	Left	0	0
include	2	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options	The <b>Options</b> parameter can be used to change the properties of the write command if required by the slave device.<p>Use <b>FC 06</b> (Preset Single Register) instead of <b>FC 16</b> (Preset Multiple Registers) for writes. Check this option for the <b>ODP</b> and <b>ODV</b> products.</p><p>Use Yaskawa <b>ACCEPT/ENTER</b>. This option must be checked for Yaskawa products.</p>			100	auto	Operate	0	0	255	UINT16	Writable						119	Internal	Left	0	0
include	4	Analog	en	0=Disabled	1	#0	ms	Comms Sleep Time	The time delay between the end of the previous and the start of the next polling cycle. May be adjusted to limit microprocessor loading of the <b><em>drive.web</em></b> or slave device (if serial link update performance is not a critical factor).			100	auto	Operate	0	0	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		117	Internal	Left	0	20
include	5	Boolean	en	0=Disable1=Enable	1	#0		Enable	Used to <b>Enable/Disable</b> the polling of the associated register address in the slave.			100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		118	Input	Left	-30	20
include	5	Boolean	en	0=Disable1=Enable	1	#0		Enable	Used to <b>Enable/Disable</b> the polling of the associated register address in the slave.			100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		119	Input	Left	-30	20
include	0	Hexadecimal	en		1	#0		Input				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		120	Input	Left	0	0
include	1	Analog	en		1	#0		Shift	Positive numbers shift left, Negative numbers shift right.			100	auto	Operate	-15	0	15	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		120	Input	Left	0	60
include	2	Hexadecimal	en		1	#0		Output				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		120	Output	Right	100	0
include	5	ResettableEnum	en	0=OK1=Error	1	#0		Status	This is the logical inclusive-OR of all the <b>Last Error</b> parameters in the Modbus RTU register function blocks. This parameter is updated once per poll cycle. <p>All individual <b>Last Error</b> codes can be reset by clicking on this parameter and applying the <b>Reset</> command.</p>			100	auto	Engineer	0	0	1	INT16	Writable				Outgoing Connections Allowed		117	Output	Right	240	40
include	6	Boolean	en	0=Disable1=Enable	1	#0		Enable	A global parameter controlling serial communications through the EIA-485 port. When set to <b>Disable</b>, all polling is suspended.			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		117	Input	Left	-30	40
include	0	Boolean	en	0=Off1=On	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		121	Input	Left	0	0
include	0	Analog	en		1	#0		Modbus Address				100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Bottom	100	220
include	1	Analog	en		1	#0		Data Address				100	auto	Hidden	0	0	0	UINT16							122	Internal	Left	0	0
include	2	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							122	Internal	Left	0	0
include	3	Enumerated	en	0=Stop1=Start2=Reset4=Stop with Second Ramp	1	#0		Command				100	auto	Operate	0	0	4	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Input	Left	-40	20
include	4	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Command Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		122	Internal	Left	-40	40
include	5	Boolean	en	0=Disable1=Enable	1	#0		Command Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Left	-40	60
include	6	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							122	Internal	Left	0	0
include	7	Analog	en		1	#0		Data Address				100	auto	Hidden	1	1	1	UINT16							122	Internal	Left	0	0
include	8	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							122	Internal	Left	0	0
include	9	Analog	en		0.1	#0.0	Hz	Speed Reference				100	auto	Operate	-1200	0	1200	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Input	Left	-40	80
include	10	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Speed Ref Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		122	Internal	Left	-40	100
include	11	Boolean	en	0=Disable1=Enable	1	#0		Speed Ref Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Left	-40	120
include	12	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							122	Internal	Left	0	0
include	13	Analog	en		1	#0		Data Address				100	auto	Hidden	130	130	130	UINT16							122	Internal	Left	0	0
include	14	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							122	Internal	Left	0	0
include	15	Analog	en		.1	#0.0	s	Acceleration Ramp Time				100	auto	Operate	0	300	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Input	Left	-40	140
include	16	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Acc Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		122	Internal	Left	-40	160
include	17	Boolean	en	0=Disable1=Enable	1	#0		Acc Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Left	-40	180
include	18	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							122	Internal	Left	0	0
include	19	Analog	en		1	#0		Data Address				100	auto	Hidden	5	5	5	UINT16							122	Internal	Left	0	0
include	20	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							122	Internal	Left	0	0
include	21	Enumerated	en	0=Stopped1=Running258=Brake Overcurrent Trip514=Overcurrent Trip770=External Trip1026=Overvoltage Trip1282=Undervoltage Trip1538=Overtemp Trip1794=Undertemp Trip2050=Flash Data Error2306=Default Parameters Loaded2562=Overload  Trip2818=Phase Imbalance Trip3074=Brake Resistor Overload Trip3330=Power Stage Trip3586=Comms Link Loss Trip3842=Phase Loss Trip4098=Thermistor Trip4354=Autotune Fault	1	#0		Drive Status				100	auto	Operate	0	0	4354	INT16					Outgoing Connections Allowed		122	Output	Right	240	20
include	22	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Status Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		122	Internal	Right	240	40
include	23	Boolean	en	0=Disable1=Enable	1	#0		Status Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Right	240	60
include	24	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							122	Internal	Left	0	0
include	25	Analog	en		1	#0		Data Address				100	auto	Hidden	6	6	6	UINT16							122	Internal	Left	0	0
include	26	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							122	Internal	Left	0	0
include	27	Analog	en		0.1	#0.0	Hz	Motor Speed				100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		122	Output	Right	240	140
include	28	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Speed Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		122	Internal	Right	240	100
include	29	Boolean	en	0=Disable1=Enable	1	#0		Motor Speed Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Right	240	120
include	30	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							122	Internal	Left	0	0
include	31	Analog	en		1	#0		Data Address				100	auto	Hidden	7	7	7	UINT16							122	Internal	Left	0	0
include	32	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							122	Internal	Left	0	0
include	33	Analog	en		0.1	#0.0	A	Motor Current				100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		122	Output	Right	240	200
include	34	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Current Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		122	Internal	Right	240	160
include	35	Boolean	en	0=Disable1=Enable	1	#0		Motor Current Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Right	240	180
include	36	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							122	Internal	Left	0	0
include	37	Analog	en		1	#0		Data Address				100	auto	Hidden	9	9	9	UINT16							122	Internal	Left	0	0
include	38	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							122	Internal	Left	0	0
include	39	Analog	en		0.01	#0.00		Motor Power	The units of Motor Power may be kW or HP depending on the drive model.			100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		122	Output	Right	240	260
include	40	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Power Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		122	Internal	Right	240	220
include	41	Boolean	en	0=Disable1=Enable	1	#0		Motor Power Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Right	240	240
include	42	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							122	Internal	Left	0	0
include	43	Analog	en		1	#0		Data Address				100	auto	Hidden	131	131	131	UINT16							122	Internal	Left	0	0
include	44	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							122	Internal	Left	0	0
include	45	Analog	en	0=Dynamic Fast Ramp	.1	#0.0	s	Deceleration Ramp Time				100	auto	Operate	0	300	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Input	Left	-40	200
include	46	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Decel Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		122	Internal	Left	-40	220
include	47	Boolean	en	0=Disable1=Enable	1	#0		Decel Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Left	-40	240
include	0	Boolean	en	0=Stop1=Inactive	1	#0		Stop	Active-low			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		123	Input	Left	-40	20
include	1	Boolean	en	0=Inactive1=Start	1	#0		Start				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		123	Input	Left	-40	80
include	2	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		123	Input	Left	-40	140
include	3	Boolean	en	0=Standard Ramp1=Second Ramp	1	#0		Stop Ramp Select				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		123	Input	Left	-40	200
include	4	Enumerated	en	0=Stop1=Start2=Reset4=Stop with Second Ramp	1	#0		Command				100	auto	Operate	0	0	4	INT16					Outgoing Connections Allowed		123	Output	Left	-40	320
include	5	Boolean	en	0=Inactive1=Stopped	1	#0		Stopped				100	auto	Operate	0	1	1	INT16					Outgoing Connections Allowed		123	Output	Right	240	20
include	48	Analog	en		1	#0		Modbus Address				100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Bottom	100	220
include	49	Analog	en		1	#0		Data Address				100	auto	Hidden	10	10	10	UINT16							122	Internal	Left	0	0
include	50	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							122	Internal	Left	0	0
include	52	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Digital Inputs Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		122	Internal	Left	-40	40
include	53	Boolean	en	0=Disable1=Enable	1	#0		Digital Inputs Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		122	Internal	Left	-40	60
include	51	BitField4	en	0=Digital Input 11=Digital Input 22=Digital Input 33=Digital Input 4	1	#0		Digital Input Status				100	auto	Operate	0	0	15	INT16					Outgoing Connections Allowed		122	Output	Right	240	80
include	0	Analog	en		1	#0		Modbus Address				100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Bottom	100	220
include	1	Analog	en		1	#0		Data Address				100	auto	Hidden	0	0	0	UINT16							124	Internal	Left	0	0
include	2	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							124	Internal	Left	0	0
include	3	Enumerated	en	0=Stop1=Start2=Reset4=Stop with Second Ramp	1	#0		Command				100	auto	Operate	0	0	4	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Input	Left	-40	20
include	4	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Command Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		124	Internal	Left	-40	40
include	5	Boolean	en	0=Disable1=Enable	1	#0		Command Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Left	-40	60
include	6	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							124	Internal	Left	0	0
include	7	Analog	en		1	#0		Data Address				100	auto	Hidden	1	1	1	UINT16							124	Internal	Left	0	0
include	8	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							124	Internal	Left	0	0
include	9	Analog	en		0.1	#0.0	Hz	Speed Reference				100	auto	Operate	-1200	0	1200	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Input	Left	-40	80
include	10	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Speed Ref Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		124	Internal	Left	-40	100
include	11	Boolean	en	0=Disable1=Enable	1	#0		Speed Ref Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Left	-40	120
include	12	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							124	Internal	Left	0	0
include	13	Analog	en		1	#0		Data Address				100	auto	Hidden	130	130	130	UINT16							124	Internal	Left	0	0
include	14	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							124	Internal	Left	0	0
include	15	Analog	en		.1	#0.0	s	Acceleration Ramp Time				100	auto	Operate	0	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Input	Left	-40	140
include	16	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Acc Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		124	Internal	Left	-40	160
include	17	Boolean	en	0=Disable1=Enable	1	#0		Acc Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Left	-40	180
include	18	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							124	Internal	Left	0	0
include	19	Analog	en		1	#0		Data Address				100	auto	Hidden	5	5	5	UINT16							124	Internal	Left	0	0
include	20	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							124	Internal	Left	0	0
include	21	Enumerated	en	0=Stopped1=Running258=Brake Overcurrent Trip514=Overcurrent Trip770=External Trip1026=Overvoltage Trip1282=Undervoltage Trip1538=Overtemp Trip1794=Undertemp Trip2050=Spin Start Fault2306=Default Parameters Loaded2562=Overload  Trip2818=Phase Imbalance Trip3074=Brake Resistor Overload Trip3330=Power Stage Trip3586=Comms Link Loss Trip3842=Phase Loss Trip4098=Thermistor Trip4354=Autotune Fault5122=Encoder Fault 00	1	#0		Drive Status				100	auto	Operate	0	0	4354	INT16					Outgoing Connections Allowed		124	Output	Right	240	20
include	22	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Status Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		124	Internal	Right	240	40
include	23	Boolean	en	0=Disable1=Enable	1	#0		Status Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Right	240	60
include	24	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							124	Internal	Left	0	0
include	25	Analog	en		1	#0		Data Address				100	auto	Hidden	6	6	6	UINT16							124	Internal	Left	0	0
include	26	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							124	Internal	Left	0	0
include	27	Analog	en		0.1	#0.0	Hz	Motor Speed				100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		124	Output	Right	240	140
include	28	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Speed Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		124	Internal	Right	240	100
include	29	Boolean	en	0=Disable1=Enable	1	#0		Motor Speed Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Right	240	120
include	30	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							124	Internal	Left	0	0
include	31	Analog	en		1	#0		Data Address				100	auto	Hidden	7	7	7	UINT16							124	Internal	Left	0	0
include	32	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							124	Internal	Left	0	0
include	33	Analog	en		0.1	#0.0	A	Motor Current				100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		124	Output	Right	240	200
include	34	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Current Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		124	Internal	Right	240	160
include	35	Boolean	en	0=Disable1=Enable	1	#0		Motor Current Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Right	240	180
include	36	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							124	Internal	Left	0	0
include	37	Analog	en		1	#0		Data Address				100	auto	Hidden	9	9	9	UINT16							124	Internal	Left	0	0
include	38	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							124	Internal	Left	0	0
include	39	Analog	en		0.01	#0.00		Motor Power	The units of Motor Power may be kW or HP depending on the drive model.			100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		124	Output	Right	240	260
include	40	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Power Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		124	Internal	Right	240	220
include	41	Boolean	en	0=Disable1=Enable	1	#0		Motor Power Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Right	240	240
include	42	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							124	Internal	Left	0	0
include	43	Analog	en		1	#0		Data Address				100	auto	Hidden	131	131	131	UINT16							124	Internal	Left	0	0
include	44	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							124	Internal	Left	0	0
include	45	Analog	en	0=Dynamic Fast Ramp	.1	#0.0	s	Deceleration Ramp Time				100	auto	Operate	0	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Input	Left	-40	200
include	46	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Decel Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		124	Internal	Left	-40	220
include	47	Boolean	en	0=Disable1=Enable	1	#0		Decel Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Left	-40	240
include	48	Analog	en		1	#0		Modbus Address				100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Bottom	100	220
include	49	Analog	en		1	#0		Data Address				100	auto	Hidden	10	10	10	UINT16							124	Internal	Left	0	0
include	50	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							124	Internal	Left	0	0
include	52	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Digital Inputs Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		124	Internal	Left	-40	40
include	53	Boolean	en	0=Disable1=Enable	1	#0		Digital Inputs Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		124	Internal	Left	-40	60
include	51	BitField4	en	0=Digital Input 11=Digital Input 22=Digital Input 33=Digital Input 4	1	#0		Digital Input Status				100	auto	Operate	0	0	15	INT16					Outgoing Connections Allowed		124	Output	Right	240	80
include	6	Boolean	en	0=Inactive1=Running	1	#0		Running				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		123	Output	Right	240	80
include	7	Boolean	en	0=Inactive1=Tripped	1	#0		Tripped				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		123	Output	Right	240	140
include	8	BitField4	en	0=Digital Input 11=Digital Input 22=Digital Input 33=Digital Input 4	1	#0		Digital Input Status				100	auto	Operate	0	0	15	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		123	Input	Right	240	260
include	9	Enumerated	en	0=Stopped1=Running258=Brake Overcurrent Trip514=Overcurrent Trip770=External Trip1026=Overvoltage Trip1282=Undervoltage Trip1538=Overtemp Trip1794=Undertemp Trip2050=Spin Start Fault or Flash Data Error2306=Default Parameters Loaded2562=Overload  Trip2818=Phase Imbalance Trip3074=Brake Resistor Overload Trip3330=Power Stage Trip3586=Comms Link Loss Trip3842=Phase Loss Trip4098=Thermistor Trip4354=Autotune Fault5122=Encoder Fault 00	1	#0		Drive Status				100	auto	Operate	0	0	4354	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		123	Input	Right	240	320
include	10	BitField4	en	0=Run1=Start Last State	1	#0		Internal State				100	auto	Reserved	0	0	15	UINT16							123	Internal	Left	0	0
include	0	Analog	en		1	#0		Modbus Address				100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Internal	Bottom	100	220
include	1	Analog	en		1	#0		Data Address				100	auto	Hidden	5003	5003	5003	UINT16							125	Internal	Left	0	0
include	2	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							125	Internal	Left	0	0
include	3	Hexadecimal	en		1	#0		V03 Command				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Input	Left	-40	20
include	4	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Command Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		125	Internal	Left	-40	40
include	5	Boolean	en	0=Disable1=Enable	1	#0		Command Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Internal	Left	-40	60
include	6	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							125	Internal	Left	0	0
include	7	Analog	en		1	#0		Data Address				100	auto	Hidden	5004	5004	5004	UINT16							125	Internal	Left	0	0
include	8	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							125	Internal	Left	0	0
include	9	Analog	en		1	#0		V04 Speed Reference				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Input	Left	-40	80
include	10	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Speed Ref Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		125	Internal	Left	-40	100
include	11	Boolean	en	0=Disable1=Enable	1	#0		Speed Ref Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Internal	Left	-40	120
include	12	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							125	Internal	Left	0	0
include	13	Analog	en		1	#0		Data Address				100	auto	Hidden	100	100	100	UINT16							125	Internal	Left	0	0
include	14	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							125	Internal	Left	0	0
include	15	Analog	en		.1	#0.0	s	P100 Accel Ramp Time				100	auto	Operate	0	200	9990	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Input	Left	-40	140
include	16	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Acc Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		125	Internal	Left	-40	160
include	17	Boolean	en	0=Disable1=Enable	1	#0		Acc Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Internal	Left	-40	180
include	18	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							125	Internal	Left	0	0
include	19	Analog	en		1	#0		Data Address				100	auto	Hidden	101	101	101	UINT16							125	Internal	Left	0	0
include	20	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							125	Internal	Left	0	0
include	21	Analog	en		.1	#0.0	s	P101 Decel Ramp TIme				100	auto	Operate	0	200	9990	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Input	Left	-40	200
include	22	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Decel Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		125	Internal	Left	-40	220
include	23	Boolean	en	0=Disable1=Enable	1	#0		Decel Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Internal	Left	-40	240
include	24	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							125	Internal	Left	0	0
include	25	Analog	en		1	#0		Data Address				100	auto	Hidden	5002	5002	5002	UINT16							125	Internal	Left	0	0
include	26	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							125	Internal	Left	0	0
include	27	Hexadecimal	en		1	#0		V02 Drive Status				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		125	Output	Right	240	20
include	28	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Drive Status Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		125	Internal	Right	240	40
include	29	Boolean	en	0=Disable1=Enable	1	#0		Drive Status Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Internal	Right	240	60
include	30	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							125	Internal	Left	0	0
include	31	Analog	en		1	#0		Data Address				100	auto	Hidden	2	2	2	UINT16							125	Internal	Left	0	0
include	32	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							125	Internal	Left	0	0
include	33	Analog	en		1	#0	RPM	P002 Motor Speed				100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		125	Output	Right	240	80
include	34	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Speed Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		125	Internal	Right	240	100
include	35	Boolean	en	0=Disable1=Enable	1	#0		Motor Speed Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Internal	Right	240	120
include	36	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							125	Internal	Left	0	0
include	37	Analog	en		1	#0		Data Address				100	auto	Hidden	3	3	3	UINT16							125	Internal	Left	0	0
include	38	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							125	Internal	Left	0	0
include	39	Analog	en		0.1	#0.0	A	P003 Motor Current				100	auto	Operate	0	0	26000	INT16					Outgoing Connections Allowed		125	Output	Right	240	140
include	40	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Current Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		125	Internal	Right	240	160
include	41	Boolean	en	0=Disable1=Enable	1	#0		Motor Current Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Internal	Right	240	180
include	42	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							125	Internal	Left	0	0
include	43	Analog	en		1	#0		Data Address				100	auto	Hidden	10	10	10	UINT16							125	Internal	Left	0	0
include	44	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							125	Internal	Left	0	0
include	45	Analog	en		.1	#0.0	kW	P010 Motor Power				100	auto	Operate	0	0	12000	INT16					Outgoing Connections Allowed		125	Output	Right	240	200
include	46	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Power Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		125	Internal	Right	240	220
include	47	Boolean	en	0=Disable1=Enable	1	#0		Motor Power Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		125	Internal	Right	240	240
include	0	Analog	en		1	#0		Modbus Address				100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Internal	Bottom	100	220
include	1	Analog	en		1	#0		Data Address				100	auto	Hidden	5003	5003	5003	UINT16							126	Internal	Left	0	0
include	2	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							126	Internal	Left	0	0
include	3	Hexadecimal	en		1	#0		V03 Command				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Input	Left	-40	20
include	4	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Command Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		126	Internal	Left	-40	40
include	5	Boolean	en	0=Disable1=Enable	1	#0		Command Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Internal	Left	-40	60
include	6	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							126	Internal	Left	0	0
include	7	Analog	en		1	#0		Data Address				100	auto	Hidden	5004	5004	5004	UINT16							126	Internal	Left	0	0
include	8	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							126	Internal	Left	0	0
include	9	Analog	en		1	#0		V04 Speed Reference				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Input	Left	-40	80
include	10	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Speed Ref Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		126	Internal	Left	-40	100
include	11	Boolean	en	0=Disable1=Enable	1	#0		Speed Ref Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Internal	Left	-40	120
include	12	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							126	Internal	Left	0	0
include	13	Analog	en		1	#0		Data Address				100	auto	Hidden	100	100	100	UINT16							126	Internal	Left	0	0
include	14	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							126	Internal	Left	0	0
include	15	Analog	en		.1	#0.0	s	P100 Accel Ramp Time				100	auto	Operate	0	200	9990	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Input	Left	-40	140
include	16	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Acc Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		126	Internal	Left	-40	160
include	17	Boolean	en	0=Disable1=Enable	1	#0		Acc Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Internal	Left	-40	180
include	18	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							126	Internal	Left	0	0
include	19	Analog	en		1	#0		Data Address				100	auto	Hidden	101	101	101	UINT16							126	Internal	Left	0	0
include	20	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							126	Internal	Left	0	0
include	21	Analog	en		.1	#0.0	s	P101 Decel Ramp TIme				100	auto	Operate	0	200	9990	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Input	Left	-40	200
include	22	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Decel Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		126	Internal	Left	-40	220
include	23	Boolean	en	0=Disable1=Enable	1	#0		Decel Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Internal	Left	-40	240
include	24	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							126	Internal	Left	0	0
include	25	Analog	en		1	#0		Data Address				100	auto	Hidden	5002	5002	5002	UINT16							126	Internal	Left	0	0
include	26	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							126	Internal	Left	0	0
include	27	Hexadecimal	en		1	#0		V02 Drive Status				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		126	Output	Right	240	20
include	28	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Drive Status Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		126	Internal	Right	240	40
include	29	Boolean	en	0=Disable1=Enable	1	#0		Drive Status Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Internal	Right	240	60
include	30	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							126	Internal	Left	0	0
include	31	Analog	en		1	#0		Data Address				100	auto	Hidden	2	2	2	UINT16							126	Internal	Left	0	0
include	32	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							126	Internal	Left	0	0
include	33	Analog	en		1	#0	RPM	P002 Motor Speed				100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		126	Output	Right	240	80
include	34	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Speed Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		126	Internal	Right	240	100
include	35	Boolean	en	0=Disable1=Enable	1	#0		Motor Speed Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Internal	Right	240	120
include	36	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							126	Internal	Left	0	0
include	37	Analog	en		1	#0		Data Address				100	auto	Hidden	3	3	3	UINT16							126	Internal	Left	0	0
include	38	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							126	Internal	Left	0	0
include	39	Analog	en		0.1	#0.0	A	P003 Motor Current				100	auto	Operate	0	0	26000	INT16					Outgoing Connections Allowed		126	Output	Right	240	140
include	40	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Current Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		126	Internal	Right	240	160
include	41	Boolean	en	0=Disable1=Enable	1	#0		Motor Current Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Internal	Right	240	180
include	42	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							126	Internal	Left	0	0
include	43	Analog	en		1	#0		Data Address				100	auto	Hidden	10	10	10	UINT16							126	Internal	Left	0	0
include	44	BitField4	en	0=FC 06 instead of FC 16 for writes1=Use Yaskawa ACCEPT/ENTER	1	#0		Options				100	auto	Hidden	1	1	1	UINT16							126	Internal	Left	0	0
include	45	Analog	en		.1	#0.0	kW	P010 Motor Power				100	auto	Operate	0	0	12000	INT16					Outgoing Connections Allowed		126	Output	Right	240	200
include	46	ResettableEnum	en	-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing64=Comms Overrun Error65=Comms CRC Error66=Comms Address Error67=Comms Response Length Error68=Comms General Error69=Comms Unexpected Response70=Comms Buffer Overflow72=Comms Parity Error73=Comms No Buffer Available	1	#0		Motor Power Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		126	Internal	Right	240	220
include	47	Boolean	en	0=Disable1=Enable	1	#0		Motor Power Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		126	Internal	Right	240	240
include	1	Boolean	en	0=Low1=High	1	#0		Bit 0				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	900
include	0	Hexadecimal	en		1	#0		Input				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		127	Input	Left	0	450
include	2	Boolean	en	0=Low1=High	1	#0		Bit 1				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	840
include	3	Boolean	en	0=Low1=High	1	#0		Bit 2				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	780
include	4	Boolean	en	0=Low1=High	1	#0		Bit 3				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	720
include	5	Boolean	en	0=Low1=High	1	#0		Bit 4				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	660
include	6	Boolean	en	0=Low1=High	1	#0		Bit 5				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	600
include	7	Boolean	en	0=Low1=High	1	#0		Bit 6				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	540
include	8	Boolean	en	0=Low1=High	1	#0		Bit 7				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	480
include	9	Boolean	en	0=Low1=High	1	#0		Bit 8				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	420
include	10	Boolean	en	0=Low1=High	1	#0		Bit 9				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	360
include	11	Boolean	en	0=Low1=High	1	#0		Bit 10				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	300
include	12	Boolean	en	0=Low1=High	1	#0		Bit 11				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	240
include	13	Boolean	en	0=Low1=High	1	#0		Bit 12				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	180
include	14	Boolean	en	0=Low1=High	1	#0		Bit 13				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	120
include	15	Boolean	en	0=Low1=High	1	#0		Bit 14				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	60
include	16	Boolean	en	0=Low1=High	1	#0		Bit 15				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		127	Output	Right	120	0
include	4	Analog	en		1	#0		Program Line Number	Length of program or line at which load error occurred			100	auto	Engineer	0	0	512	INT16							-5	Internal	Left	0	0
include	0	Analog	en		.001	#0.0	V	Power Supply				100	auto	Operate	0	24000	32767	INT16					Outgoing Connections Allowed		-5	Internal	Right	120	0
include	2	Analog	en		0.2	#0.0	ms	Timebase Measured	Unfiltered cycle time.  This includes the FBE execution time and the overhead (e.g. I/O Modbus, etc.)			100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		-5	Internal	Right	120	20
include	1	Analog	en		1	#0	ms	Timebase Setpoint	Desired cycle time.  This should normally be set to 5ms or greater.			100	auto	Engineer	1	5	10000	UINT16					Outgoing Connections Allowed		-5	Internal	Right	120	40
include	3	Analog	en	0=< 200 µs	0.2	#0.0	ms	Execute Time	Unfiltered execute time.  This is the FBE execution time ignoring overhead.			100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		-5	Internal	Right	120	60
include	6	Enumerated	en	0=Normal4096=Verbose8192=Debug	1	#0		Logging Detail				100	auto	Engineer	0	0	32767	INT16	Writable						-5	Internal	Left	0	0
include	5	Enumerated	en	-3=Association Warning-2=Timebase Overrun-1=Phantom0=Unterminated Program1=OK2=Unknown Type3=Unknown Function Block4=Parameter Out of Range5=Already has an Incoming6=Outgoing Out Of Range7=Incoming Out Of Range8=Incoming Already Used9=Outgoing Phase Error10=Outgoing Already Used11=Parameter Not Bound12=Outgoing Not Allowed13=Incoming Not Allowed14=Function Block Collision15=Function Block Outside Capability16=Function Block Not Owned17=System Block Error18=Resource Conflict19=Associated FB is Wrong Type20=Associated FB Out Of Range21=Parameter Data Out Of Range22=Timebase Too Long23=Associated FB is Misaligned24=Out of Pool Memory25=Unknown Initialization Mode26=Invalid Capabilities27=Singleton Conflict28=Incompatible Function Block29=Resource Not Present30=Too Many Modbus Registers	1	#0		Program Status				100	auto	Engineer	-2	-1	32	INT16					Outgoing Connections Allowed		-5	Internal	Right	120	80
include	7	Analog	en	-45=No Sensor	1	#0	C	Temperature				100	auto	Engineer	-45	22	85	INT16					Outgoing Connections Allowed		-5	Internal	Left	0	0
include	21	Hexadecimal	en		1	#0		Hardware Capabilities				100	auto	Hidden	0	0	65535	UINT16							-5	Internal	Left	0	0
include	19	Hexadecimal	en		1	#0		Function Block Capabilities	This defines 15 capability groups, one per bit (bit 15 is reserved)			100	auto	Hidden	0	0	65535	UINT16							-5	Internal	Left	0	0
include	16	Analog	en	502=Standard (502)	1	#0		ModbusTCP Slave Port				100	auto	Engineer	1	502	49151	UINT16	Writable						-5	Internal	Left	0	0
include	17	Combo	en	12=1.2 kb/s24=2.4 kb/s48=4.8 kb/s96=9.6 kb/s144=14.4 kb/s192=19.2 kb/s384=38.4 kb/s576=57.6 kb/s768=76.8 kb/s1152=115.2 kb/s2304=230.4 kb/s	.1	#0.0	kb/s	ModbusRTU Slave Speed	Up to 500kb/s may be specified.  High-speed comms requires careful engineering of the cable, connections, termination, etc.			100	auto	Engineer	1	192	5000	INT16	Writable						-5	Internal	Left	0	0
include	18	Analog	en		1	#0		ModbusRTU Slave Address				100	auto	Engineer	1	1	247	INT16	Writable						-5	Internal	Left	0	0
include	8	Analog	en		1	#0		CommsServer Indirect 0	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						-5	Internal	Left	0	0
include	9	Analog	en		1	#0		CommsServer Indirect 1	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						-5	Internal	Left	0	0
include	10	Analog	en		1	#0		CommsServer Indirect 2	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						-5	Internal	Left	0	0
include	11	Analog	en		1	#0		CommsServer Indirect 3	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						-5	Internal	Left	0	0
include	12	Analog	en		1	#0		CommsServer Indirect 4	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						-5	Internal	Left	0	0
include	13	Analog	en		1	#0		CommsServer Indirect 5	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						-5	Internal	Left	0	0
include	14	Analog	en		1	#0		CommsServer Indirect 6	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						-5	Internal	Left	0	0
include	15	Analog	en		1	#0		CommsServer Indirect 7	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16	Writable						-5	Internal	Left	0	0
include	20	Analog	en		1	#0		Function Block Owner	This defines 32766 different "owners" (zero means none).  Special (owned) function blocks cannot be used unless this matches.			100	auto	Hidden	0	0	32767	INT16							-5	Internal	Left	0	0
include	22	Hexadecimal	en		1	#0		Firmware Capabilities				100	auto	Hidden	0	0	65535	UINT16							-5	Internal	Left	0	0
include	24	Analog	en	0=3.5 Characters	.00015258789063	#0.00	ms	ModbusRTU Slave Min Silence	ModbusRTU comms is silent for at least 3.5 character times between packets; this parameter allows a larger silent time to be set.  (The actual comms silence will be the greater of 3.5 character times and this parameter.)<br>The ModbusRTU standard recommends that this parameter be set to 1.75ms for bitrates faster than 19.2 kb/s.  However, some ModbusRTU slaves (including this device) do not require an extended silence and comms is more efficient with shorter silences.			100	auto	Engineer	0	11469	16384	UINT16	Writable				Outgoing Connections Allowed		-5	Internal	Right	120	120
include	26	Dummy	en		1	#0		Reserved				100	auto	Hidden	1	11	16	UINT16							-5	Internal	Left	0	0
include	27	Dummy	en		1	#0		Reserved				100	auto	Hidden	1	11	16	UINT16							-5	Internal	Left	0	0
include	28	Dummy	en		1	#0		Reserved				100	auto	Hidden	1	11	16	UINT16							-5	Internal	Left	0	0
include	29	Dummy	en		1	#0		Reserved				100	auto	Hidden	1	11	16	UINT16							-5	Internal	Left	0	0
include	23	Enumerated	en	0=8-N-11=8-O-12=8-E-13=8-S-14=8-M-15=8-N-1.56=8-O-1.57=8-E-1.58=8-S-1.59=8-M-1.510=8-N-211=8-O-212=8-E-213=8-S-214=8-M-2	1	#0		ModbusRTU Slave Config	<table border="2" cellpadding="5"><tr><th></th><th align="center">Data Bits</th><th align="center">Parity</th><th align="center">Stop Bits</th></tr><tr><td align="center"><strong>8-N-1</strong></td><td align="center">8</td><td align="center">None</td><td align="center">1</td></tr><tr><td align="center"><strong>8-O-1</strong></td><td align="center">8</td><td align="center">Odd</td><td align="center">1</td></tr><tr><td align="center"><strong>8-E-1</strong></td><td align="center">8</td><td align="center">Even</td><td align="center">1</td></tr><tr><td align="center"><strong>8-S-1</strong></td><td align="center">8</td><td align="center">Space (0)</td><td align="center">1</td></tr><tr><td align="center"><strong>8-M-1</strong></td><td align="center">8</td><td align="center">Mark (1)</td><td align="center">1</td></tr><tr><td align="center"><strong>8-N-1.5</strong></td><td align="center">8</td><td align="center">None</td><td align="center">1.5</td></tr><tr><td align="center"><strong>8-O-1.5</strong></td><td align="center">8</td><td align="center">Odd</td><td align="center">1.5</td></tr><tr><td align="center"><strong>8-E-1.5</strong></td><td align="center">8</td><td align="center">Even</td><td align="center">1.5</td></tr><tr><td align="center"><strong>8-S-1.5</strong></td><td align="center">8</td><td align="center">Space (0)</td><td align="center">1.5</td></tr><tr><td align="center"><strong>8-M-1.5</strong></td><td align="center">8</td><td align="center">Mark (1)</td><td align="center">1.5</td></tr><tr><td align="center"><strong>8-N-2</strong></td><td align="center">8</td><td align="center">None</td><td align="center">2</td></tr><tr><td align="center"><strong>8-O-2</strong></td><td align="center">8</td><td align="center">Odd</td><td align="center">2</td></tr><tr><td align="center"><strong>8-E-2</strong></td><td align="center">8</td><td align="center">Even</td><td align="center">2</td></tr><tr><td align="center"><strong>8-S-2</strong></td><td align="center">8</td><td align="center">Space (0)</td><td align="center">2</td></tr><tr><td align="center"><strong>8-M-2</strong></td><td align="center">8</td><td align="center">Mark (1)</td><td align="center">2</td></tr></table>			100	auto	Operate	0	2	14	UINT16	Writable				Outgoing Connections Allowed		-5	Internal	Right	120	100
include	0	Analog	en		1	#0		Link Packets Transmitted				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	0
include	1	Analog	en		1	#0		Link Packets Received				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	10
include	2	Analog	en		1	#0		Link Packets Dropped				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	20
include	3	Analog	en		1	#0		Link Checksum Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	30
include	4	Analog	en		1	#0		Link Length Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	40
include	5	Analog	en		1	#0		Link Memory Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	50
include	6	Analog	en		1	#0		Link Routing Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	60
include	7	Analog	en		1	#0		Link Protocol Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	70
include	8	Analog	en		1	#0		Link Options Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	80
include	9	Analog	en		1	#0		Link Misc. Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	90
include	10	Analog	en		1	#0		IP Packets Transmitted				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	100
include	11	Analog	en		1	#0		IP Packets Received				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	110
include	12	Analog	en		1	#0		IP Packets Dropped				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	120
include	13	Analog	en		1	#0		IP Checksum Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	130
include	14	Analog	en		1	#0		IP Length Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	140
include	15	Analog	en		1	#0		IP Memory Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	150
include	16	Analog	en		1	#0		IP Routing Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	160
include	17	Analog	en		1	#0		IP Protocol Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	170
include	18	Analog	en		1	#0		IP Options Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	180
include	19	Analog	en		1	#0		IP Misc. Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	190
include	20	Analog	en		1	#0		UDP Packets Transmitted				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	200
include	21	Analog	en		1	#0		UDP Packets Received				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	210
include	22	Analog	en		1	#0		UDP Packets Dropped				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	220
include	23	Analog	en		1	#0		UDP Checksum Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	230
include	24	Analog	en		1	#0		UDP Length Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	240
include	25	Analog	en		1	#0		UDP Memory Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	250
include	26	Analog	en		1	#0		UDP Routing Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	260
include	27	Analog	en		1	#0		UDP Protocol Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	270
include	28	Analog	en		1	#0		UDP Options Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	280
include	29	Analog	en		1	#0		UDP Misc. Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	290
include	30	Analog	en		1	#0		TCP Packets Transmitted				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	300
include	31	Analog	en		1	#0		TCP Packets Received				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	310
include	32	Analog	en		1	#0		TCP Packets Dropped				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	320
include	33	Analog	en		1	#0		TCP Checksum Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	330
include	34	Analog	en		1	#0		TCP Length Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	340
include	35	Analog	en		1	#0		TCP Memory Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	350
include	36	Analog	en		1	#0		TCP Routing Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	360
include	37	Analog	en		1	#0		TCP Protocol Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	370
include	38	Analog	en		1	#0		TCP Options Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	380
include	39	Analog	en		1	#0		TCP Misc. Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	390
include	44	Analog	en		1	#0		Pause Frames Received				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	440
include	45	Analog	en		1	#0		Frames Transmitted OK				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	450
include	46	Analog	en		1	#0		Single Collision Frames				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	460
include	47	Analog	en		1	#0		Multiple Collision Frames				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	470
include	48	Analog	en		1	#0		Frames Received OK				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	480
include	49	Analog	en		1	#0		FCS Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	490
include	50	Analog	en		1	#0		Alignment Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	500
include	51	Analog	en		1	#0		Deferred Transmissions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	510
include	52	Analog	en		1	#0		Late Collisions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	520
include	53	Analog	en		1	#0		Excessive Collisions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	530
include	54	Analog	en		1	#0		Transmit Underruns				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	540
include	55	Analog	en		1	#0		Carrier Sense Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	550
include	56	Analog	en		1	#0		Receive Resource Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	560
include	57	Analog	en		1	#0		Receive Overruns				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	570
include	58	Analog	en		1	#0		Receive Symbol Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	580
include	59	Analog	en		1	#0		Excessive Length Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	590
include	60	Analog	en		1	#0		Receive Jabbers				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	600
include	61	Analog	en		1	#0		Undersize Frames				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	610
include	62	Analog	en		1	#0		SQE Test Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	620
include	63	Analog	en		1	#0		Receive Length Mismatchs				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	630
include	40	Enumerated	en	0=10baseT1=100baseTX	1	#0		Link Speed				100	auto	Engineer	0	1	1	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	400
include	41	Enumerated	en	0=Half Duplex1=Full Duplex	1	#0		Link Duplex				100	auto	Engineer	0	1	1	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	410
include	42	Hexadecimal	en	0=Unattached1=Powered2=Default3=Addressed4=Configured	1	#0		USB State				100	auto	Engineer	0	0	4	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	420
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		129	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		129	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		129	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		129	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		130	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						130	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		130	Output	Right	220	10
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		131	Input	Left	0	0
include	2	Analog	en		0.001	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		131	Output	Top	220	-60
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		131	Input	Bottom	180	60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		132	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		132	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		132	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		132	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		133	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						133	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		133	Output	Right	220	10
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		134	Input	Left	0	0
include	2	Analog	en		0.001	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		134	Output	Top	220	-60
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		134	Input	Bottom	180	60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		135	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		135	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		135	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		135	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		136	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						136	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		136	Output	Right	220	10
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		137	Input	Left	0	0
include	2	Analog	en		0.001	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		137	Output	Top	220	-60
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		137	Input	Bottom	180	60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		138	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		138	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		138	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		138	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		139	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						139	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		139	Output	Right	220	10
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		140	Input	Left	0	0
include	2	Analog	en		0.001	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		140	Output	Top	220	-60
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		140	Input	Bottom	180	60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		141	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		141	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		141	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		141	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		142	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						142	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		142	Output	Right	220	10
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		143	Input	Left	0	0
include	2	Analog	en		0.001	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		143	Output	Top	220	-60
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		143	Input	Bottom	180	60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		144	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		144	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		144	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		144	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		145	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						145	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		145	Output	Right	220	10
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		146	Input	Left	0	0
include	2	Analog	en		0.001	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		146	Output	Top	220	-60
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		146	Input	Bottom	180	60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		147	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		147	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		147	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		147	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		148	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						148	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		148	Output	Right	220	10
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		149	Input	Left	0	0
include	2	Analog	en		0.001	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		149	Output	Top	220	-60
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		149	Input	Bottom	180	60
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		150	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		150	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		150	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		150	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		151	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						151	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		151	Output	Right	220	10
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		152	Input	Left	0	0
include	2	Analog	en		0.001	#0.00	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		152	Output	Top	220	-60
include	1	Boolean	en	0=Input1=Output	1	#0		Output Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		152	Input	Bottom	180	60
include	0	Boolean	en	0=Low1=High	0.01	#0.00		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		155	Input	Left	0	0
include	1	Boolean	en	0=Disable1=Enable	1	#0		Source Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		155	Input	Top	30	-110
include	2	Boolean	en	0=Disable1=Enable	1	#0		Sink Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		155	Input	Bottom	30	110
include	3	Boolean	en	0=Off1=On	1	#0		Source Monitor				100	auto	Hidden	0	0	1	INT16							155	Internal	Top	0	0
include	4	Boolean	en	0=Off1=On	1	#0		Sink Monitor				100	auto	Hidden	0	0	1	INT16							155	Internal	Bottom	0	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		153	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		153	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		153	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		153	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		154	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						154	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		154	Output	Right	220	10
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		156	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		156	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		156	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		156	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		157	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						157	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		157	Output	Right	220	10
include	0	Boolean	en	0=Low1=High	0.01	#0.00		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		158	Input	Left	0	0
include	1	Boolean	en	0=Disable1=Enable	1	#0		Source Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		158	Input	Top	30	-110
include	2	Boolean	en	0=Disable1=Enable	1	#0		Sink Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		158	Input	Bottom	30	110
include	3	Boolean	en	0=Off1=On	1	#0		Source Monitor				100	auto	Hidden	0	0	1	INT16							158	Internal	Top	0	0
include	4	Boolean	en	0=Off1=On	1	#0		Sink Monitor				100	auto	Hidden	0	0	1	INT16							158	Internal	Bottom	0	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		159	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		159	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		159	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		159	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		160	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						160	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		160	Output	Right	220	10
include	0	Boolean	en	0=Low1=High	0.01	#0.00		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		161	Input	Left	0	0
include	1	Boolean	en	0=Disable1=Enable	1	#0		Source Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		161	Input	Top	30	-110
include	2	Boolean	en	0=Disable1=Enable	1	#0		Sink Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		161	Input	Bottom	30	110
include	3	Boolean	en	0=Off1=On	1	#0		Source Monitor				100	auto	Hidden	0	0	1	INT16							161	Internal	Top	0	0
include	4	Boolean	en	0=Off1=On	1	#0		Sink Monitor				100	auto	Hidden	0	0	1	INT16							161	Internal	Bottom	0	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		162	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		162	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		162	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		162	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		163	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						163	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		163	Output	Right	220	10
include	0	Boolean	en	0=Low1=High	0.01	#0.00		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		164	Input	Left	0	0
include	1	Boolean	en	0=Disable1=Enable	1	#0		Source Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		164	Input	Top	30	-110
include	2	Boolean	en	0=Disable1=Enable	1	#0		Sink Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		164	Input	Bottom	30	110
include	3	Boolean	en	0=Off1=On	1	#0		Source Monitor				100	auto	Hidden	0	0	1	INT16							164	Internal	Top	0	0
include	4	Boolean	en	0=Off1=On	1	#0		Sink Monitor				100	auto	Hidden	0	0	1	INT16							164	Internal	Bottom	0	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		165	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		165	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		165	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		165	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		166	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						166	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		166	Output	Right	220	10
include	0	Boolean	en	0=Low1=High	0.01	#0.00		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		167	Input	Left	0	0
include	1	Boolean	en	0=Disable1=Enable	1	#0		Source Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		167	Input	Top	30	-110
include	2	Boolean	en	0=Disable1=Enable	1	#0		Sink Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		167	Input	Bottom	30	110
include	3	Boolean	en	0=Off1=On	1	#0		Source Monitor				100	auto	Hidden	0	0	1	INT16							167	Internal	Top	0	0
include	4	Boolean	en	0=Off1=On	1	#0		Sink Monitor				100	auto	Hidden	0	0	1	INT16							167	Internal	Bottom	0	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		168	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		168	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		168	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		168	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		169	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						169	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		169	Output	Right	220	10
include	0	Boolean	en	0=Low1=High	0.01	#0.00		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		170	Input	Left	0	0
include	1	Boolean	en	0=Disable1=Enable	1	#0		Source Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		170	Input	Top	30	-110
include	2	Boolean	en	0=Disable1=Enable	1	#0		Sink Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		170	Input	Bottom	30	110
include	3	Boolean	en	0=Off1=On	1	#0		Source Monitor				100	auto	Hidden	0	0	1	INT16							170	Internal	Top	0	0
include	4	Boolean	en	0=Off1=On	1	#0		Sink Monitor				100	auto	Hidden	0	0	1	INT16							170	Internal	Bottom	0	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		171	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		171	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		171	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		171	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		172	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						172	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		172	Output	Right	220	10
include	0	Boolean	en	0=Low1=High	0.01	#0.00		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		173	Input	Left	0	0
include	1	Boolean	en	0=Disable1=Enable	1	#0		Source Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		173	Input	Top	30	-110
include	2	Boolean	en	0=Disable1=Enable	1	#0		Sink Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		173	Input	Bottom	30	110
include	3	Boolean	en	0=Off1=On	1	#0		Source Monitor				100	auto	Hidden	0	0	1	INT16							173	Internal	Top	0	0
include	4	Boolean	en	0=Off1=On	1	#0		Sink Monitor				100	auto	Hidden	0	0	1	INT16							173	Internal	Bottom	0	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.000	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		174	Output	Top	90	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		174	Input	Top	260	-60
include	2	Analog	en		0.001	#0.000	V	Scaling	The terminal voltage that corresponds to 100%.			100	auto	Operate	100	10000	25000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		174	Input	Bottom	180	60
include	3	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		174	Output	Right	320	0
include	0	Analog	en	-32767=Under-Range32767=Over-Range	0.001	#0.0	V	Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		175	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						175	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		175	Output	Right	220	10
include	0	Boolean	en	0=Low1=High	0.01	#0.00		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		176	Input	Left	0	0
include	1	Boolean	en	0=Disable1=Enable	1	#0		Source Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		176	Input	Top	30	-110
include	2	Boolean	en	0=Disable1=Enable	1	#0		Sink Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		176	Input	Bottom	30	110
include	3	Boolean	en	0=Off1=On	1	#0		Source Monitor				100	auto	Hidden	0	0	1	INT16							176	Internal	Top	0	0
include	4	Boolean	en	0=Off1=On	1	#0		Sink Monitor				100	auto	Hidden	0	0	1	INT16							176	Internal	Bottom	0	0
include	0	Hexadecimal	en		1	#0		Input 1				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		177	Input	Left	0	0
include	1	Hexadecimal	en		1	#0		Input 2				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		177	Input	Left	0	60
include	2	Hexadecimal	en		1	#0		Output 1				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		177	Output	Right	120	0
include	3	Hexadecimal	en		1	#0		Output 2				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		177	Output	Right	120	60
include	43	Enumerated	en	0=Link Down1=Link Up	1	#0		Link Status				100	auto	Engineer	0	1	1	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	128	Internal	Right	120	430
include	3	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T13 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	10
include	4	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T14 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	20
include	5	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T15 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	30
include	6	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T16 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	40
include	7	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T19 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	50
include	8	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T20 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	60
include	9	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T21 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	70
include	10	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T22 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	80
include	11	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T23 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	90
include	12	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T24 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	100
include	13	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T27 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	110
include	14	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T28 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	120
include	15	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T29 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	130
include	16	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T30 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	140
include	17	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T31 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	150
include	18	Analog	en	-32767=Under-Range32767=Over-Range	.001	#0.000	V	T32 Analog Input				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		178	Internal	Right	60	160
include	4	Hexadecimal	en		1	#0		Output 3				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		177	Internal	Right	120	70
include	5	Hexadecimal	en		1	#0		Output 4				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		177	Internal	Right	120	80
include	6	Hexadecimal	en		1	#0		Output 5				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		177	Internal	Right	120	90
include	7	Hexadecimal	en		1	#0		Output 6				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		177	Internal	Right	120	100
include	8	Hexadecimal	en		1	#0		Output 7				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		177	Internal	Right	120	110
include	9	Hexadecimal	en		1	#0		Output 8				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		177	Internal	Right	120	120
include	10	Hexadecimal	en		1	#0		Output 9				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		177	Internal	Right	120	130
include	11	Hexadecimal	en		1	#0		Output 10				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		177	Internal	Right	120	140
include	0	Enumerated	en	0=OK1=Fault on B2=Fault on A3=Fault on A and B4=Zero PPR5=Overflow Positive6=Overflow Negative	1	#0		Status				100	auto	Operate	0	0	6	INT16					Outgoing Connections Allowed		179	Internal	Right	500	-10
include	1	Analog	en		1	#0	ppr	Base Pulses				100	auto	Operate	1	1024	16384	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		179	Input	Bottom	180	260
include	2	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		179	Input	Bottom	290	260
include	3	Boolean	en	0=Clear on power-up1=Persistent	1	#0		Persistence				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		179	Internal	Right	500	10
include	4	Analog	en		1	#0		Pulse Count				100	auto	Operate	0	0	16384	INT16					Outgoing Connections Allowed		179	Output	Right	640	90
include	5	Analog	en		1	#0		Rev Count				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		179	Output	Right	640	150
include	8	Analog	en		1	#0		Target 1				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		179	Input	Top	370	-80
include	9	Analog	en		1	#0		Target 2				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		179	Input	Bottom	390	260
include	10	Boolean	en	0=Low1=High	1	#0		At Target 1				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		179	Output	Right	640	-30
include	11	Boolean	en	0=Low1=High	1	#0		At Target 2				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		179	Output	Right	640	210
include	6	Boolean	en	0=Normal1=Invert	1	#0		Invert				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		179	Input	Top	180	-80
include	7	Boolean	en	0=Forward1=Reverse	1	#0		Direction				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		179	Output	Right	640	30
include	0	Enumerated	en	0=OK1=Fault on B2=Fault on A3=Fault on A and B4=Zero PPR5=Overflow Positive6=Overflow Negative	1	#0		Status				100	auto	Operate	0	0	6	INT16					Outgoing Connections Allowed		180	Internal	Right	500	-10
include	1	Analog	en		1	#0	ppr	Base Pulses				100	auto	Operate	1	1024	16384	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		180	Input	Bottom	180	260
include	2	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		180	Input	Bottom	290	260
include	3	Boolean	en	0=Clear on power-up1=Persistent	1	#0		Persistence				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		180	Internal	Right	500	10
include	4	Analog	en		1	#0		Pulse Count				100	auto	Operate	0	0	16384	INT16					Outgoing Connections Allowed		180	Output	Right	640	90
include	5	Analog	en		1	#0		Rev Count				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		180	Output	Right	640	150
include	6	Boolean	en	0=Normal1=Invert	1	#0		Invert				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		180	Input	Top	180	-80
include	7	Boolean	en	0=Forward1=Reverse	1	#0		Direction				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		180	Output	Right	640	30
include	8	Analog	en		1	#0		Target 1				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		180	Input	Top	370	-80
include	9	Analog	en		1	#0		Target 2				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		180	Input	Bottom	390	260
include	10	Boolean	en	0=Low1=High	1	#0		At Target 1				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		180	Output	Right	640	-30
include	11	Boolean	en	0=Low1=High	1	#0		At Target 2				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		180	Output	Right	640	210
include	12	Analog	en		1	#0		Target 1 Tolerance				100	auto	Operate	0	100	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		179	Input	Top	520	-80
include	13	Analog	en		1	#0		Target 2 Tolerance				100	auto	Operate	0	100	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		179	Input	Bottom	520	260
include	14	Analog	en		1	#0		Comparator Hysteresis				100	auto	Operate	0	10	1000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		179	Internal	Left	0	-60
include	12	Analog	en		1	#0		Target 1 Tolerance				100	auto	Operate	0	100	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		180	Input	Top	520	-80
include	13	Analog	en		1	#0		Target 2 Tolerance				100	auto	Operate	0	100	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		180	Input	Bottom	520	260
include	14	Analog	en		1	#0		Comparator Hysteresis				100	auto	Operate	0	10	1000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		180	Internal	Left	0	-60
include	19	Analog	en		.0015258789	#0.000	%	T13 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	20
include	20	Analog	en		.0015258789	#0.000	%	T14 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	30
include	21	Analog	en		.0015258789	#0.000	%	T15 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	40
include	22	Analog	en		.0015258789	#0.000	%	T16 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	50
include	23	Analog	en		.0015258789	#0.000	%	T19 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	60
include	24	Analog	en		.0015258789	#0.000	%	T20 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	70
include	25	Analog	en		.0015258789	#0.000	%	T21 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	80
include	26	Analog	en		.0015258789	#0.000	%	T22 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	90
include	27	Analog	en		.0015258789	#0.000	%	T23 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	100
include	28	Analog	en		.0015258789	#0.000	%	T24 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	110
include	29	Analog	en		.0015258789	#0.000	%	T27 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	120
include	30	Analog	en		.0015258789	#0.000	%	T28 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	130
include	31	Analog	en		.0015258789	#0.000	%	T29 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	140
include	32	Analog	en		.0015258789	#0.000	%	T30 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	150
include	33	Analog	en		.0015258789	#0.000	%	T31 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	160
include	34	Analog	en		.0015258789	#0.000	%	T32 Cal. Gain Adj.				100	auto	NoExport	-2000	0	2000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	170
include	35	Analog	en		.54	#0	mV	+10V Cal. Offset				100	auto	NoExport	-500	0	500	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	180
include	36	Analog	en		.54	#0	mV	-10V Cal. Offset				100	auto	NoExport	-500	0	500	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	190
include	5	ResettableEnum	en	0=Reset1=OK2=Fault	1	#0		Source Status	Warning: resetting a fault will momentarily reset the entire I/O subsytem.			100	auto	Engineer	0	1	2	INT16	Writable				Outgoing Connections Allowed		155	Internal	Top	260	-60
include	5	ResettableEnum	en	0=Reset1=OK2=Fault	1	#0		Source Status	Warning: resetting a fault will momentarily reset the entire I/O subsytem.			100	auto	Engineer	0	1	2	INT16	Writable				Outgoing Connections Allowed		158	Internal	Top	260	-60
include	5	ResettableEnum	en	0=Reset1=OK2=Fault	1	#0		Source Status	Warning: resetting a fault will momentarily reset the entire I/O subsytem.			100	auto	Engineer	0	1	2	INT16	Writable				Outgoing Connections Allowed		161	Internal	Top	260	-60
include	5	ResettableEnum	en	0=Reset1=OK2=Fault	1	#0		Source Status	Warning: resetting a fault will momentarily reset the entire I/O subsytem.			100	auto	Engineer	0	1	2	INT16	Writable				Outgoing Connections Allowed		164	Internal	Top	260	-60
include	5	ResettableEnum	en	0=Reset1=OK2=Fault	1	#0		Source Status	Warning: resetting a fault will momentarily reset the entire I/O subsytem.			100	auto	Engineer	0	1	2	INT16	Writable				Outgoing Connections Allowed		167	Internal	Top	260	-60
include	5	ResettableEnum	en	0=Reset1=OK2=Fault	1	#0		Source Status	Warning: resetting a fault will momentarily reset the entire I/O subsytem.			100	auto	Engineer	0	1	2	INT16	Writable				Outgoing Connections Allowed		170	Internal	Top	260	-60
include	5	ResettableEnum	en	0=Reset1=OK2=Fault	1	#0		Source Status	Warning: resetting a fault will momentarily reset the entire I/O subsytem.			100	auto	Engineer	0	1	2	INT16	Writable				Outgoing Connections Allowed		173	Internal	Top	260	-60
include	5	ResettableEnum	en	0=Reset1=OK2=Fault	1	#0		Source Status	Warning: resetting a fault will momentarily reset the entire I/O subsytem.			100	auto	Engineer	0	1	2	INT16	Writable				Outgoing Connections Allowed		176	Internal	Top	260	-60
include	1	Momentary	en	0=Inactive1=Restore Factory Cal.	1	#0		Restore Factory Cal.				100	auto	NoExport	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	0
include	2	Momentary	en	0=Inactive1=Save Factory Cal.	1	#0		Save Factory Cal.				100	auto	NoExport	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		178	Internal	Left	0	10
include	0	Boolean	en	0=At Factory Cal.1=Not Factory Cal.	1	#0		Calibration Status				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		178	Internal	Right	60	170
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		181	Input	Left	0	0
include	2	Analog	en		0.01	#0.00	%	Minimum				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		181	Output	Right	120	30
include	3	Analog	en		0.01	#0.00	%	Maximum				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		181	Output	Right	120	-30
include	1	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		181	Input	Left	0	60
include	0	Analog	en		0.1	#0.0	s	Period				100	auto	Operate	1	50	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		182	Input	Left	0	0
include	6	Analog	en		1	#0	ms	Elapsed Time Extension				100	auto	Hidden	0	0	100	UINT16						Default on Hard Initialization	182	Internal	Right	340	30
include	1	Analog	en		0.1	#0.0	s	Elapsed Time				100	auto	Operate	0	0	60000	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	182	Internal	Right	340	20
include	2	Analog	en		0.01	#0.00	%	Amplitude				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		182	Input	Top	200	-80
include	4	Enumerated	en	0=Square1=Sawtooth2=Triangle3=Sine	1	#0		Type				100	auto	Operate	0	0	3	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		182	Input	Bottom	90	80
include	3	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		182	Input	Bottom	280	80
include	5	Analog	en		0.01	#0.00	%	Output	Saturates if the result exceeds +327.67% or is less than -327.67%.			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	182	Output	Right	340	0
include	0	Analog	en		1	#0	cycles	Half Period	Measured in timebase cycles			100	auto	Operate	1	100	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		183	Input	Left	-40	30
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		183	Output	Right	80	30
include	2	Analog	en		1	#0		State				100	auto	Hidden	0	0	32768	UINT16							183	Internal	Right	80	70
include	0	Analog	en		0.01	#0.00	%	Amplitude				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		184	Input	Top	200	-60
include	1	Analog	en		0.01	#0.00	%	Offset				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		184	Input	Bottom	280	60
include	2	Analog	en		0.01	#0.00	%	Output	Saturates if the result exceeds +327.67% or is less than -327.67%.			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		184	Output	Right	340	0
include	0	Boolean	en	0=Low1=High	1	#0		Start				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		185	Input	Left	0	0
include	3	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	185	Output	Right	200	60
include	1	Analog	en		0.1	#0.0	s	Pulse Time				100	auto	Operate	1	50	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		185	Input	Left	0	180
include	2	Analog	en		0.1	#0.0	s	Elapsed Time				100	auto	Operate	0	0	60000	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	185	Internal	Right	200	0
include	4	Analog	en		1	#0	ms	Elapsed Time Extension				100	auto	Hidden	0	0	100	UINT16						Default on Hard Initialization	185	Internal	Left	0	0
include	5	Analog	en		1	#0		Start Last State				100	auto	Hidden	0	0	1	INT16							185	Internal	Left	0	0
include	6	Boolean	en	0=Low1=High	1	#0		Hold				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		185	Input	Left	0	60
include	7	Boolean	en	0=Low1=High	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		185	Input	Left	0	120
include	0	Analog	en		1	#0		Year				100	auto	Operate	1970	2008	2106	INT16					Outgoing Connections Allowed		186	Internal	Right	90	90
include	1	Enumerated	en	1=January2=February3=March4=April5=May6=June7=July8=August9=September10=October11=November12=December	1	#0		Month				100	auto	Operate	1	12	12	INT16					Outgoing Connections Allowed		186	Internal	Right	90	100
include	2	Analog	en		1	#0		Date				100	auto	Operate	1	9	31	INT16					Outgoing Connections Allowed		186	Internal	Right	90	110
include	3	Analog	en		1	#0		Hour				100	auto	Operate	0	11	23	INT16					Outgoing Connections Allowed		186	Internal	Right	90	30
include	4	Analog	en		1	#0		Minute				100	auto	Operate	0	0	59	INT16					Outgoing Connections Allowed		186	Internal	Right	90	40
include	5	Analog	en		1	#0		Second				100	auto	Operate	0	0	59	INT16					Outgoing Connections Allowed		186	Internal	Right	90	50
include	6	Analog	en		1	#0		Day of Year				100	auto	Operate	0	344	365	INT16					Outgoing Connections Allowed		186	Output	Right	90	140
include	7	Analog	en		.01	#0.00	%	Day Fraction				100	auto	Operate	0	4583	9999	INT16					Outgoing Connections Allowed		186	Output	Right	90	20
include	8	Enumerated	en	0=Sunday1=Monday2=Tuesday3=Wednesday4=Thursday5=Friday6=Saturday	1	#0		Day of Week				100	auto	Operate	0	2	6	INT16					Outgoing Connections Allowed		186	Output	Right	90	80
include	9	Enumerated	en	-720=UTC-12-660=UTC-11-600=UTC-10, Hawaii-570=UTC-9:30-540=UTC-9, Alaska-480=UTC-8, Pacific-420=UTC-7, Mountain-360=UTC-6, Central-300=UTC-5, Eastern-270=UTC-4:30-240=UTC-4-210=UTC-3:30-180=UTC-3-120=UTC-2-60=UTC-10=UTC60=UTC+1120=UTC+2180=UTC+3210=UTC+3:30240=UTC+4270=UTC+4:30300=UTC+5330=UTC+5:30345=UTC+5:45360=UTC+6390=UTC+6:30420=UTC+7480=UTC+8525=UTC+8:45540=UTC+9570=UTC+9:30600=UTC+10630=UTC+10:30660=UTC+11690=UTC+11:30720=UTC+12765=UTC+12:45780=UTC+13840=UTC+14	1	#0		Timezone				100	auto	Operate	-720	-420	840	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		186	Internal	Left	0	0
include	10	Enumerated	en	0=None	1	#0		Daylight Saving Time	This is to allow support for Daylight Saving Time in the  future.  Currently, it is not supported and, if needed, must be set manually by changing the Timezone parameter.			100	auto	Operate	0	0	0	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		186	Internal	Left	0	0
include	0	Analog	en	32767 = overflow	1	#0	h	Hours Elapsed				100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		187	Output	Right	120	40
include	1	Boolean	en	0=Stop1=Run	1	#0		Run Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		187	Input	Bottom	30	130
include	2	Boolean	en	0=Inactive1=Preset	1	#0		Preset Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		187	Input	Top	0	-50
include	4	Analog	en		1	#0	s	Seconds				100	auto	Operate	0	0	3599	UINT16					Outgoing Connections Allowed		187	Internal	Right	120	60
include	3	Analog	en		1	#0	h	Preset Hours				100	auto	Operate	0	0	32766	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		187	Input	Left	-60	40
include	5	Analog	en		1	#0	ms	Milliseconds				100	auto	Hidden	0	0	999	UINT16							187	Internal	Right	120	80
include	0	Analog	en	32767 = overflow	.1	#0.0	h	Hours Elapsed				100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		188	Output	Right	120	40
include	0	Analog	en	32767 = overflow	1	#0	m	Minutes Elapsed				100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		189	Output	Right	120	40
include	1	Boolean	en	0=Stop1=Run	1	#0		Run Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		188	Input	Bottom	30	130
include	1	Boolean	en	0=Stop1=Run	1	#0		Run Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		189	Input	Bottom	30	130
include	2	Boolean	en	0=Inactive1=Preset	1	#0		Preset Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		188	Input	Top	0	-50
include	2	Boolean	en	0=Inactive1=Preset	1	#0		Preset Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		189	Input	Top	0	-50
include	4	Analog	en		1	#0	s	Seconds				100	auto	Operate	0	0	359	UINT16					Outgoing Connections Allowed		188	Internal	Right	120	60
include	4	Analog	en		1	#0	s	Seconds				100	auto	Operate	0	0	59	UINT16					Outgoing Connections Allowed		189	Internal	Right	120	60
include	3	Analog	en		.1	#0.0	h	Preset Hours				100	auto	Operate	0	0	32766	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		188	Input	Left	-60	40
include	3	Analog	en		1	#0	m	Preset Minutes				100	auto	Operate	0	0	32766	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		189	Input	Left	-60	40
include	5	Analog	en		1	#0	ms	Milliseconds				100	auto	Hidden	0	0	999	UINT16							188	Internal	Right	120	80
include	5	Analog	en		1	#0	ms	Milliseconds				100	auto	Hidden	0	0	999	UINT16							189	Internal	Right	120	80
include	12	Analog	en		0.01	#0.00	%	Positive Torque Demand				100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		190	Output	Right	840	-60
include	13	Analog	en		0.01	#0.00	%	Negative Torque Demand				100	auto	Operate	-32767	0	0	INT16					Outgoing Connections Allowed		190	Output	Right	840	60
include	0	Association	en		51	#0		Diameter Calculator				100	auto	Operate	0	0	32767	INT16	Writable						190	Internal	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Tension Demand				100	auto	Operate	-10000	0	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Left	-20	0
include	10	Boolean	en	0=Inactive1=Enabled	1	#0		External Torque Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Bottom	460	140
include	6	Boolean	en	0=Inactive1=Enabled	1	#0		Tension Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Top	580	-180
include	7	Boolean	en	0=Forward1=Reverse	1	#0		Wind Direction				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Top	710	-180
include	5	Analog	en		0.01	#0.00	%	Torque Demand				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		190	Internal	Right	840	0
include	3	Analog	en		0.01	#0.00	%	Friction Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		190	Internal	Top	300	-180
include	8	Analog	en		0.01	#0.00	%	Inertia Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		190	Internal	Bottom	240	140
include	2	Analog	en		0.01	#0.00	%	Tension Scaler				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Top	140	-180
include	4	Analog	en		0.01	#0.00	%	Torque Trim				100	auto	Operate	-15000	0	15000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Top	380	-180
include	9	Analog	en		0.01	#0.00	%	External Torque Input				100	auto	Operate	-15000	0	15000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Bottom	410	140
include	11	Analog	en		0.01	#0.00	%	Nominal Torque				100	auto	Operate	0	10000	15000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Bottom	610	140
include	14	Analog	en		0.01	#0.00	%	Dynamic Friction				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Internal	Top	200	-180
include	15	Analog	en		0.01	#0.00	%	Static Friction				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Internal	Top	220	-180
include	16	Analog	en		0.01	#0.00	%	Stiction				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Internal	Top	240	-180
include	17	Analog	en		0.01	#0.00	%	Stiction Reel Speed Threshold				100	auto	Operate	0	200	1000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Internal	Top	260	-180
include	18	Analog	en		0.01	#0.00	%	Stiction Web Speed Threshold				100	auto	Operate	0	500	1000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Internal	Top	280	-180
include	19	Boolean	en	0=Inactive1=Disabled	1	#0		Stiction Disable				100	auto	Hidden	0	0	1	INT16							190	Internal	Top	700	-180
include	20	Analog	en		0.01	#0.00	%	Variable Inertia				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Internal	Bottom	140	140
include	21	Analog	en		0.01	#0.00	%	Material Width				100	auto	Operate	0	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Bottom	120	140
include	22	Analog	en		0.01	#0.00	%	Fixed Inertia				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Internal	Bottom	160	140
include	23	Analog	en	0=Disable	0.1	#0.0	s	Acceleration Time				100	auto	Operate	0	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Internal	Bottom	180	140
include	25	Analog	en		0.01	#0.00	%	Acceleration Monitor				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	190	Internal	Bottom	260	140
include	24	Analog	en	0=Off	0.01	#0.00	s	Acceleration Filter Time Constant				100	auto	Operate	0	200	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Internal	Bottom	200	140
include	27	Analog	en		1	#0		Acceleration Filter Extension				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	190	Internal	Right	0	0
include	28	Analog	en		1	#0		Last Web Speed				100	auto	Hidden	-32767	0	32767	INT16							190	Internal	Right	0	0
include	29	Boolean	en	0=Forward1=Reverse	1	#0		Line Direction				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Left	-20	-90
include	26	Analog	en		0.01	#0.00	%	External Acceleration Input				100	auto	Operate	-10500	0	10500	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Internal	Bottom	220	140
include	30	Boolean	en	0=Rewind1=Unwind	1	#0		Winder Mode				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		190	Input	Left	-20	80
include	0	Boolean	en	0=False (0)1=True (1)	1	#0		Parameter 0				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		191	Input	Bottom	0	30
include	1	Boolean	en	0=False (0)1=True (1)	1	#0		Parameter 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		191	Input	Bottom	50	30
include	2	Boolean	en	0=False (0)1=True (1)	1	#0		Parameter 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		191	Input	Bottom	100	30
include	3	Boolean	en	0=False (0)1=True (1)	1	#0		Parameter 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		191	Input	Bottom	150	30
include	0	Enumerated	en	0=OK1=Fault on A2=Fault on B3=Fault on A and B4=Comms Fault	1	#0		Status				100	auto	Operate	0	0	4	INT16					Outgoing Connections Allowed		192	Internal	Right	370	140
include	3	Analog	en		1	#0	RPM	Base Speed				100	auto	Operate	-32767	1800	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		192	Input	Bottom	290	220
include	4	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		192	Output	Right	370	120
include	2	Analog	en		1	#0	RPM	Speed				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		192	Internal	Right	370	40
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution				100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		192	Input	Top	180	-40
include	5	Analog	en		1	#0		Comms Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		192	Internal	Right	370	160
include	6	Analog	en		1	#0		Filter Size	This is the sample size for the filter.  A larger size provides more filtering and a slower response.			100	auto	Engineer	1	15	15	INT16	Writable				Outgoing Connections Allowed		192	Internal	Left	0	0
include	0	Enumerated	en	0=OK1=Fault on A2=Fault on B3=Fault on A and B4=Comms Fault	1	#0		Status				100	auto	Operate	0	0	4	INT16					Outgoing Connections Allowed		193	Internal	Right	370	140
include	3	Analog	en		1	#0	RPM	Base Speed				100	auto	Operate	-32767	1800	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		193	Input	Bottom	290	220
include	4	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		193	Output	Right	370	120
include	2	Analog	en		1	#0	RPM	Speed				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		193	Internal	Right	370	40
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution				100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		193	Input	Top	180	-40
include	5	Analog	en		1	#0		Comms Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		193	Internal	Right	370	160
include	6	Analog	en		1	#0		Filter Size	This is the sample size for the filter.  A larger size provides more filtering and a slower response.			100	auto	Engineer	1	15	15	INT16	Writable				Outgoing Connections Allowed		193	Internal	Left	0	0
include	0	Enumerated	en	0=OK1=Fault on A2=Fault on B3=Fault on A and B4=Comms Fault5=Match Fault	1	#0		ENC1 Status				100	auto	Operate	0	0	5	INT16					Outgoing Connections Allowed		194	Internal	Right	850	-20
include	5	Enumerated	en	0=OK1=Fault on A2=Fault on B3=Fault on A and B4=Comms Fault5=Match Fault	1	#0		ENC2 Status				100	auto	Operate	0	0	5	INT16					Outgoing Connections Allowed		194	Internal	Right	850	0
include	13	Analog	en		1	#0	RPM	Base Speed				100	auto	Operate	-32767	1800	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		194	Input	Top	630	-40
include	16	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		194	Output	Right	850	180
include	2	Analog	en		1	#0	RPM	Channel 1 Speed				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		194	Internal	Right	850	20
include	7	Analog	en		1	#0	RPM	Channel 2 Speed				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		194	Internal	Right	850	40
include	1	Analog	en		1	#0	ppr	ENC1 Pulses Per Revolution				100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		194	Input	Top	180	-40
include	6	Analog	en		1	#0	ppr	ENC2 Pulses Per Revolution				100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		194	Input	Bottom	180	480
include	11	Analog	en		1	#0		Comms Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		194	Internal	Right	850	60
include	12	Analog	en		1	#0		Filter Size	This is the sample size for the filter.  A larger size provides more filtering and a slower response.			100	auto	Engineer	1	14	14	INT16	Writable				Outgoing Connections Allowed		194	Internal	Left	0	0
include	3	Analog	en		.0001	#0.0000		Channel 1 Multiplier				100	auto	Engineer	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		194	Input	Top	300	-40
include	8	Analog	en		.0001	#0.0000		Channel 2 Multiplier				100	auto	Engineer	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		194	Input	Bottom	300	480
include	4	Analog	en		.0001	#0.0000		Channel 1 Divider				100	auto	Engineer	1	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		194	Input	Top	420	-40
include	9	Analog	en		.0001	#0.0000		Channel 2 Divider				100	auto	Engineer	1	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		194	Input	Bottom	420	480
include	10	Boolean	en	0=Positive1=Negative	1	#0		Channel 2 Sign				100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		194	Input	Bottom	620	480
include	17	Boolean	en	0=Not Clamping1=Clamping	1	#0		Clamping Output				100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		194	Output	Right	850	240
include	14	Analog	en		0.01	#0.00	%	Upper Clamp	If the Input exceeds this value, the Output will be set to this value.			100	auto	Operate	-32767	1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		194	Input	Top	760	-40
include	15	Analog	en		0.01	#0.00	%	Lower Clamp	If the Input is less than this value, the Output will be set to this value.			100	auto	Operate	-32767	-1000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		194	Input	Bottom	740	480
include	7	Boolean	en	0=Low1=High	1	#0		Channel A State				100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		192	Internal	Right	370	0
include	8	Boolean	en	0=Low1=High	1	#0		Channel B State				100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		192	Internal	Right	370	20
include	9	Boolean	en	0=Forward1=Reverse	1	#0		Direction	This is the instantaneous direction of the encoder signal.			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		192	Output	Right	370	60
include	7	Boolean	en	0=Low1=High	1	#0		Channel A State				100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		193	Internal	Right	370	0
include	8	Boolean	en	0=Low1=High	1	#0		Channel B State				100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		193	Internal	Right	370	20
include	9	Boolean	en	0=Forward1=Reverse	1	#0		Direction	This is the instantaneous direction of the encoder signal.			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		193	Output	Right	370	60
include	0	Dummy	en		1	#0		Input	The timer is reset whenever a non-zero value is written.			100	auto	Operate	-32767	0	32767	INT16	Writable						195	Input	Left	-40	30
include	2	Analog	en		0.01	#0.00	s	Initial Timeout				100	auto	Operate	1	3000	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		195	Internal	Left	-40	0
include	1	Analog	en	0=Timed Out	0.01	#0.00	s	Timer				100	auto	Operate	0	100	60000	UINT16					Outgoing Connections Allowed		195	Internal	Right	100	0
include	4	Boolean	en	0=OK1=Alarm	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		195	Output	Right	100	30
include	3	Analog	en		0.01	#0.00	s	Timeout				100	auto	Operate	1	1000	60000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		195	Internal	Left	-40	60
include	5	Analog	en		1	#0	ms	Timer Extension				100	auto	Hidden	0	0	100	UINT16							195	Internal	Left	0	0
include	4	Enumerated	en	1=ENC1 Marker2=ENC1 DIN8=ENC2 Marker16=ENC2 DIN	1	#0		Master Event Source				100	auto	Engineer	1	1	32	INT16	Writable				Outgoing Connections Allowed		196	Input	Top	40	-50
include	5	Enumerated	en	1=ENC1 Marker2=ENC1 DIN8=ENC2 Marker16=ENC2 DIN	1	#0		Slave Event Source				100	auto	Engineer	1	2	32	INT16	Writable				Outgoing Connections Allowed		196	Input	Top	170	-50
include	7	Analog	en		0.0001	#0.0000	revs	Window				100	auto	Engineer	10	1000	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		196	Input	Top	570	-50
include	6	Analog	en		0.0001	#0.0000	revs	Setpoint				100	auto	Engineer	0	5000	9999	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		196	Input	Top	350	-50
include	0	Enumerated	en	0=ENC11=ENC2	197	#0		Encoder				100	auto	Engineer	0	0	1	INT16	Writable						196	Input	Bottom	40	550
include	8	Enumerated	en	0=OK1=Comms Fault2=Fault on ENC1 Z3=Fault on ENC2 Z4=Fault on ENC1 Z & ENC2 Z5=Illegal Master/Slave Combination	1	#0		Status				100	auto	Operate	0	0	10	INT16					Outgoing Connections Allowed		196	Output	Right	900	30
include	9	Boolean	en	0=No1=Yes	1	#0		Out Of Window				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		196	Output	Right	900	210
include	10	Boolean	en	0=No1=Yes	1	#0		Missing Event				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		196	Output	Right	900	150
include	11	Analog	en		0.0001	#0.0000	revs	Error				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		196	Output	Right	900	90
include	0	Enumerated	en	0=OK1=Fault on A2=Fault on B3=Fault on A and B4=Comms Fault5=Match Fault	1	#0		ENC1 Status				100	auto	Operate	0	0	5	INT16					Outgoing Connections Allowed		197	Internal	Right	850	-20
include	4	Enumerated	en	0=OK1=Fault on A2=Fault on B3=Fault on A and B4=Comms Fault5=Match Fault	1	#0		ENC2 Status				100	auto	Operate	0	0	5	INT16					Outgoing Connections Allowed		197	Internal	Right	850	0
include	14	Analog	en	-32767=- overrange32767=+ overrange	0.0001	#0.0000	revs	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		197	Output	Right	850	180
include	1	Analog	en		1	#0	ppr	ENC1 Pulses Per Revolution				100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		197	Input	Top	180	-40
include	5	Analog	en		1	#0	ppr	ENC2 Pulses Per Revolution				100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		197	Input	Bottom	180	480
include	10	Analog	en		1	#0		Comms Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		197	Internal	Right	730	60
include	2	Analog	en		.0001	#0.0000		Channel 1 Multiplier				100	auto	Engineer	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		197	Input	Top	300	-40
include	6	Analog	en		.0001	#0.0000		Channel 2 Multiplier				100	auto	Engineer	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		197	Input	Bottom	300	480
include	3	Analog	en		.0001	#0.0000		Channel 1 Divider				100	auto	Engineer	1	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		197	Input	Top	420	-40
include	7	Analog	en		.0001	#0.0000		Channel 2 Divider				100	auto	Engineer	1	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		197	Input	Bottom	420	480
include	8	Boolean	en	0=Positive1=Negative	1	#0		Channel 2 Sign				100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		197	Input	Bottom	620	480
include	9	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		197	Input	Top	630	-40
include	15	Analog	en		1	#0		Integrator 0				100	auto	Hidden	0	0	65535	UINT16							197	Internal	Right	730	0
include	16	Analog	en		1	#0		Integrator 1				100	auto	Hidden	0	0	65535	UINT16							197	Internal	Right	730	0
include	17	Analog	en		1	#0		Integrator 2				100	auto	Hidden	0	0	65535	UINT16							197	Internal	Right	730	0
include	18	Analog	en		1	#0		Integrator 3				100	auto	Hidden	0	0	65535	UINT16							197	Internal	Right	730	0
include	19	Analog	en		1	#0		ENC1 Last 0				100	auto	Hidden	0	0	65535	UINT16							197	Internal	Right	730	0
include	20	Analog	en		1	#0		ENC1 Last 1				100	auto	Hidden	0	0	65535	UINT16							197	Internal	Right	730	0
include	21	Analog	en		1	#0		ENC2 Last 0				100	auto	Hidden	0	0	65535	UINT16							197	Internal	Right	730	0
include	22	Analog	en		1	#0		ENC2 Last 1				100	auto	Hidden	0	0	65535	UINT16							197	Internal	Right	730	0
include	11	Analog	en		0.0001	#0.0000	revs	Upper Clamp	If the Input exceeds this value, the Output will be set to this value.			100	auto	Operate	0	5000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		197	Input	Top	760	-40
include	12	Analog	en		0.0001	#0.0000	revs	Lower Clamp	If the Input is less than this value, the Output will be set to this value.			100	auto	Operate	-32767	-5000	0	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		197	Input	Bottom	740	480
include	13	Boolean	en	0=Not Clamping1=Clamping	1	#0		Clamping Output				100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		197	Output	Right	850	240
include	0	Analog	en		0.01	#0.00	%	Main Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		198	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Trim Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		198	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Scaler				100	auto	Operate	0	1000	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		198	Input	Bottom	80	160
include	5	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		198	Output	Right	520	0
include	4	Boolean	en	0=Disable1=Enable	1	#0		Enable				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		198	Input	Bottom	380	160
include	3	Boolean	en	0=Positive1=Negative	1	#0		Sign				100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		198	Input	Bottom	280	160
include	23	Analog	en		1	#0	RPM	Channel 1 Speed				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		197	Internal	Right	850	20
include	24	Analog	en		1	#0	RPM	Channel 2 Speed				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		197	Internal	Right	850	40
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution				100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		196	Input	Bottom	140	550
include	2	Analog	en		.0001	#0.0000		Multiplier				100	auto	Engineer	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		196	Input	Bottom	300	550
include	3	Analog	en		.0001	#0.0000		Divider				100	auto	Engineer	1	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		196	Input	Bottom	440	550
include	12	Analog	en	0=None Found32767=Overflow	0.0001	#0.0000	revs	Master Measured Period				100	auto	Operate	0	10000	32767	INT16					Outgoing Connections Allowed		196	Internal	Right	900	330
include	13	Analog	en	0=None Found32767=Overflow	0.0001	#0.0000	revs	Slave Measured Period				100	auto	Operate	0	10000	32767	INT16					Outgoing Connections Allowed		196	Internal	Right	900	390
include	14	Analog	en		1	#0		Comms Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		196	Internal	Right	900	450
include	0	Analog	en		0.1	#0.0	V	Monitor				100	auto	Operate	0	0	300	INT16					Outgoing Connections Allowed		199	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						199	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		199	Output	Right	220	10
include	0	Analog	en		0.1	#0.0	V	Monitor				100	auto	Operate	0	0	300	INT16					Outgoing Connections Allowed		200	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						200	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		200	Output	Right	220	10
include	0	Analog	en		0.1	#0.0	V	Monitor				100	auto	Operate	0	0	300	INT16					Outgoing Connections Allowed		201	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						201	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		201	Output	Right	220	10
include	0	Analog	en		0.1	#0.0	V	Monitor				100	auto	Operate	0	0	300	INT16					Outgoing Connections Allowed		202	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						202	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		202	Output	Right	220	10
include	0	Analog	en		0.1	#0.0	V	Monitor				100	auto	Operate	0	0	300	INT16					Outgoing Connections Allowed		203	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						203	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		203	Output	Right	220	10
include	0	Analog	en		0.1	#0.0	V	Monitor				100	auto	Operate	0	0	300	INT16					Outgoing Connections Allowed		204	Output	Top	90	-40
include	1	Enumerated	en	0=5V Logic1=12V Logic2=24V Logic	1	#0		Range				100	auto	Engineer	0	2	2	INT16	Writable						204	Input	Bottom	90	60
include	2	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		204	Output	Right	220	10
include	0	Boolean	en	0=Off1=On	1	#0		Top Left LED				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		205	Input	Left	-70	10
include	1	Boolean	en	0=Off1=On	1	#0		Top Right LED				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		205	Input	Left	-70	-50
include	2	Boolean	en	0=Off1=On	1	#0		Bottom Left LED				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		205	Input	Left	-70	70
include	3	Boolean	en	0=Off1=On	1	#0		Bottom Right LED				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		205	Input	Left	-70	130
include	0	MbmSpeed	en	12=1.2 kb/s24=2.4 kb/s48=4.8 kb/s96=9.6 kb/s144=14.4 kb/s192=19.2 kb/s384=38.4 kb/s576=57.6 kb/s768=76.8 kb/s1152=115.2 kb/s2304=230.4 kb/s	0.1	#0.0	kb/s	Comms Speed	The communications rate for the serial connection in bits per second (b/s) or kilobits per second (kb/s). The Comms Speed can be set between 100 b/s to 500 kb/s. Typical values are enumerated; however, the user may specify any value between the upper and lower limits.<p>For proper operation, the Comms Speed parameter <b>MUST</b> match the slave device's settings.</p><p>High-speed comms requires careful engineering of the cable, connections, termination, etc.</p>			100	auto	Operate	1	192	5000	UINT16	Writable				Outgoing Connections Allowed		206	Internal	Left	-30	0
include	1	MbmConfig	en	0=8-N-11=8-O-12=8-E-13=8-S-14=8-M-15=8-N-1.56=8-O-1.57=8-E-1.58=8-S-1.59=8-M-1.510=8-N-211=8-O-212=8-E-213=8-S-214=8-M-2	1	#0		Comms Configuration	The character framing for the Modbus RTU serial connection in the format <b>Data Bits-Parity-Stop Bits</b>.<br>Character framing is specified as:<ul><li><b>Data Bits</b> - Fixed at <b>8</b> data bits.</li>        <li><b>Parity</b> - Selectable as <b>N</b> (None), <b>O</b> (Odd), <b>E</b> (Even), <b>S</b> (Space = 0), or <b>M</b> (Mark =1).        <li><b>Stop Bits</b> - Selectable as <b>1</b>, <b>1.5</b>, or <b>2</b>.</ul>			100	auto	Operate	0	2	14	UINT16	Writable				Outgoing Connections Allowed		206	Internal	Left	-30	20
include	2	MbmTimeout	en		1	#0	ms	Comms Timeout	<p>The timeout sets the time the Modbus master is to wait for a reply from the current slave device before moving on to the next parameter in the polling list.  The timeout must be adjusted appropriately for the installation and the type(s) of slave devices attached</p><p><strong>Comms Timeout &gt;&gt; Request Time + Silence Time + Slave Latency + Response Time + Silence Time.</strong></p>			100	auto	Operate	2	1000	30000	INT16	Writable				Outgoing Connections Allowed		206	Internal	Left	-30	60
include	3	ResettableEnum	en	0=OK1=Error	1	#0		Status	This is the logical inclusive-OR of all the <b>Last Error</b> parameters in the Modbus RTU register function blocks. This parameter is updated once per poll cycle. <p>All individual <b>Last Error</b> codes can be reset by clicking on this parameter and applying the <b>Reset</> command.</p>			100	auto	Engineer	0	0	1	INT16	Writable				Outgoing Connections Allowed		206	Output	Right	240	40
include	6	Analog	en	32767=>32s	.001	#0.000	s	Actual Polling Period 'High'	This diagnostic displays how often parameters specified as a <b>High</b> priority by their associated function blocks are updated on the Modbus RTU comms link.<p>Generally, the round-robin polling scheduler prioritizes the parameters as follows:<table cellpadding="5" border="2"><tr><th>Parameter</th><th>Updated</th></tr><tr><td>High</td><td>Each parameter is updated every polling cycle.</td></tr><tr><td>Medium</td><td>One Medium parameter is updated every polling cycle until the entire Medium polling list is traversed.</td></tr><tr><td>Low</td><td>After the Medium list is traversed, one Low parameter is processed the next High cycle. Then, the Medium list is traversed again before updating the next Low parameter.</td></tr></table></p><p>For example, for two <b>High</b> parameters (<b>H1</b>, <b>H2</b>),  three <b>Medium</b> parameters (<b>M1</b>, <b>M2</b>, <b>M3</b>), and two <b>Low</b> parameters (<b>L1</b>, <b>L2</b>) the sequence would be.<p><b>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L1,<br>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L2</b></p>			100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		206	Internal	Right	240	20
include	4	Boolean	en	0=Disable1=Enable	1	#0		Enable	A global parameter controlling serial communications through the EIA-485 port. When set to <b>Disable</b>, all polling is suspended.			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		206	Input	Left	-30	40
include	5	Analog	en		0.00152587891	#0	%	Bandwidth	This parameter allocates the percentage of the available communciations bandwidth to be dedicated to the generic ModbusRTU Master function blocks. The remaining percentage of bandwidth is used to support the native device-level function blocks (e.g., blocks like the <b>Motor Control</b> function block in the <b>dw213 smarty-o</b> for the Optidrive Plus drive).			100	auto	Engineer	6553	19661	58983	UINT16	Writable				Outgoing Connections Allowed		206	Internal	Left	-30	80
include	0	Analog	en		1	#0		Modbus Address	The Modbus RTU address of the slave device on the EIA-485 network.			100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		207	Internal	Left	-30	0
include	1	Analog	en		1	#0		PDU Address	The register's offset (wire) address of the data in the slave device. Typically, one less than specified Modbus RTU Address (e.g., to poll the data at <b>Holding Register</b> 40108 set the <b>Data Address</b> to 107).<br>Please refer to the <a href="http://modbus.org/specs.php">Modbus Documentation</a> for more information.			100	auto	Operate	0	0	65000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		207	Internal	Left	-30	40
include	3	Analog	en		1	#0		Value	The data that was either read from, or is to be written to, the associated register in the slave device. The <b>Re-Name</b> and <b>Re-Scale</b> contextual menu items can be use to make the raw data more meaningful in <b>savvy</b>.			100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		207	Input	Bottom	60	60
include	4	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Last Error	The result of the last poll of the associated register address in the slave. If an error occurs, the local <b>Last Error</b> code may be cleared by clicking on this parameter and using the <b>Reset</b> command.			100	auto	Operate	-16	0	36	INT16	Writable				Outgoing Connections Allowed		207	Output	Right	150	20
include	2	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type	The Modbus RTU function code to be used to communicate wThe Modbus RTU function code to be used to communicate with the slave device.<p>Supported Function Codes are:<ul><li><b>FC1</b> - Read Coil Status</li><li><b>FC2</b> - Read Input Status</li><li><b>FC3</b> - Read Holding Registers</li><li><b>FC4</b> - Read Input Registers</li><li><b>FC5</b> - Force Single Coil</li><li><b>FC6</b> - Preset Single Holding Register</li><li><b>FC16</b> - Preset Multiple Holding Registers</li></ul><p><b>Note:</b><br>Optidrive products only support <b>FC6</b> for writes (<b>FC16</b> is <b>NOT</b> supported).<br>Yaskawa products have a special <b>Accept/Enter</b> command appended to their write funcions. Use the special <b>Holding Register (Yaskawa)</b> function block for these products.</p> ith the slave device.<p>Supported Function Codes are:<ul><li><b>FC1</b> - Read Coil Status</li><li><b>FC2</b> - Read Input Status</li><li><b>FC3</b> - Read Holding Registers</li><li><b>FC4</b> - Read Input Registers</li><li><b>FC5</b> - Force Single Coil</li><li><b>FC6</b> - Preset Single Holding Register</li><li><b>FC16</b> - Preset Multiple Holding Registers</li></ul>			100	auto	Operate	0	0	5	INT16	Writable						207	Internal	Left	0	0
include	5	Boolean	en	0=Disable1=Enable	1	#0		Enable	Used to <b>Enable/Disable</b> the polling of the associated register address in the slave.			100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		207	Input	Left	-30	20
include	0	Analog	en		1	#0		Modbus Address	The Modbus RTU address of the slave device on the EIA-485 network.			100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		208	Internal	Left	-30	0
include	1	Analog	en		1	#0		PDU Address	The register's offset (wire) address of the data in the slave device. Typically, one less than specified Modbus RTU Address (e.g., to poll the data at <b>Holding Register</b> 40108 set the <b>Data Address</b> to 107).<br>Please refer to the <a href="http://modbus.org/specs.php">Modbus Documentation</a> for more information.			100	auto	Operate	0	0	65000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		208	Internal	Left	-30	40
include	3	Analog	en		1	#0		Value	The data that was either read from, or is to be written to, the associated register in the slave device. The <b>Re-Name</b> and <b>Re-Scale</b> contextual menu items can be use to make the raw data more meaningful in <b>savvy</b>.			100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		208	Input	Bottom	60	60
include	4	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Last Error	The result of the last poll of the associated register address in the slave. If an error occurs, the local <b>Last Error</b> code may be cleared by clicking on this parameter and using the <b>Reset</b> command.			100	auto	Operate	-16	0	36	INT16	Writable				Outgoing Connections Allowed		208	Output	Right	150	20
include	5	Boolean	en	0=Disable1=Enable	1	#0		Enable	Used to <b>Enable/Disable</b> the polling of the associated register address in the slave.			100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		208	Input	Left	-30	20
include	0	Analog	en		1	#0		Modbus Address	The Modbus RTU address of the slave device on the EIA-485 network.			100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		209	Internal	Left	-30	0
include	1	Analog	en		1	#0		PDU Address	The register's offset (wire) address of the data in the slave device. Typically, one less than specified Modbus RTU Address (e.g., to poll the data at <b>Holding Register</b> 40108 set the <b>Data Address</b> to 107).<br>Please refer to the <a href="http://modbus.org/specs.php">Modbus Documentation</a> for more information.			100	auto	Operate	0	0	65000	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		209	Internal	Left	-30	40
include	3	Boolean	en	0=Low (0)1=High (1)	1	#0		Value	The register's offset (wire) address of the data in the slave device. Typically, one less than specified Modbus RTU Address (e.g., to poll the data at <b>Holding Register</b> 40108 set the <b>Data Address</b> to 107).			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		209	Input	Bottom	60	60
include	4	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Last Error	The result of the last poll of the associated register address in the slave. If an error occurs, the local <b>Last Error</b> code may be cleared by clicking on this parameter and using the <b>Reset</b> command.			100	auto	Operate	-16	0	36	INT16	Writable				Outgoing Connections Allowed		209	Output	Right	150	20
include	5	Boolean	en	0=Disable1=Enable	1	#0		Enable	Used to <b>Enable/Disable</b> the polling of the associated register address in the slave.			100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		209	Input	Left	-30	20
include	2	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type	The Modbus RTU function code to be used to communicate wThe Modbus RTU function code to be used to communicate with the slave device.<p>Supported Function Codes are:<ul><li><b>FC1</b> - Read Coil Status</li><li><b>FC2</b> - Read Input Status</li><li><b>FC3</b> - Read Holding Registers</li><li><b>FC4</b> - Read Input Registers</li><li><b>FC5</b> - Force Single Coil</li><li><b>FC6</b> - Preset Single Holding Register</li><li><b>FC16</b> - Preset Multiple Holding Registers</li></ul><p><b>Note:</b><br>Optidrive products only support <b>FC6</b> for writes (<b>FC16</b> is <b>NOT</b> supported).<br>Yaskawa products have a special <b>Accept/Enter</b> command appended to their write funcions. Use the special <b>Holding Register (Yaskawa)</b> function block for these products.</p> ith the slave device.<p>Supported Function Codes are:<ul><li><b>FC1</b> - Read Coil Status</li><li><b>FC2</b> - Read Input Status</li><li><b>FC3</b> - Read Holding Registers</li><li><b>FC4</b> - Read Input Registers</li><li><b>FC5</b> - Force Single Coil</li><li><b>FC6</b> - Preset Single Holding Register</li><li><b>FC16</b> - Preset Multiple Holding Registers</li></ul>			100	auto	Operate	0	0	5	INT16	Writable						208	Internal	Left	0	0
include	2	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type	The Modbus RTU function code to be used to communicate wThe Modbus RTU function code to be used to communicate with the slave device.<p>Supported Function Codes are:<ul><li><b>FC1</b> - Read Coil Status</li><li><b>FC2</b> - Read Input Status</li><li><b>FC3</b> - Read Holding Registers</li><li><b>FC4</b> - Read Input Registers</li><li><b>FC5</b> - Force Single Coil</li><li><b>FC6</b> - Preset Single Holding Register</li><li><b>FC16</b> - Preset Multiple Holding Registers</li></ul><p><b>Note:</b><br>Optidrive products only support <b>FC6</b> for writes (<b>FC16</b> is <b>NOT</b> supported).<br>Yaskawa products have a special <b>Accept/Enter</b> command appended to their write funcions. Use the special <b>Holding Register (Yaskawa)</b> function block for these products.</p> ith the slave device.<p>Supported Function Codes are:<ul><li><b>FC1</b> - Read Coil Status</li><li><b>FC2</b> - Read Input Status</li><li><b>FC3</b> - Read Holding Registers</li><li><b>FC4</b> - Read Input Registers</li><li><b>FC5</b> - Force Single Coil</li><li><b>FC6</b> - Preset Single Holding Register</li><li><b>FC16</b> - Preset Multiple Holding Registers</li></ul>			100	auto	Operate	0	4	5	INT16	Writable						209	Internal	Left	0	0
include	6	Enumerated	en	0=Low1=Medium2=High	1	#0		Priority	This parameter determines how often the associated parameter  is updated on the Modbus RTU comms link.<p>Generally, the round-robin polling scheduler prioritizes the parameters as follows:<table cellpadding="5" border="2"><tr><th>Parameter</th><th>Updated</th></tr><tr><td>High</td><td>Each parameter is updated every polling cycle.</td></tr><tr><td>Medium</td><td>One Medium parameter is updated every polling cycle until the entire Medium polling list is traversed.</td></tr><tr><td>Low</td><td>After the Medium list is traversed, one Low parameter is processed the next High cycle. Then, the Medium list is traversed again before updating the next Low parameter.</td></tr></table></p><p>For example, for two <b>High</b> parameters (<b>H1</b>, <b>H2</b>),  three <b>Medium</b> parameters (<b>M1</b>, <b>M2</b>, <b>M3</b>), and two <b>Low</b> parameters (<b>L1</b>, <b>L2</b>) the sequence would be.<p><b>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L1,<br>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L2</b></p>			100	auto	Engineer	0	1	2	INT16	Writable						207	Internal	Left	0	0
include	6	Enumerated	en	0=Low1=Medium2=High	1	#0		Priority	This parameter determines how often the associated parameter  is updated on the Modbus RTU comms link.<p>Generally, the round-robin polling scheduler prioritizes the parameters as follows:<table cellpadding="5" border="2"><tr><th>Parameter</th><th>Updated</th></tr><tr><td>High</td><td>Each parameter is updated every polling cycle.</td></tr><tr><td>Medium</td><td>One Medium parameter is updated every polling cycle until the entire Medium polling list is traversed.</td></tr><tr><td>Low</td><td>After the Medium list is traversed, one Low parameter is processed the next High cycle. Then, the Medium list is traversed again before updating the next Low parameter.</td></tr></table></p><p>For example, for two <b>High</b> parameters (<b>H1</b>, <b>H2</b>),  three <b>Medium</b> parameters (<b>M1</b>, <b>M2</b>, <b>M3</b>), and two <b>Low</b> parameters (<b>L1</b>, <b>L2</b>) the sequence would be.<p><b>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L1,<br>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L2</b></p>			100	auto	Engineer	0	1	2	INT16	Writable						208	Internal	Left	0	0
include	6	Enumerated	en	0=Low1=Medium2=High	1	#0		Priority	This parameter determines how often the associated parameter  is updated on the Modbus RTU comms link.<p>Generally, the round-robin polling scheduler prioritizes the parameters as follows:<table cellpadding="5" border="2"><tr><th>Parameter</th><th>Updated</th></tr><tr><td>High</td><td>Each parameter is updated every polling cycle.</td></tr><tr><td>Medium</td><td>One Medium parameter is updated every polling cycle until the entire Medium polling list is traversed.</td></tr><tr><td>Low</td><td>After the Medium list is traversed, one Low parameter is processed the next High cycle. Then, the Medium list is traversed again before updating the next Low parameter.</td></tr></table></p><p>For example, for two <b>High</b> parameters (<b>H1</b>, <b>H2</b>),  three <b>Medium</b> parameters (<b>M1</b>, <b>M2</b>, <b>M3</b>), and two <b>Low</b> parameters (<b>L1</b>, <b>L2</b>) the sequence would be.<p><b>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L1,<br>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L2</b></p>			100	auto	Engineer	0	1	2	INT16	Writable						209	Internal	Left	0	0
include	7	Analog	en	32767=>32s	.001	#0.000	s	Actual Polling Period 'Medium'	This diagnostic displays how often parameters specified as a <b>Medium</b> priority by their associated function blocks are updated on the Modbus RTU comms link.<p>Generally, the round-robin polling scheduler prioritizes the parameters as follows:<table cellpadding="5" border="2"><tr><th>Parameter</th><th>Updated</th></tr><tr><td>High</td><td>Each parameter is updated every polling cycle.</td></tr><tr><td>Medium</td><td>One Medium parameter is updated every polling cycle until the entire Medium polling list is traversed.</td></tr><tr><td>Low</td><td>After the Medium list is traversed, one Low parameter is processed the next High cycle. Then, the Medium list is traversed again before updating the next Low parameter.</td></tr></table></p><p>For example, for two <b>High</b> parameters (<b>H1</b>, <b>H2</b>),  three <b>Medium</b> parameters (<b>M1</b>, <b>M2</b>, <b>M3</b>), and two <b>Low</b> parameters (<b>L1</b>, <b>L2</b>) the sequence would be.<p><b>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L1,<br>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L2</b></p>			100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		206	Internal	Right	240	60
include	8	Analog	en	32767=>32s	.001	#0.000	s	Actual Polling Period 'Low'	This diagnostic displays how often parameters specified as a <b>Low</b> priority by their associated function blocks are updated on the Modbus RTU comms link.<p>Generally, the round-robin polling scheduler prioritizes the parameters as follows:<table cellpadding="5" border="2"><tr><th>Parameter</th><th>Updated</th></tr><tr><td>High</td><td>Each parameter is updated every polling cycle.</td></tr><tr><td>Medium</td><td>One Medium parameter is updated every polling cycle until the entire Medium polling list is traversed.</td></tr><tr><td>Low</td><td>After the Medium list is traversed, one Low parameter is processed the next High cycle. Then, the Medium list is traversed again before updating the next Low parameter.</td></tr></table></p><p>For example, for two <b>High</b> parameters (<b>H1</b>, <b>H2</b>),  three <b>Medium</b> parameters (<b>M1</b>, <b>M2</b>, <b>M3</b>), and two <b>Low</b> parameters (<b>L1</b>, <b>L2</b>) the sequence would be.<p><b>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L1,<br>H1, H2, M1, H1, H2, M2, H1, H2, M3, H1, H2, L2</b></p>			100	auto	Operate	0	0	32767	INT16					Outgoing Connections Allowed		206	Internal	Right	240	80
include	0	Hexadecimal	en		1	#0		Input 1				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		210	Input	Left	0	0
include	1	Hexadecimal	en		1	#0		Input 2				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		210	Input	Left	0	60
include	2	Boolean	en	0=No Match1=Match	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		210	Output	Right	90	30
include	9	MbmSilence	en	0=3.5 Characters	.00015259022	#0.00	ms	Minimum Comms Silence	The Modbus RTU specification requires the communication link be silent (idle on-the-wire) at least 3.5 character times between packet transmissions. For bitrates exceeding 19.2 kb/s, the standard also recommends the idle time be extended by 1.75 ms. This parameter allows a larger silent time to be set if required for the associated slave devices.<p>The actual <b>Comms Silence</b> will be the greater of 3.5 character times or this parameter.</p><p><b>Note:</b> Some ModbusRTU slaves do not require an extended silence. The communication link will be much more efficient with shorter silences, especially at higher bit rates.</p>			100	auto	Engineer	0	11469	65535	UINT16	Writable				Outgoing Connections Allowed		206	Internal	Left	-30	100
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		211	Input	Left	0	0
include	4	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		211	Output	Right	90	90
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		211	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Input 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		211	Input	Left	0	120
include	3	Boolean	en	0=Low1=High	1	#0		Input 4				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		211	Input	Left	0	180
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		212	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		212	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Input 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		212	Input	Left	0	120
include	3	Boolean	en	0=Low1=High	1	#0		Input 4				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		212	Input	Left	0	180
include	4	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		212	Output	Right	90	90
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		213	Input	Left	0	0
include	0	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		214	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		213	Input	Left	0	60
include	1	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		214	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		Input 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		213	Input	Left	0	120
include	2	Boolean	en	0=Low1=High	1	#0		Input 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		214	Input	Left	0	120
include	3	Boolean	en	0=Low1=High	1	#0		Input 4				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		213	Input	Left	0	180
include	3	Boolean	en	0=Low1=High	1	#0		Input 4				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		214	Input	Left	0	180
include	4	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		213	Output	Right	90	90
include	4	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		214	Output	Right	90	90
include	0	Boolean	en	0=Low1=High	1	#0		Toggle				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		215	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Clock				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		215	Input	Left	0	60
include	3	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed	Default on Hard Initialization	215	Output	Right	100	0
include	4	Analog	en		1	#0		Clock State				100	auto	Hidden	0	0	1	INT16							215	Internal	Left	0	0
include	2	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		215	Input	Left	0	120
include	0	Analog	en		1	#0		Modbus Address				100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Bottom	100	220
include	1	Analog	en		1	#0		Data Address				100	auto	Hidden	0	0	0	UINT16							216	Internal	Left	0	0
include	2	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							216	Internal	Left	0	0
include	3	Enumerated	en	0=Stop1=Start2=Reset4=Stop with Second Ramp	1	#0		Command				100	auto	Operate	0	0	4	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Input	Left	-40	20
include	4	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Command Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		216	Internal	Left	-40	40
include	5	Boolean	en	0=Disable1=Enable	1	#0		Command Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Left	-40	60
include	6	Enumerated	en	0=Low1=Medium2=High	1	#0		Command Priority				100	auto	Engineer	0	2	2	INT16	Writable						216	Internal	Left	0	0
include	7	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							216	Internal	Left	0	0
include	8	Analog	en		1	#0		Data Address				100	auto	Hidden	1	1	1	UINT16							216	Internal	Left	0	0
include	9	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							216	Internal	Left	0	0
include	10	Analog	en		0.1	#0.0	Hz	Speed Reference				100	auto	Operate	-1200	0	1200	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Input	Left	-40	80
include	11	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Speed Ref Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		216	Internal	Left	-40	100
include	12	Boolean	en	0=Disable1=Enable	1	#0		Speed Ref Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Left	-40	120
include	13	Enumerated	en	0=Low1=Medium2=High	1	#0		Speed Ref Priority				100	auto	Engineer	0	2	2	INT16	Writable						216	Internal	Left	0	0
include	14	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							216	Internal	Left	0	0
include	15	Analog	en		1	#0		Data Address				100	auto	Hidden	130	130	130	UINT16							216	Internal	Left	0	0
include	16	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							216	Internal	Left	0	0
include	17	Analog	en		.1	#0.0	s	Acceleration Ramp Time				100	auto	Operate	0	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Input	Left	-40	140
include	18	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Acc Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		216	Internal	Left	-40	160
include	19	Boolean	en	0=Disable1=Enable	1	#0		Acc Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Left	-40	180
include	20	Enumerated	en	0=Low1=Medium2=High	1	#0		Acc Ramp Priority				100	auto	Engineer	0	1	2	INT16	Writable						216	Internal	Left	0	0
include	21	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							216	Internal	Left	0	0
include	22	Analog	en		1	#0		Data Address				100	auto	Hidden	5	5	5	UINT16							216	Internal	Left	0	0
include	23	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							216	Internal	Left	0	0
include	24	Enumerated	en	0=Stopped1=Running258=Brake Overcurrent Trip514=Overcurrent Trip770=External Trip1026=Overvoltage Trip1282=Undervoltage Trip1538=Overtemp Trip1794=Undertemp Trip2050=Spin Start Fault2306=Default Parameters Loaded2562=Overload  Trip2818=Phase Imbalance Trip3074=Brake Resistor Overload Trip3330=Power Stage Trip3586=Comms Link Loss Trip3842=Phase Loss Trip4098=Thermistor Trip4354=Autotune Fault5122=Encoder Fault 00	1	#0		Drive Status				100	auto	Operate	0	0	4354	INT16					Outgoing Connections Allowed		216	Output	Right	240	20
include	25	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Status Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		216	Internal	Right	240	40
include	26	Boolean	en	0=Disable1=Enable	1	#0		Status Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Right	240	60
include	27	Enumerated	en	0=Low1=Medium2=High	1	#0		Status Priority				100	auto	Engineer	0	2	2	INT16	Writable						216	Internal	Left	0	0
include	28	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							216	Internal	Left	0	0
include	29	Analog	en		1	#0		Data Address				100	auto	Hidden	6	6	6	UINT16							216	Internal	Left	0	0
include	30	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							216	Internal	Left	0	0
include	31	Analog	en		0.1	#0.0	Hz	Motor Speed				100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		216	Output	Right	240	140
include	32	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Motor Speed Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		216	Internal	Right	240	100
include	33	Boolean	en	0=Disable1=Enable	1	#0		Motor Speed Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Right	240	120
include	34	Enumerated	en	0=Low1=Medium2=High	1	#0		Motor Speed Priority				100	auto	Engineer	0	1	2	INT16	Writable						216	Internal	Left	0	0
include	35	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							216	Internal	Left	0	0
include	36	Analog	en		1	#0		Data Address				100	auto	Hidden	7	7	7	UINT16							216	Internal	Left	0	0
include	37	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							216	Internal	Left	0	0
include	38	Analog	en		0.1	#0.0	A	Motor Current				100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		216	Output	Right	240	200
include	39	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Motor Current Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		216	Internal	Right	240	160
include	40	Boolean	en	0=Disable1=Enable	1	#0		Motor Current Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Right	240	180
include	41	Enumerated	en	0=Low1=Medium2=High	1	#0		Motor Current Priority				100	auto	Engineer	0	0	2	INT16	Writable						216	Internal	Left	0	0
include	42	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							216	Internal	Left	0	0
include	43	Analog	en		1	#0		Data Address				100	auto	Hidden	9	9	9	UINT16							216	Internal	Left	0	0
include	44	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							216	Internal	Left	0	0
include	45	Analog	en		0.01	#0.00		Motor Power	The units of Motor Power may be kW or HP depending on the drive model.			100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		216	Output	Right	240	260
include	46	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Motor Power Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		216	Internal	Right	240	220
include	47	Boolean	en	0=Disable1=Enable	1	#0		Motor Power Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Right	240	240
include	48	Enumerated	en	0=Low1=Medium2=High	1	#0		Motor Power Priority				100	auto	Engineer	0	0	2	INT16	Writable						216	Internal	Left	0	0
include	49	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							216	Internal	Left	0	0
include	50	Analog	en		1	#0		Data Address				100	auto	Hidden	131	131	131	UINT16							216	Internal	Left	0	0
include	51	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							216	Internal	Left	0	0
include	52	Analog	en	0=Dynamic Fast Ramp	.1	#0.0	s	Deceleration Ramp Time				100	auto	Operate	0	50	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Input	Left	-40	200
include	53	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Decel Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		216	Internal	Left	-40	220
include	54	Boolean	en	0=Disable1=Enable	1	#0		Decel Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Left	-40	240
include	55	Enumerated	en	0=Low1=Medium2=High	1	#0		Decel Ramp Priority				100	auto	Engineer	0	1	2	INT16	Writable						216	Internal	Left	0	0
include	56	Analog	en		1	#0		Modbus Address				100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Bottom	100	220
include	57	Analog	en		1	#0		Data Address				100	auto	Hidden	10	10	10	UINT16							216	Internal	Left	0	0
include	58	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							216	Internal	Left	0	0
include	60	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Digital Inputs Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		216	Internal	Left	-40	40
include	61	Boolean	en	0=Disable1=Enable	1	#0		Digital Inputs Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		216	Internal	Left	-40	60
include	59	BitField4	en	0=Digital Input 11=Digital Input 22=Digital Input 33=Digital Input 4	1	#0		Digital Input Status				100	auto	Operate	0	0	15	INT16					Outgoing Connections Allowed		216	Output	Right	240	80
include	62	Enumerated	en	0=Low1=Medium2=High	1	#0		Digital Inputs Priority				100	auto	Engineer	0	1	2	INT16	Writable						216	Internal	Left	0	0
include	0	Analog	en		1	#0		Modbus Address				100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Bottom	100	220
include	1	Analog	en		1	#0		Data Address				100	auto	Hidden	0	0	0	UINT16							217	Internal	Left	0	0
include	2	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							217	Internal	Left	0	0
include	3	Enumerated	en	0=Stop1=Start2=Reset4=Stop with Second Ramp	1	#0		Command				100	auto	Operate	0	0	4	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Input	Left	-40	20
include	4	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Command Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		217	Internal	Left	-40	40
include	5	Boolean	en	0=Disable1=Enable	1	#0		Command Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Left	-40	60
include	6	Enumerated	en	0=Low1=Medium2=High	1	#0		Command Priority				100	auto	Engineer	0	2	2	INT16	Writable						217	Internal	Left	0	0
include	7	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							217	Internal	Left	0	0
include	8	Analog	en		1	#0		Data Address				100	auto	Hidden	1	1	1	UINT16							217	Internal	Left	0	0
include	9	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							217	Internal	Left	0	0
include	10	Analog	en		0.1	#0.0	Hz	Speed Reference				100	auto	Operate	-1200	0	1200	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Input	Left	-40	80
include	11	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Speed Ref Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		217	Internal	Left	-40	100
include	12	Boolean	en	0=Disable1=Enable	1	#0		Speed Ref Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Left	-40	120
include	13	Enumerated	en	0=Low1=Medium2=High	1	#0		Speed Ref Priority				100	auto	Engineer	0	2	2	INT16	Writable						217	Internal	Left	0	0
include	14	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							217	Internal	Left	0	0
include	15	Analog	en		1	#0		Data Address				100	auto	Hidden	130	130	130	UINT16							217	Internal	Left	0	0
include	16	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							217	Internal	Left	0	0
include	17	Analog	en		.1	#0.0	s	Acceleration Ramp Time				100	auto	Operate	0	300	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Input	Left	-40	140
include	18	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Acc Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		217	Internal	Left	-40	160
include	19	Boolean	en	0=Disable1=Enable	1	#0		Acc Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Left	-40	180
include	20	Enumerated	en	0=Low1=Medium2=High	1	#0		Acc Ramp Priority				100	auto	Engineer	0	1	2	INT16	Writable						217	Internal	Left	0	0
include	21	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							217	Internal	Left	0	0
include	22	Analog	en		1	#0		Data Address				100	auto	Hidden	5	5	5	UINT16							217	Internal	Left	0	0
include	23	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							217	Internal	Left	0	0
include	24	Enumerated	en	0=Stopped1=Running258=Brake Overcurrent Trip514=Overcurrent Trip770=External Trip1026=Overvoltage Trip1282=Undervoltage Trip1538=Overtemp Trip1794=Undertemp Trip2050=Spin Start Fault2306=Default Parameters Loaded2562=Overload  Trip2818=Phase Imbalance Trip3074=Brake Resistor Overload Trip3330=Power Stage Trip3586=Comms Link Loss Trip3842=Phase Loss Trip4098=Thermistor Trip4354=Autotune Fault5122=Encoder Fault 00	1	#0		Drive Status				100	auto	Operate	0	0	4354	INT16					Outgoing Connections Allowed		217	Output	Right	240	20
include	25	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Status Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		217	Internal	Right	240	40
include	26	Boolean	en	0=Disable1=Enable	1	#0		Status Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Right	240	60
include	27	Enumerated	en	0=Low1=Medium2=High	1	#0		Status Priority				100	auto	Engineer	0	2	2	INT16	Writable						217	Internal	Left	0	0
include	28	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							217	Internal	Left	0	0
include	29	Analog	en		1	#0		Data Address				100	auto	Hidden	6	6	6	UINT16							217	Internal	Left	0	0
include	30	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							217	Internal	Left	0	0
include	31	Analog	en		0.1	#0.0	Hz	Motor Speed				100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		217	Output	Right	240	140
include	32	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Motor Speed Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		217	Internal	Right	240	100
include	33	Boolean	en	0=Disable1=Enable	1	#0		Motor Speed Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Right	240	120
include	34	Enumerated	en	0=Low1=Medium2=High	1	#0		Motor Speed Priority				100	auto	Engineer	0	1	2	INT16	Writable						217	Internal	Left	0	0
include	35	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							217	Internal	Left	0	0
include	36	Analog	en		1	#0		Data Address				100	auto	Hidden	7	7	7	UINT16							217	Internal	Left	0	0
include	37	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							217	Internal	Left	0	0
include	38	Analog	en		0.1	#0.0	A	Motor Current				100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		217	Output	Right	240	200
include	39	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Motor Current Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		217	Internal	Right	240	160
include	40	Boolean	en	0=Disable1=Enable	1	#0		Motor Current Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Right	240	180
include	41	Enumerated	en	0=Low1=Medium2=High	1	#0		Motor Current Priority				100	auto	Engineer	0	0	2	INT16	Writable						217	Internal	Left	0	0
include	42	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							217	Internal	Left	0	0
include	43	Analog	en		1	#0		Data Address				100	auto	Hidden	9	9	9	UINT16							217	Internal	Left	0	0
include	44	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							217	Internal	Left	0	0
include	45	Analog	en		0.01	#0.00		Motor Power	The units of Motor Power may be kW or HP depending on the drive model.			100	auto	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		217	Output	Right	240	260
include	46	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Motor Power Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		217	Internal	Right	240	220
include	47	Boolean	en	0=Disable1=Enable	1	#0		Motor Power Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Right	240	240
include	48	Enumerated	en	0=Low1=Medium2=High	1	#0		Motor Power Priority				100	auto	Engineer	0	0	2	INT16	Writable						217	Internal	Left	0	0
include	49	Analog	en		1	#0		Modbus Address				100	auto	Hidden	1	1	247	INT16							217	Internal	Left	0	0
include	50	Analog	en		1	#0		Data Address				100	auto	Hidden	131	131	131	UINT16							217	Internal	Left	0	0
include	51	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							217	Internal	Left	0	0
include	52	Analog	en	0=Dynamic Fast Ramp	.1	#0.0	s	Deceleration Ramp Time				100	auto	Operate	0	300	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Input	Left	-40	200
include	53	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Decel Ramp Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		217	Internal	Left	-40	220
include	54	Boolean	en	0=Disable1=Enable	1	#0		Decel Ramp Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Left	-40	240
include	55	Enumerated	en	0=Low1=Medium2=High	1	#0		Decel Ramp Priority				100	auto	Engineer	0	1	2	INT16	Writable						217	Internal	Left	0	0
include	56	Analog	en		1	#0		Modbus Address				100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Bottom	100	220
include	57	Analog	en		1	#0		Data Address				100	auto	Hidden	10	10	10	UINT16							217	Internal	Left	0	0
include	58	Enumerated	en	0=Holding Reg. (FC 3, FC 16)1=Holding Reg. (FC 3, FC 6)2=Holding Reg. (Yaskawa)3=Input Reg. (FC 4)4=Coil (FC 1, FC 5)5=Input Discrete (FC 2)	1	#0		Modbus Type				100	auto	Hidden	1	1	1	UINT16							217	Internal	Left	0	0
include	60	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Digital Inputs Last Error				100	auto	Operate	-2	0	73	INT16	Writable				Outgoing Connections Allowed		217	Internal	Left	-40	40
include	61	Boolean	en	0=Disable1=Enable	1	#0		Digital Inputs Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		217	Internal	Left	-40	60
include	59	BitField4	en	0=Digital Input 11=Digital Input 22=Digital Input 33=Digital Input 4	1	#0		Digital Input Status				100	auto	Operate	0	0	15	INT16					Outgoing Connections Allowed		217	Output	Right	240	80
include	62	Enumerated	en	0=Low1=Medium2=High	1	#0		Digital Inputs Priority				100	auto	Engineer	0	1	2	INT16	Writable						217	Internal	Left	0	0
include	25	ResettableEnum	en	0=None1=Parity Error2=Framing Error3=Overrun Error4=Break Received5=Multiple Errors (parity, framing, overrun, or break)6=Runt Request7=Invalid Address8=CRC Failure9=Internal Error10=Unknown Error	1	#0		ModbusRTU Comms Error				100	auto	Operate	0	0	10	INT16	Writable				Outgoing Connections Allowed		-5	Output	Right	120	140
include	0	Enumerated	en	0=OK1=Fault on A2=Fault on B3=Fault on A and B4=Comms Fault	1	#0		Status	For proper operation, the <b>Status</b> parameter must read <b>OK</b>. The parameter indicates:<ul><li>The presence of input channels A, B, and their complements.</li>        <li>The status of communications to the external encoder module (if present).</li></ul><p>When the <b>Status</b> changes to a faulted state, the internal ENC# Position Block count is   held at its last value until the status returns to an <b>OK</b> state.  If a fault clears, the   <b>Status</b> will immediately return to <b>OK</b> (i.e., fault conditions are not latched).</p><p>For critical or sensitive applications, a <em><b>drive.web</b></em> connection may be made from   the <b>Status</b> parameter to logic designed to handle a faulted encoder.</p><p>Possible causes for <b>Fault on A</b>, <b>Fault on B</b>, <b>Faults on A and B</b> are shown   below:   <ul><li>Short circuit between input channels.<br>          <img src="en_param_hlp_enc_cnt01.png"               alt="enc_short_circuit" width="338" height="104"><br></li>       <li>Open circuit on the input channels.<br><br></li>       <li>-10 V &lt; <b>Common Mode Voltage</b> &lt; 13.2 V<br>           <p><img src="en_param_hlp_enc_cnt02.png"                   alt="enc_cmv_low" width="279" height="335" >              <img src="en_param_hlp_enc_cnt03.png"                   alt="enc_cmv_high" width="279" height="335" ><br><br></p>           <p>The <b>CH3</b> signal going high results in the <b>Status</b> parameter changing               to a faulted condition.</p><br></li>       <li>| <b>Differential Voltage</b> | &lt; 275 to 475 mV<br>           <img src="en_param_hlp_enc_cnt04.png"                alt="enc_diff_voltage" width="274" height="334" >           <p>The <b>CH2</b> signal going high results in the <b>Status</b> parameter changing to a              faulted condition.</p></li></ul>If the <b>Status</b> parameter indicates a <b>Comms Fault</b>, there may be extreme radio frequency(RF) noise coupling to your <b><em>smarty2</em></b> I2I signal wires, a wiring fault, or a hardwarefault. Check for proper shielding and routing of cabling.			100	auto	Operate	0	0	4	INT16					Outgoing Connections Allowed		218	Internal	Right	390	-20
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution	The <b>Pulses Per Revolution</b> (PPR) parameter calibrates the <b>ENC# Position</b> block for theattached incremental encoder. Usually, this parameter is easily determined from the model numberand is typically a power of 2 (e.g., 2<sup>10</sup> = 1024, 2<sup>11</sup> = 2048, or2<sup>12</sup> = 4096). Generally, the higher the PPR, the more precise motion profile than can beachieved.<p>The <b>Pulses Per Revolution</b> (PPR) parameter is used with the <b>Base Revs</b> parameter toscale the <b>Output</b> parameter as follows:</p><p>Output % = [Internal Position Count / (4 * Pulses Per Revolution * Base Revs)] * 100</p>			100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		218	Input	Bottom	180	230
include	8	Boolean	en	0=Positive1=Negative	1	#0		Sign	The <b>Sign</b> parameter is used in conjunction with the encoder wiring (<b>A</b> with respectto <b>B</b> channel) to determine the count direction.<p>Behavior of the internal 64-bit count is defined below:<br><br>   <table width="60%" border="1">     <tr><th>Sign</th>         <th>Direction</th>         <th>Internal Count</th></tr>     <tr align="center"><td>Positive</td>         <td>Forward</td>         <td>Increments</td></tr>     <tr align="center"><td>Positive</td>         <td>Reverse</td>         <td>Decrements</td></tr>     <tr align="center"><td>Negative</td>         <td>Forward</td>         <td>Decrements</td></tr>     <tr align="center"><td>Negative</td>         <td>Reverse</td>         <td>Increments</td></tr>   </table></p><p>The <b>Sign</b> parameter can be controlled by logic to change the behavior of the count which   directly affects the <b>Output</b> parameter.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		218	Input	Top	180	-50
include	9	Boolean	en	0=Inactive1=Reset	1	#0		Reset	When asserted, the <b>Reset</b> parameter resets the 64-bit internal count to zero.			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		218	Input	Top	300	-50
include	2	Analog	en		1	#0		Base Revs	The <b>Base Revs</b> parameter calibrates the <b>ENC# Position</b> block for 100%  output when thedesired number of revolutions is achieved. The <b>Base Revs</b> parameter is used with the<b>Pulses Per Revolution</b> parameter to scale the <b>Output</b> parameter as follows:<p><b>Output % = [64-bit Internal Position Count / (4 * Pulses Per Revolution * Base Revs)]    * 100</b></p><p>The larger the <b>Base Revs</b> the lower the resolution of the <b>Output</b>; however, too   small a <b>Base Revs</b> will quickly result in an <b>overrange</b> on the <b>Output</b> (i.e.,   either 327.67 % or - 326.67% depending on direction). Generally, it is good practice to set   the <b>Base Revs</b> at just above the maximum expected number of revolutions and then use   multiple instances of the  <b>ENC Position Monitor</b> with the appropriate scaling for control   purposes.</p><p>Even if an <b>overrange</b> is indicated, the internal 64-bit value is maintained and updated   and still available for use with other encoder count type function blocks. If the Output comes   back into range, the current percentage will be displayed.</p>			100	auto	Engineer	1	1	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		218	Input	Bottom	300	230
include	10	Analog	en	-32767=- overrange32767=+ overrange	0.01	#0.00	%	Output	The <b>Output</b> parameter is generated from the 64-bit internal count as follows:<p><b>Output % = [Internal Position Count / (4 * Pulses Per Revolution * Base Revs)] * 100</b></p><p>If the <b>Output</b> exceeds +/- 327.66%, the parameter will indicate <b>overrange</b>; however,   the 64-bit internal count is unaffected.</p>			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		218	Output	Right	390	90
include	3	Hexadecimal	en		1	#0		Count 0				100	auto	Engineer	0	0	65535	UINT16							218	Internal	Right	730	0
include	4	Hexadecimal	en		1	#0		Count 1				100	auto	Engineer	0	0	65535	UINT16							218	Internal	Right	730	0
include	5	Hexadecimal	en		1	#0		Count 2				100	auto	Engineer	0	0	65535	UINT16							218	Internal	Right	730	0
include	6	Hexadecimal	en		1	#0		Count 3				100	auto	Engineer	0	0	65535	UINT16							218	Internal	Right	730	0
include	12	Analog	en		1	#0		Last 0				100	auto	Hidden	0	0	65535	UINT16							218	Internal	Right	730	0
include	13	Analog	en		1	#0		Last 1				100	auto	Hidden	0	0	65535	UINT16							218	Internal	Right	730	0
include	11	Boolean	en	0=Forward1=Reverse	1	#0		Direction	The <b>Direction</b> parameter indicates the relationship of encoder channel <b>A</b>  with respectto encoder channel <b>B</b>.<p>To invert the behavior of the <b>Direction</b> parameter, swap the <b>A</b> and <b>not A</b>   signals at the input terminals.			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		218	Output	Right	390	30
include	7	Boolean	en	0=Clear on power-up1=Persistent	1	#0		Persistence	The <b>Persistence</b> parameter defines the behavior of the 64-bit internal count when the moduleis powered down. By default the internal count is reset to zero at power-up. If you would like thevalue to be stored at power down, change to <b>Persistent</b>.			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		218	Internal	Right	390	0
include	0	Enumerated	en	0=OK1=Fault on A2=Fault on B3=Fault on A and B4=Comms Fault	1	#0		Status	For proper operation, the <b>Status</b> parameter must read <b>OK</b>. The parameter indicates:<ul><li>The presence of input channels A, B, and their complements.</li>        <li>The status of communications to the external encoder module (if present).</li></ul><p>When the <b>Status</b> changes to a faulted state, the internal ENC# Position Block count is   held at its last value until the status returns to an <b>OK</b> state.  If a fault clears, the   <b>Status</b> will immediately return to <b>OK</b> (i.e., fault conditions are not latched).</p><p>For critical or sensitive applications, a <em><b>drive.web</b></em> connection may be made from   the <b>Status</b> parameter to logic designed to handle a faulted encoder.</p><p>Possible causes for <b>Fault on A</b>, <b>Fault on B</b>, <b>Faults on A and B</b> are shown   below:   <ul><li>Short circuit between input channels.<br>          <img src="en_param_hlp_enc_cnt01.png"               alt="enc_short_circuit" width="338" height="104"><br></li>       <li>Open circuit on the input channels.<br><br></li>       <li>-10 V &lt; <b>Common Mode Voltage</b> &lt; 13.2 V<br>           <p><img src="en_param_hlp_enc_cnt02.png"                   alt="enc_cmv_low" width="279" height="335" >              <img src="en_param_hlp_enc_cnt03.png"                   alt="enc_cmv_high" width="279" height="335" ><br><br></p>           <p>The <b>CH3</b> signal going high results in the <b>Status</b> parameter changing               to a faulted condition.</p><br></li>       <li>| <b>Differential Voltage</b> | &lt; 275 to 475 mV<br>           <img src="en_param_hlp_enc_cnt04.png"                alt="enc_diff_voltage" width="274" height="334" >           <p>The <b>CH2</b> signal going high results in the <b>Status</b> parameter changing to a              faulted condition.</p></li></ul>If the <b>Status</b> parameter indicates a <b>Comms Fault</b>, there may be extreme radio frequency(RF) noise coupling to your <b><em>smarty2</em></b> I2I signal wires, a wiring fault, or a hardwarefault. Check for proper shielding and routing of cabling.			100	auto	Operate	0	0	4	INT16					Outgoing Connections Allowed		219	Internal	Right	390	-20
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution	The <b>Pulses Per Revolution</b> (PPR) parameter calibrates the <b>ENC# Position</b> block for theattached incremental encoder. Usually, this parameter is easily determined from the model numberand is typically a power of 2 (e.g., 2<sup>10</sup> = 1024, 2<sup>11</sup> = 2048, or2<sup>12</sup> = 4096). Generally, the higher the PPR, the more precise motion profile than can beachieved.<p>The <b>Pulses Per Revolution</b> (PPR) parameter is used with the <b>Base Revs</b> parameter toscale the <b>Output</b> parameter as follows:</p><p>Output % = [Internal Position Count / (4 * Pulses Per Revolution * Base Revs)] * 100</p>			100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		219	Input	Bottom	180	230
include	8	Boolean	en	0=Positive1=Negative	1	#0		Sign	The <b>Sign</b> parameter is used in conjunction with the encoder wiring (<b>A</b> with respectto <b>B</b> channel) to determine the count direction.<p>Behavior of the internal 64-bit count is defined below:<br><br>   <table width="60%" border="1">     <tr><th>Sign</th>         <th>Direction</th>         <th>Internal Count</th></tr>     <tr align="center"><td>Positive</td>         <td>Forward</td>         <td>Increments</td></tr>     <tr align="center"><td>Positive</td>         <td>Reverse</td>         <td>Decrements</td></tr>     <tr align="center"><td>Negative</td>         <td>Forward</td>         <td>Decrements</td></tr>     <tr align="center"><td>Negative</td>         <td>Reverse</td>         <td>Increments</td></tr>   </table></p><p>The <b>Sign</b> parameter can be controlled by logic to change the behavior of the count which   directly affects the <b>Output</b> parameter.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		219	Input	Top	180	-50
include	9	Boolean	en	0=Inactive1=Reset	1	#0		Reset	When asserted, the <b>Reset</b> parameter resets the 64-bit internal count to zero.			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		219	Input	Top	300	-50
include	2	Analog	en		1	#0		Base Revs	The <b>Base Revs</b> parameter calibrates the <b>ENC# Position</b> block for 100%  output when thedesired number of revolutions is achieved. The <b>Base Revs</b> parameter is used with the<b>Pulses Per Revolution</b> parameter to scale the <b>Output</b> parameter as follows:<p><b>Output % = [64-bit Internal Position Count / (4 * Pulses Per Revolution * Base Revs)]    * 100</b></p><p>The larger the <b>Base Revs</b> the lower the resolution of the <b>Output</b>; however, too   small a <b>Base Revs</b> will quickly result in an <b>overrange</b> on the <b>Output</b> (i.e.,   either 327.67 % or - 326.67% depending on direction). Generally, it is good practice to set   the <b>Base Revs</b> at just above the maximum expected number of revolutions and then use   multiple instances of the  <b>ENC Position Monitor</b> with the appropriate scaling for control   purposes.</p><p>Even if an <b>overrange</b> is indicated, the internal 64-bit value is maintained and updated   and still available for use with other encoder count type function blocks. If the Output comes   back into range, the current percentage will be displayed.</p>			100	auto	Engineer	1	1	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		219	Input	Bottom	300	230
include	10	Analog	en	-32767=- overrange32767=+ overrange	0.01	#0.00	%	Output	The <b>Output</b> parameter is generated from the 64-bit internal count as follows:<p><b>Output % = [Internal Position Count / (4 * Pulses Per Revolution * Base Revs)] * 100</b></p><p>If the <b>Output</b> exceeds +/- 327.66%, the parameter will indicate <b>overrange</b>; however,   the 64-bit internal count is unaffected.</p>			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		219	Output	Right	390	90
include	3	Hexadecimal	en		1	#0		Count 0				100	auto	Engineer	0	0	65535	UINT16							219	Internal	Right	730	0
include	4	Hexadecimal	en		1	#0		Count 1				100	auto	Engineer	0	0	65535	UINT16							219	Internal	Right	730	0
include	5	Hexadecimal	en		1	#0		Count 2				100	auto	Engineer	0	0	65535	UINT16							219	Internal	Right	730	0
include	6	Hexadecimal	en		1	#0		Count 3				100	auto	Engineer	0	0	65535	UINT16							219	Internal	Right	730	0
include	12	Analog	en		1	#0		Last 0				100	auto	Hidden	0	0	65535	UINT16							219	Internal	Right	730	0
include	13	Analog	en		1	#0		Last 1				100	auto	Hidden	0	0	65535	UINT16							219	Internal	Right	730	0
include	11	Boolean	en	0=Forward1=Reverse	1	#0		Direction	The <b>Direction</b> parameter indicates the relationship of encoder channel <b>A</b>  with respectto encoder channel <b>B</b>.<p>To invert the behavior of the <b>Direction</b> parameter, swap the <b>A</b> and <b>not A</b>   signals at the input terminals.			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		219	Output	Right	390	30
include	7	Boolean	en	0=Clear on power-up1=Persistent	1	#0		Persistence	The <b>Persistence</b> parameter defines the behavior of the 64-bit internal count when the moduleis powered down. By default the internal count is reset to zero at power-up. If you would like thevalue to be stored at power down, change to <b>Persistent</b>.			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		219	Internal	Right	390	0
include	1	Boolean	en	0=Inactive1=Set	1	#0		Set	When the <b>Set</b> parameter is activated, the current 64-bit value in the associated <b>ENC#Position</b> function block is stored as the internal <b>Setpoint</b> in the <b>ENC PositionPoint</b> function block. This feature may be used to empirically set a position setpoint for theapplication.			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		220	Input	Left	120	10
include	2	Analog	en	-32767=- overrange32767=+ overrange	0.01	#0.00	%	Position Error	The <b>Output</b> is generated from the internal 64-bit <b>Setpoint</b> and is scaled by the<b>Pulses Per Revolution</b> and <b>Base Revs</b> of the associated <b>ENC Position</b> functionblock as follows:<p><b>Output % = [Internal Setpoint / (4 * Pulses Per Revolution * Base Revs)] * 100</b></p><p>If the <b>Output</b> exceeds +/- 327.66%, the parameter will indicate <b>overrange</b>; however,   the 64-bit internal <b>Setpoint</b> is unaffected.</p>			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		220	Output	Right	460	220
include	3	Hexadecimal	en		1	#0		Position Point 0	A 4-digit hexadecimal number associated with position <b>dddd</b> as shown below in the 64-bit<b>ENC Position Point</b>'s internal <b>Setpoint</b> as shown below:<p><b> 0xaaaa 0xbbbb 0xcccc 0xdddd</b></p><p>The setpoint is in a 2's-complement format.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						220	Internal	Right	0	0
include	4	Hexadecimal	en		1	#0		Position Point 1	A 4-digit hexadecimal number associated with position <b>cccc</b> as shown below in the 64-bit<b>ENC Position Point</b>'s internal <b>Setpoint</b> as shown below:<p><b> 0xaaaa 0xbbbb 0xcccc 0xdddd</b></p><p>The setpoint is in a 2's-complement format.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						220	Internal	Right	0	0
include	5	Hexadecimal	en		1	#0		Position Point 2	A 4-digit hexadecimal number associated with position <b>bbbb</b> as shown below in the 64-bit<b>ENC Position Point</b>'s internal <b>Setpoint</b> as shown below:<p><b> 0xaaaa 0xbbbb 0xcccc 0xdddd</b></p><p>The setpoint is in a 2's-complement format.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						220	Internal	Right	0	0
include	6	Hexadecimal	en		1	#0		Position Point 3	A 4-digit hexadecimal number associated with position <b>aaaa</b> as shown below in the 64-bit<b>ENC Position Point</b>'s internal <b>Setpoint</b> as shown below:<p><b> 0xaaaa 0xbbbb 0xcccc 0xdddd</b></p><p>The setpoint is in a 2's-complement format.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						220	Internal	Right	0	0
include	0	Association	en		218219231232	#0		ENC Position	The <b>ENC Position</b> parameter associates this function block with an <b>ENC# Position</b>function block. If set to <b>None</b>, the <b><em>smarty2</em></b> will report an <b>AssociationWarning</b>.			100	auto	Engineer	0	0	32767	INT16	Writable						220	Internal	Left	0	0
include	0	Association	en		218219220231232234241	#0		ENC Position	<p> This parameter block may be associated with the following position control function blocks:</p><ul><li><b>ENC# Cyclic Position</b><br/>When selected, the block's <b><em>Output</em></b> reflects the scaled position with respect to the <em>Cycle Zero</em> location<br/><br/></li><li><b>ENC Indexed Position</b><br/>When selected, the block's <b><em>Output</em></b> reflects the scaled position with respect to the currently selected <b><em>Index</em></b>. By default, the <b><em>Position Error</em></b> output of the <b>ENC Indexed Position</b> function block is scaled by the <b><em>Cycle Length</em></b>. Use the scaling parameters to provide more resolution as you approach the currently selected <b><em>Index</em></b> position<br/><br/></li><li><b>ENC Position Point</b><br/> When selected, the block's <b><em>Output</em></b> reflects the scaled position with respect to the <em>Desired Position</em>. By default, the <b><em>Position Error</em></b> output of the <b>ENC Position Point</b> function block is scaled by the associated <b>ENC# Cyclic Position</b> or <b>ENC# Linear Position</b> function blocks. Use the scaling parameters to provide more resolution as you approach the <em>Desired Position</em>.<br/><br/></li><li><b>ENC# Linear Position</b><br/>When selected, the block's <b><em>Output</em></b> reflects the scaled position with respect to the position where the last <b><em>Reset</em></b> occurred. The <b>ENC# Linear Position</b> function block's <em>Zero Point</em>.<br/><br/></li><li><b>ENC Indexed Cyclic Position</b><br/>When selected, the block's <b><em>Output</em></b> reflects the scaled position with respect to the currently selected <b><em>Index</em></b>. By default, the <b><em>Position Error</em></b> output of the <b>ENC Indexed Position</b> function block is scaled by the <b><em>Cycle Length</em></b>. Use the scaling parameters to provide more resolution as you approach the currently selected <b><em>Index</em></b> position.</li></ul><p>If set to <em>None</em>, the <b><em>smarty</em></b> will report an <em>Association Warning</em> in the <b>System</b> function block.</p>			100	auto	Engineer	0	0	32767	INT16	Writable						221	Internal	Left	0	0
include	1	Analog	en		1	#0		Encoder Revs	<p>The <b><em>Encoder Revs</em></b> parameter is used in conjunction with the <b><em>Scaler</em></b> parameter to create a 32-bit divisor for scaling the <b><em>Output</em></b> of the <b>ENC Position Monitor</b> function block as follows:</p><center><b><em>Output %</em> = <em>Internal Count</em> &divide; ( 4 * <em>Encoder Revs</em> * <em>Scaler</em> ) ] * 100</b></center><p>The larger the product of the <b><em>Encoder Revs</em></b> and <b><em>Scaler</em></b> parameters, the lower the resolution of the <b><em>Output</em></b>; however, too small a product will quickly result in an <em>overrange</em> on the <b><em>Output</em></b> (i.e., either 327.67 % or - 326.67% depending on direction). Set the combination of the <b><em>Encoder Revs</em></b> and <b><em>Scaler</em></b> to suit the application.</p><p>Even if an <em>overrange</em> is indicated, the internal 64-bit value is monitored and updated. A proportional value will become available as soon as the block comes out of saturation based on the combined scaling of the <b><em>Encoder Revs</em></b> and <b><em>Scaler</em></b>. When the <b><em>Output</em></b> comes back in range, the actual current percentage will be displayed.</p>			100	auto	Engineer	1	1	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		221	Input	Left	-60	260
include	2	Analog	en		1	#0		Scaler	<p>The <b><em>Scaler</em></b> parameter is used in conjunction with the <b><em>Encoder Revs</em></b> parameter to create a 32-bit divisor for scaling the <b><em>Output</em></b> of the <b>ENC Position Monitor</b> function block as follows:</p><center><b><em>Output %</em> = <em>Internal Count</em> &divide; ( 4 * <em>Encoder Revs</em> * <em>Scaler</em> ) ] * 100</b></center> <p>The larger the product of the <b><em>Encoder Revs</em></b> and <b><em>Scaler</em></b> parameters, the lower the resolution of the <b><em>Output</em></b>; however, too small a product will quickly result in an <em>overrange</em> on the <b><em>Output</em></b> (i.e., either 327.67 % or - 326.67% depending on direction). Set the combination of the <b><em>Encoder Revs</em></b> and <b><em>Scaler</em></b> to suit the application.</p><p>Even if an <em>overrange</em> is indicated, the internal 64-bit value is monitored and updated. A proportional value will become available as soon as the block comes out of saturation based on the combined scaling of the <b><em>Encoder Revs</em></b> and <b><em>Scaler</em></b>. When the <b><em>Output</em></b> comes back in range, the current percentage will be displayed.</p>			100	auto	Engineer	1	1	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		221	Input	Left	-60	320
include	3	Analog	en	-32767=- overrange32767=+ overrange	0.01	#0.00	%	Output	<p>The <b><em>Output</em></b> parameter is generated from the associated function block's 64-bit value as follows:</p><center><b><em>Output %</em> = <em>Internal Count</em> &divide; ( 4 * <em>Encoder Revs</em> * <em>Scaler</em> ) ] * 100</b></center><p>If the <b><em>Output</em></b> exceeds +/- 327.66%, the parameter will indicate <em>overrange</em>; however, the 64-bit <b><em>Internal Count</em></b> is unaffected.</p>			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		221	Output	Right	220	60
include	0	Analog	en		1	#0		Function Block Transactions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	10
include	1	Analog	en		1	#0		Savvy Transactions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	20
include	2	Analog	en		1	#0		CommsServer Transactions	ModbusRTU Slave, ModbusTCP Slave and EIP/PCCC Server			100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	30
include	3	Analog	en		1	#0		Incoming Conn Transactions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	40
include	4	Analog	en		1	#0		Outgoing Conn Transactions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	50
include	5	Analog	en		1	#0		Background Transactions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	60
include	6	Analog	en		1	#0		Timeout Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	70
include	7	Analog	en		1	#0		Runt Response Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	80
include	8	Analog	en		1	#0		Address Mismatch Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	90
include	9	Analog	en		1	#0		CRC Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	100
include	10	Analog	en		1	#0		FC Mismatch Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	110
include	11	Analog	en		1	#0		Unknown FC Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	120
include	12	Analog	en		1	#0		Length Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	130
include	13	Analog	en		1	#0		Byte Count Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	140
include	14	Analog	en		1	#0		Unknown Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	150
include	15	Analog	en		1	#0		Comms Parity Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	160
include	16	Analog	en		1	#0		Comms Framing Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	170
include	17	Analog	en		1	#0		Comms Overrun Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	180
include	18	Analog	en		1	#0		Comms Break Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	190
include	19	Analog	en		1	#0		Comms Multiple Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	200
include	21	Analog	en		1	#0		Illegal Function Exceptions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	220
include	22	Analog	en		1	#0		Illegal Data Address Exceptions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	230
include	23	Analog	en		1	#0		Illegal Data Value Exceptions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	240
include	24	Analog	en		1	#0		Slave Failure Exceptions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	250
include	20	Analog	en		1	#0		Unexpected Response Errors				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	260
include	25	Analog	en		1	#0		Slave Busy Exceptions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	270
include	26	Analog	en		1	#0		Other Exceptions				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	280
include	27	ResettableEnum	en	-16=Unexpected Response-15=Multiple Errors (parity, framing, overrun, or break)-14=Break Received-13=Overrun Error-12=Framing Error-11=Parity Error-10=Unknown Error-9=Unexpected Byte Count-8=Unexpected Length-7=Internal Error-6=Unexpected Function Code-5=CRC Failure-4=Unexpected Address-3=Runt Response-2=Timeout-1=No Comms Port Defined0=None1=Illegal Function2=Illegal Data Address3=Illegal Data Value4=Slave Device Failure5=Acknowledge6=Slave Device Busy7=Negative Acknowledge8=Memory Parity Error33=Data Out of Range34=Write Protected35=Write during Undervoltage36=Write during Parameter Processing	1	#0		Last Error				100	auto	Engineer	-16	0	36	INT16	Writable				Outgoing Connections Allowed		222	Output	Right	120	0
include	28	Hexadecimal	en		1	#0		Last Error Function Code				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	290
include	29	Analog	en		1	#0		Last Error Address				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	300
include	30	Enumerated	en	0=None1=Function Block2=Function Block (Wait)3=Savvy4=Modbus Slave5=Incoming Connection6=Outgoing Connection7=Background8=EIP/PCCC Server	1	#0		Last Error Agent				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	310
include	31	Analog	en	65535=Overrange	0.2	#0.0	ms	Outconn Sample Delay				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed	Default on Hard Initialization	222	Internal	Right	120	320
include	0	Boolean	en	0=Low1=High	1	#0		Send	The e-mail is sent on a positive-going transition.  A delay-off timer or similar may be connected to limit the number of e-mails sent if the source can transition rapidly.			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		223	Input	Left	0	0
include	1	Analog	en		1	#0		Send State				100	auto	Hidden	0	0	1	INT16							223	Internal	Left	0	0
include	2	EMailAddress	en		1	#0		Address	A single, valid e-mail address should be entered here.			100	auto	Operate	0	0	1	ASCII_STRING	Writable						223	Internal	Left	0	10
include	3	AsciiString	en		1	#0		Message	This will be sent as the body of the e-mail message.			100	auto	Operate	0	0	1	ASCII_STRING	Writable						223	Internal	Left	0	20
include	0	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		224	Input	Left	0	30
include	1	Analog	en		1	#0		Ethernet Throttles				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Right	120	10
include	3	Analog	en		.2	#0.0	ms	Ethernet Max Event Time				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Right	120	30
include	6	Analog	en		.2	#0.0	ms	FBE Max Start Delay				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Right	120	60
include	8	Analog	en		.2	#0.0	ms	FBE Max Execute				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Bottom	10	90
include	9	Analog	en		.2	#0.0	ms	FBE Min Execute				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Bottom	20	90
include	10	Analog	en		.2	#0.0	ms	FBE Max Cycle				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Bottom	30	90
include	11	Analog	en		.2	#0.0	ms	FBE Min Cycle				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Bottom	40	90
include	12	Analog	en		1	#0		FBE Slips				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Bottom	50	90
include	7	Analog	en		.2	#0.0	ms	FBE Min Start Delay				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		224	Output	Right	120	70
include	13	Analog	en		1	#0		FBE Guards				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Bottom	60	90
include	2	Analog	en		1	#0		Ethernet Max Queue Size				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Right	120	20
include	4	Enumerated	en	1=Receive2=TCP Timer3=ARP Timer4=Gratuitous ARP5=Maintenance6=SNTP Request7=Device Response8=ModbusTCP Response9=ModbusTCP Maintenenace10=EIP/PCCC Server Response	1	#0		Ethernet Max Event Code				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Right	120	40
include	5	Hexadecimal	en		1	#0		Ethernet Max Event Type				100	auto	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		224	Output	Right	120	50
include	0	Analog	en		1	#0		Modbus Address	The Modbus RTU address of the slave device on the EIA-485 network.			100	auto	Operate	1	1	247	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		225	Internal	Left	-10	0
include	1	Enumerated	en	-1=Inactive0=OK1=Fault	1	#0		Status				100	auto	Operate	-1	-1	1	INT16					Outgoing Connections Allowed		225	Output	Right	110	0
include	0	Analog	en		0.01	#0.00	%	Setpoint				100	auto	Operate	-32767	0	32767	INT16	Writable				Outgoing Connections Allowed		226	Output	Right	110	60
include	1	Analog	en		0.01	#0.00	%	Maximum				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		226	Input	Top	70	0
include	2	Analog	en		0.01	#0.00	%	Minimum				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		226	Input	Bottom	50	120
include	0	Boolean	en	0=False1=True	1	#0		Set				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		227	Output	Top	30	-50
include	1	Boolean	en	0=False1=True	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		227	Input	Bottom	30	110
include	0	Enumerated	en	0=Zero	1	#0		Parameter 0				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		228	Input	Bottom	0	30
include	1	Enumerated	en	0=Zero	1	#0		Parameter 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		228	Input	Bottom	50	30
include	2	Enumerated	en	0=Zero	1	#0		Parameter 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		228	Input	Bottom	100	30
include	3	Enumerated	en	0=Zero	1	#0		Parameter 3				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		228	Input	Bottom	150	30
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		229	Input	Left	-20	0
include	1	Analog	en		1	#0		Input State				100	auto	Hidden	0	0	1	INT16							229	Internal	Left	0	0
include	0	Hexadecimal	en		1	#0		Parameter 0				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		230	Input	Bottom	0	30
include	1	Hexadecimal	en		1	#0		Parameter 1				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		230	Input	Bottom	50	30
include	2	Hexadecimal	en		1	#0		Parameter 2				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		230	Input	Bottom	100	30
include	3	Hexadecimal	en		1	#0		Parameter 3				100	auto	Operate	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		230	Input	Bottom	150	30
include	2	Analog	en		1	#0		Setup Index	<p>Set this value to the <b><em>Index</em></b> associated with the stop position prior to activating the <b><em>Set Index Length</em></b> input to calibrate the function block. This value is then used to calculate the <b><em>Index Length</em></b> to be used for positioning control.</p><p>In most applications, the distance between stop positions is a fixed, constant value. However, it is possible to use varying indices as long as all of the stop positions are defined as some integer multiple of the <b><em>Index Length</em></b>.</p><center><img src="en_param_hlp_cyclic_index2.png" alt="cyclic_index" width="575" height="306" /></center><p>In this example, we have three different bin sizes which will require moves of different lengths to position properly:</p><ul><li>Each <font style="color:#ff7f00"><b>ORANGE</b></font> bin is one <b><em>Index Length</em></b> and located at <b><em>Index</em></b> positions 0, 1, 8, 9, 16, 17.</li><li>Each <font style="color:#996633"><b>BROWN</b></font> bin is two <b><em>Index Lengths</em></b> and located at <b><em>Index</em></b> positions 6 &amp; 14.</li><li>Each <font style="color:#00ff00"><b>GREEN</b></font> bin is four <b><em>Index Lengths</em></b> and located at <b><em>Index</em></b> positions 2 &amp; 10.</li></ul><p>To calibrate the <em>Index Length</em> for these varying indices applications, the <b><em>Setup Index</em></b> must be set properly for the associated position. For the fourth bin position above, the <b><em>Setup Index</em></b> must be set to 6 prior to activating the <b><em>Set Index Length</em></b> input to calculate the proper <em>Index Length</em>.</p>			100	auto	Engineer	1	1	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		234	Input	Left	-60	140
include	8	Analog	en	-32767=- overrange32767=+ overrange	0.01	#0.00	%	Position Error	<p>The <b><em>Position Error</em></b> is generated by comparing the <em>Desired Position</em> to the <em>Current Position</em> as follows:</p><center><b><em>Position Error %</em> = ( <em>Desired Position</em> - <em>Current Position</em> ) * 100</b></center><p>If the <b><em>Position Error</em></b> exceeds +/- 327.66%, the parameter will indicate <em>overrange</em>; however, the 64-bit <b><em>Internal Count</em></b> is unaffected.</p>			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		234	Output	Right	420	320
include	1	Boolean	en	0=Low1=High	1	#0		ENC DIN1 State	<p>Indicates the current status of <b>DIN1</b> (<b>Terminal E4</b>). The transition level is 8.2 Vdc (+/-7&#37;). </p>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	10
include	3	Boolean	en	0=Low1=High	1	#0		ENC1 B State	<p>Indicates the current status of the input channel.</p><ul><li><em>Low</em>: <b>B</b> &lt; <b>-B</b> by more than 2 Vdc.</li>   <li><em>High</em>: <b>B</b> &gt; <b>-B</b> by more than 2 Vdc.</li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	30
include	5	Boolean	en	0=Forward1=Reverse	1	#0		ENC1 Direction	<p>This parameter indicates the relationship of encoder channel <b>A</b> with respect to encoder channel <b>B</b>. To change the indication for a particular direction of rotation, swap <b>A</b> and <b>-A</b> on the input terminals.</p>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	50
include	0	Boolean	en	0=OK1=Fault	1	#0		ENC1 Comms State	<p>This parameter reflects the status of the communication channel to either the internal encoder (<b><em>dwOption -15</em></b>) or to an External Encoder Module (<b><em>dwOptions -40</em></b> through <b><em>-46</em></b>).</p><p>For normal operation, the <b><em>ENC1 Comms State</em></b> must indicate an <em>OK</em> state. If communications is lost for at least 20 milliseconds, a <em>Fault</em> is indicated. If the problem persists check for voltage variations on the module's power supply and the <b>I2I</b> Encoder Interface Port cabling.</p>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	0
include	2	Boolean	en	0=Low1=High	1	#0		ENC1 A State	<p>Indicates the current status of the input channel.</p><ul><li><em>Low</em>: <b>A</b> &lt; <b>-A</b> by more than 2 Vdc.</li>   <li><em>High</em>: <b>A</b> &gt; <b>-A</b> by more than 2 Vdc.</li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	30
include	4	Boolean	en	0=Low1=High	1	#0		ENC1 Z State	<p>Indicates the current status of the input channel.</p><ul><li><em>Low</em>: <b>Z</b> &lt; <b>-Z</b> by more than 2 Vdc.</li>   <li><em>High</em>: <b>Z</b> &gt; <b>-Z</b> by more than 2 Vdc.</li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	40
include	6	Boolean	en	0=OK1=Alarm	1	#0		ENC1 A Alarm	<p>For proper operation, this parameter must read <em>OK</em> and indicates the presence of the input channel and its complement. If an <em>Alarm</em> state is indicated, the associated function blocks will behave as follows:</p><ul><li><b>ENC# Speed</b> type function blocks will reset to a zero output.<br/><br/></li><li><b>ENC# Cyclic Position</b> and <b>ENC# Linear Position</b> type function blocks will hold their <b><em>Internal Count</em>.</b></li></ul><p>These actions are considered the safest behavior for the associated application; however, as you may expect, the system's performance will suffer during the <em>Alarm</em> state. For critical applications, a <b><em>drive.web</em></b> connection may be made from this parameter to any alarm handling logic designed by the user.</p><p>If the alarm clears, the <b><em>Status</em></b> will immediately return to <em>OK</em> (i.e., alarm conditions are not latched).</p><p>Possible causes for an <em>Alarm</em> state are shown below:</p><ul><li>Short circuit between input channels.<br/><img src="en_param_hlp_enc_cnt01.png" alt="enc_short_circuit" width="338" height="104"/><br/></li><li>Open circuit on the input channels.<br/></li><li>Low Input Differential Voltage<br/><br/>-10 V &lt; <em>Common Mode Voltage</em> &lt; 13.2 V<p><img src="en_param_hlp_enc_cnt02.png" alt="enc_cmv_low" width="279" height="335" /></p>| <em>Differential Voltage</em> | &lt; 275 to 475 mV<br/><img src="en_param_hlp_enc_cnt04.png" alt="enc_diff_voltage" width="274" height="334" /><p>The <em>CH2</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li><li>Outside Common-Mode Voltage Range<br/><br/><em>Common Mode Voltage</em> &lt; -10 V <b>or</b> 13.2 V  &lt; <em>Common Mode Voltage</em><br/> <p><img src="en_param_hlp_enc_cnt03.png" alt="enc_cmv_high" width="279" height="335" /></p><p>The <em>CH3</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	60
include	7	Boolean	en	0=OK1=Alarm	1	#0		ENC1 B Alarm	<p>For proper operation, this parameter must read <em>OK</em> and indicates the presence of the input channel and its complement. If an <em>Alarm</em> state is indicated, the associated function blocks will behave as follows:</p><ul><li><b>ENC# Speed</b> type function blocks will reset to a zero output.<br/><br/></li><li><b>ENC# Cyclic Position</b> and <b>ENC# Linear Position</b> type function blocks will hold their <b><em>Internal Count</em>.</b></li></ul><p>These actions are considered the safest behavior for the associated application; however, as you may expect, the system's performance will suffer during the <em>Alarm</em> state. For critical applications, a <b><em>drive.web</em></b> connection may be made from this parameter to any alarm handling logic designed by the user.</p><p>If the alarm clears, the <b><em>Status</em></b> will immediately return to <em>OK</em> (i.e., alarm conditions are not latched).</p><p>Possible causes for an <em>Alarm</em> state are shown below:</p><ul><li>Short circuit between input channels.<br/><img src="en_param_hlp_enc_cnt01.png"   alt="enc_short_circuit" width="338" height="104"/><br/></li><li>Open circuit on the input channels.<br/></li><li>Low Input Differential Voltage<br/><br/>-10 V &lt; <em>Common Mode Voltage</em> &lt; 13.2 V<p><img src="en_param_hlp_enc_cnt02.png" alt="enc_cmv_low" width="279" height="335" /></p>| <em>Differential Voltage</em> | &lt; 275 to 475 mV<br/><img src="en_param_hlp_enc_cnt04.png"  alt="enc_diff_voltage" width="274" height="334" /><p>The <em>CH2</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li><li>Outside Common-Mode Voltage Range<br/><br/>    <em>Common Mode Voltage</em> &lt; -10 V <b>or</b> 13.2 V  &lt; <em>Common Mode Voltage</em><br/> <p><img src="en_param_hlp_enc_cnt03.png" alt="enc_cmv_high" width="279" height="335" /></p><p>The <em>CH3</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	70
include	8	Boolean	en	0=OK1=Alarm	1	#0		ENC1 Z Alarm	<p>If the <b>Z</b> channel is used, this parameter must read <em>OK</em> indicating the presence of the input channel and its complement. If desired, this parameter may connected to user logic so the appropriate action may be taken when an <em>Alarm</em> state is indicated. When the alarm clears, the <b><em>Status</em></b> will immediately return to an <em>OK</em> state (i.e., alarm conditions are not latched).</p><p>Possible causes for an <em>Alarm</em> state are shown below:</p><ul><li>Short circuit between input channels.<br/><img src="en_param_hlp_enc_cnt01.png"   alt="enc_short_circuit" width="338" height="104"/><br/></li><li>Open circuit on the input channels.<br/></li><li>Low Input Differential Voltage<br/><br/>-10 V &lt; <em>Common Mode Voltage</em> &lt; 13.2 V<p><img src="en_param_hlp_enc_cnt02.png" alt="enc_cmv_low" width="279" height="335" /></p>| <em>Differential Voltage</em> | &lt; 275 to 475 mV<br/><img src="en_param_hlp_enc_cnt04.png"   alt="enc_diff_voltage" width="274" height="334" /><p>The <em>CH2</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li><li>Outside Common-Mode Voltage Range<br/><br/><em>Common Mode Voltage</em> &lt; -10 V <b>or</b> 13.2 V  &lt; <em>Common Mode Voltage</em><br/><p><img src="en_param_hlp_enc_cnt03.png" alt="enc_cmv_high" width="279" height="335" /></p>   <p>The <em>CH3</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	80
include	10	Boolean	en	0=Low1=High	1	#0		ENC DIN2 State	<p>Indicates the current status of <b>DIN2</b> (<b>Terminal E5</b>). The transition level is 8.2 Vdc (+/-7&#37;).</p>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	100
include	12	Boolean	en	0=Low1=High	1	#0		ENC2 B State	<p>Indicates the current status of the input channel.</p><ul><li><em>Low</em>: <b>B</b> &lt; <b>-B</b> by more than 2 Vdc.</li><li><em>High</em>: <b>B</b> &gt; <b>-B</b> by more than 2 Vdc.</li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	120
include	14	Boolean	en	0=Forward1=Reverse	1	#0		ENC2 Direction	<p>This parameter indicates the relationship of encoder channel <b>A</b> with respect to encoder channel <b>B</b>. To change the indication for a particular direction of rotation, swap <b>A</b> and <b>-A</b> on the input terminals.</p>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	140
include	9	Boolean	en	0=OK1=Fault	1	#0		ENC2 Comms State	<p>This parameter reflects the status of the communication channel to either the internal encoder (<b><em>dwOption -15</em></b>) or to an External Encoder Module (<b><em>dwOptions -40</em></b> through <b><em>-46</em></b>).</p><p>For normal operation, the <b><em>ENC2 Comms State</em></b> must indicate an <em>OK</em> state. If communications is lost for at least 20 milliseconds, a <em>Fault</em> is indicated. If the problem persists check for voltage variations on the module's power supply and the <b>I2I</b> Encoder Interface Port cabling.</p>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	90
include	11	Boolean	en	0=Low1=High	1	#0		ENC2 A State	<p>Indicates the current status of the input channel.</p><ul><li><em>Low</em>: <b>A</b> &lt; <b>-A</b> by more than 2 Vdc.</li>   <li><em>High</em>: <b>A</b> &gt; <b>-A</b> by more than 2 Vdc</li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	110
include	13	Boolean	en	0=Low1=High	1	#0		ENC2 Z State	<p>Indicates the current status of the input channel.</p><ul><li><em>Low</em>: <b>Z</b> &lt; <b>-Z</b> by more than 2 Vdc.</li>   <li><em>High</em>: <b>Z</b> &gt; <b>-Z</b> by more than 2 Vdc.</li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	130
include	15	Boolean	en	0=OK1=Alarm	1	#0		ENC2 A Alarm	<p>For proper operation, this parameter must read <em>OK</em> and indicates the presence of the input channel and its complement. If an <em>Alarm</em> state is indicated, the associated function blocks will behave as follows:</p><ul><li><b>ENC# Speed</b> type function blocks will reset to a zero output.<br/><br/></li><li><b>ENC# Cyclic Position</b> and <b>ENC# Linear Position</b> type function blocks will hold their <b><em>Internal Count</em>.</b></li></ul><p>These actions are considered the safest behavior for the associated application;however, as you may expect, the system's performance will suffer during the <em>Alarm</em> state. For critical applications, a <b><em>drive.web</em></b> connection may be made from this parameter to any alarm handling logic designed by the user.</p><p>If the alarm clears, the <b><em>Status</em></b> will immediately return to <em>OK</em> (i.e., alarm conditions are not latched).</p><p>Possible causes for an <em>Alarm</em> state are shown below:</p><ul><li>Short circuit between input channels.<br/><img src="en_param_hlp_enc_cnt01.png" alt="enc_short_circuit" width="338" height="104"/><br/><br/></li><li>Open circuit on the input channels.<br/><br/></li><li>Low Input Differential Voltage<br/><br/>-10 V &lt; <em>Common Mode Voltage</em> &lt; 13.2 V<p><img src="en_param_hlp_enc_cnt02.png"   alt="enc_cmv_low" width="279" height="335" /></p>| <em>Differential Voltage</em> | &lt; 275 to 475 mV<br/><img src="en_param_hlp_enc_cnt04.png"   alt="enc_diff_voltage" width="274" height="334" /><p>The <em>CH2</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li><li>Outside Common-Mode Voltage Range<br/><br/><em>Common Mode Voltage</em> &lt; -10 V <b>or</b> 13.2 V  &lt; <em>Common Mode Voltage</em><br/><p><img src="en_param_hlp_enc_cnt03.png"   alt="enc_cmv_high" width="279" height="335" /></p><p>The <em>CH3</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	150
include	16	Boolean	en	0=OK1=Alarm	1	#0		ENC2 B Alarm	<p>For proper operation, this parameter must read <em>OK</em> and indicates the presence of the input channel and its complement. If an <em>Alarm</em> state is indicated, the associated function blocks will behave as follows:</p><ul><li><b>ENC# Speed</b> type function blocks will reset to a zero output.<br/><br/></li><li><b>ENC# Cyclic Position</b> and <b>ENC# Linear Position</b> type function blocks will hold their <b><em>Internal Count</em></b>.</li></ul><p>These actions are considered the safest behavior for the associated application; however, as you may expect, the system's performance will suffer during the <em>Alarm</em> state. For critical applications, a <b><em>drive.web</em></b> connection may be made from this parameter to any alarm handling logic designed by the user.</p><p>If the alarm clears, the <b><em>Status</em></b> will immediately return to <em>OK</em> (i.e., alarm conditions are not latched).</p><p>Possible causes for an <em>Alarm</em> state are shown below:</p><ul><li>Short circuit between input channels.<br/><img src="en_param_hlp_enc_cnt01.png"  alt="enc_short_circuit" width="338" height="104"/><br/><br/></li><li>Open circuit on the input channels.<br/><br/></li><li>Low Input Differential Voltage<br/><br/>-10 V &lt; <em>Common Mode Voltage</em> &lt; 13.2 V<p><img src="en_param_hlp_enc_cnt02.png" alt="enc_cmv_low" width="279" height="335" /></p>| <em>Differential Voltage</em> | &lt; 275 to 475 mV<br/><img src="en_param_hlp_enc_cnt04.png" alt="enc_diff_voltage" width="274" height="334" /><p>The <em>CH2</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li><li>Outside Common-Mode Voltage Range<br/><br/><em>Common Mode Voltage</em> &lt; -10 V <b>or</b> 13.2 V  &lt; <em>Common Mode Voltage</em><br/><p><img src="en_param_hlp_enc_cnt03.png" alt="enc_cmv_high" width="279" height="335" /></p><p>The <em>CH3</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	160
include	17	Boolean	en	0=OK1=Alarm	1	#0		ENC2 Z Alarm	<p>If the <b>Z</b> channel is used, this parameter must read <em>OK</em> indicating the presence of the input channel and its complement. If desired, this parameter may connected to user logic so the appropriate action may be taken when an <em>Alarm</em> state is indicated. When the alarm clears, the <b><em>Status</em></b> will immediately return to an <em>OK</em> state (i.e., alarm conditions are not latched).</p><p>Possible causes for an <em>Alarm</em> state are shown below:</p><ul><li>Short circuit between input channels.<br/><img src="en_param_hlp_enc_cnt01.png"   alt="enc_short_circuit" width="338" height="104"/><br/><br/></li><li>Open circuit on the input channels.<br/><br/></li><li>Low Input Differential Voltage<br/><br/>-10 V &lt <em>Common Mode Voltage</em> &lt; 13.2 V<p><img src="en_param_hlp_enc_cnt02.png" alt="enc_cmv_low" width="279" height="335" /></p>| <em>Differential Voltage</em> | &lt; 275 to 475 mV<br/><img src="en_param_hlp_enc_cnt04.png" alt="enc_diff_voltage" width="274" height="334" /><p>The <em>CH2</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li><li>Outside Common-Mode Voltage Range<br/><br/><em>Common Mode Voltage</em> &lt; -10 V <b>or</b>13.2 V  &lt; <em>Common Mode Voltage</em><br/><p><img src="en_param_hlp_enc_cnt03.png" alt="enc_cmv_high" width="279" height="335" /></p><p>The <em>CH3</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li></ul>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		233	Internal	Right	110	170
include	0	Association	en		218219220231232	#0		ENC Reference Position	<p> This function block may be associated with the following position control function blocks:</p><ul><li><b>ENC# Cyclic Position</b><br/>When selected, the <em>Reference Position</em> offset is zero.<br/><br/></li><li><b>ENC Position Point</b><br/>When selected, the <em>Reference Position</em> is the 64-bit value stored by the <b>Position Point</b> function block, which in turn, is referenced to the <em>Cycle Zero</em> position.</li></ul><p>In either case, the <b><em>Cycle Length</em></b> used in the <em>Index Length</em> calculation is obtained either directly from the <b>ENC# Cyclic Position</b> function block or inherited via the <b>ENC Position Point</b> function block.</p>			100	auto	Engineer	0	0	32767	INT16	Writable						234	Internal	Left	0	0
include	1	Boolean	en	0=Inactive1=Set	1	#0		Set Index Length	<p>When this parameter is <em>Set</em>, the 64-bit value calculated by the calibration portion of the function block will be loaded into the <b><em>Index Length</em></b>. The <b><em>Index Length</em></b> is calculated as follows:</p><center><b><em>Index Length</em> = ( </b><em>Current Position</em> <b>-</b> <em>Reference Position</em> <b>) &divide; <em>Setup Index</em></b></center>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		234	Input	Top	-60	-40
include	3	Hexadecimal	en		1	#0		Index Length 0	<p>Least significant 16-bits of the current 64-bit <b><em>Index Length</em></b> which reflects distance between adjacent indices. Concatenate the hexadecimal values to determine the total count.</p><center><b><em>Index Length</em></b> =  <b><em>Index Length 3</em></b> | <b><em>Index Length 2</em></b> |  <b><em>Index Length 1</em></b> | <b><em>Index Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						234	Internal	Right	420	0
include	4	Hexadecimal	en		1	#0		Index Length 1	<p>Most, least significant 16-bits of the current 64-bit <b><em>Index Length</em></b> which reflects distance between adjacent indices. Concatenate the hexadecimal values to determine the total count.</p><center><b><em>Index Length</em></b> =  <b><em>Index Length 3</em></b> | <b><em>Index Length 2</em></b> | <b><em>Index Length 1</em></b> | <b><em>Index Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						234	Internal	Right	420	0
include	5	Hexadecimal	en		1	#0		Index Length 2	<p>Least, most significant 16-bits of the current 64-bit <b><em>Index Length</em></b> which reflects distance between adjacent indices. Concatenate the hexadecimal values to determine the total count.</p><center><b><em>Index Length</em></b> = <b><em>Index Length 3</em></b> | <b><em>Index Length 2</em></b> | <b><em>Index Length 1</em></b> | <b><em>Index Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						234	Internal	Right	420	0
include	6	Hexadecimal	en		1	#0		Index Length 3	<p>Most significant 16-bits of the current 64-bit <b><em>Index Length</em></b> which reflects distance between adjacent indices. Concatenate the hexadecimal values to determine the total count.</p><center><b><em>Index Length</em></b> =  <b><em>Index Length 3</em></b> | <b><em>Index Length 2</em></b> | <b><em>Index Length 1</em></b> | <b><em>Index Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						234	Internal	Right	420	0
include	7	Analog	en		1	#0		Index	<p>This parameter sets the multiplier for the <em>Desired Position</em> calculation. If the value exceeds the actual number of positions in the cycle, the resulting move will be the number of complete cycles contained in the <b><em>Index</em></b> setting with the final position determined by the remainder.</p><p>For example, if the actual number of positions is <b>18</b> and the <b><em>Index</em></b> is set to <b>25</b>, the move would be one complete cycle with the final location of Position <b>7</b>.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		234	Input	Left	-60	220
include	8	Enumerated	en	0=OK1=Fault on A2=Fault on B3=Fault on A and B4=Comms Fault	1	#0		Status	<p>For proper operation, the <b><em>Status</em></b> parameter must read <em>OK</em>. The parameter indicates:</p><ul><li>The presence of input channels <b>A</b>, <b>B</b>, and their complements.</li><li>The status of communications to the External Encoder Module (if present).</li></ul><p>When the <b><em>Status</em></b> changes to a faulted state, the <b><em>Internal Count</em></b> is held at its last value until the <b><em>Status</em></b> returns to an <em>OK</em> state. If the fault clears, the <b><em>Status</em></b> will immediately return to <em>OK</em> (i.e., fault conditions are <b>NOT</b> latched).</p><p>For critical or sensitive applications, a <b><em>drive.web</em></b> connection may be made from the <b><em>Status</em></b> parameter to logic designed to handle a faulted encoder.</p><p>Possible causes for <em>Fault on A</em>, <em>Fault on B</em> <em>Faults on A and B</em> are shown below:</p><ul><li>Short circuit between input channels.<br/><img src="en_param_hlp_enc_cnt01.png" alt="enc_short_circuit" width="338" height="104"/><br/></li><li>Open circuit on the input channels.<br/></li><li>Low Input Differential Voltage<br/><br/>-10 V &lt <em>Common Mode Voltage</em> &lt; 13.2 V<p><img src="en_param_hlp_enc_cnt02.png" alt="enc_cmv_low" width="279" height="335" /></p>| <em>Differential Voltage</em> | &lt; 275 to 475 mV<br/><img src="en_param_hlp_enc_cnt04.png"  alt="enc_diff_voltage" width="274" height="334" /><p>The <em>CH2</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li><li>Outside Common-Mode Voltage Range<br/><br/> <em>Common Mode Voltage</em> &lt; -10 V <b>or</b> 13.2 V  &lt; <em>Common Mode Voltage</em><br/><p><img src="en_param_hlp_enc_cnt03.png" alt="enc_cmv_high" width="279" height="335" /></p><p>The <em>CH3</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li></ul><p>If the <b><em>Status</em></b> parameter indicates a <em>Comms Fault</em>, there may be extreme radio frequency (RF) noise coupling to your <b><em>smarty2</em></b> I2I signal wires, a wiring fault, or a hardware fault. Check for proper shielding and routing of cabling.</p>			100	auto	Operate	0	0	4	INT16					Outgoing Connections Allowed		231	Internal	Right	390	120
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution	<p>For the <b>Cyclic Position</b> function block, the <b><em>Pulses Per Revolution</em></b> (PPR) parameter is only used to calibrate an <b>ENC Position Monitor</b> function block.</p><p>Usually, this parameter is easily determined from the encoder's model number and is typically a power of 2 (e.g., 2<sup>10</sup> = 1024, 2<sup>11</sup> = 2048, or 2 <sup>12</sup> = 4096). Generally, the higher the PPR, the more precise motion profile that can be achieved.</p>			100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		231	Input	Bottom	180	230
include	2	Boolean	en	0=Positive1=Negative	1	#0		Sign	<p>The <b><em>Sign</em></b> parameter is used in conjunction with the encoder wiring (<b><em>A</em></b> with respect to <b><em>B</em></b> channel) to determine the count direction.</p><p>Behavior of the 64-bit <b><em>Internal Count</em></b> is defined below:</p><center><table width="60%" border="1"> <tr align="center"><th><em>Sign</em></th><th><em>Direction</em></th><th>Internal Count</th></tr><tr align="center"><td>Positive</td><td>Forward</td><td>Increments</td></tr><tr align="center"><td>Positive</td><td>Reverse</td><td>Decrements</td></tr><tr align="center"><td>Negative</td><td>Forward</td><td>Decrements</td></tr><tr align="center"><td>Negative</td><td>Reverse</td><td>Increments</td></tr></table></center><p>The <b><em>Sign</em></b> parameter can be controlled by logic to change the behavior of the count which directly affects the <b><em>Output</em></b> parameter.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		231	Input	Top	180	-50
include	9	Analog	en		0.01	#0.00	%	Output	<p>The <b><em>Output</em></b> parameter is generated from the 64-bit <b><em>Internal Count</em></b> as follows:</p><center><b><em>Output %</em></b> = [ <b><em>Internal Count</em></b> / <b><em>Cycle Length</em></b> ] * 100</center>			100	auto	Operate	0	0	10000	INT16					Outgoing Connections Allowed		231	Output	Right	390	90
include	3	Hexadecimal	en		1	#0		Count 0	<p>Least significant 16-bits of the current 64-bit <b><em>Internal Count</em></b> which reflects the actual position with respect to the <em>Cycle Zero</em> position. Concatenate the hexadecimal values to determine the total count.</p><center><b><em>Internal Count</em></b> = <b><em>Count 3</em></b> | <b><em>Count 2</em></b> | <b><em>Count 1</em></b> | <b><em>Count 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16							231	Internal	Right	0	0
include	4	Hexadecimal	en		1	#0		Count 1	<p>Most, least significant 16-bits of the current 64-bit <b><em>Internal Count</em></b> which reflects the actual position with respect to the <em>Cycle Zero</em> position. Concatenate the hexadecimal values to determine the total count.</p> <center><b><em>Internal Count</em></b> = <b><em>Count 3</em></b> | <b><em>Count 2</em></b> | <b><em>Count 1</em></b> | <b><em>Count 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16							231	Internal	Right	0	0
include	5	Hexadecimal	en		1	#0		Count 2	<p>Least, most significant 16-bits of the current 64-bit <b><em>Internal Count</em></b> which reflects the actual position with respect to the <em>Cycle Zero</em> position. Concatenate the hexadecimal values to determine the total count.</p><center><b><em>Internal Count</em></b> = <b><em>Count 3</em></b> | <b><em>Count 2</em></b> | <b><em>Count 1</em></b> | <b><em>Count 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16							231	Internal	Right	0	0
include	6	Hexadecimal	en		1	#0		Count 3	<p>Most significant 16-bits of the current 64-bit <b><em>Internal Count</em></b> which reflects the actual position with respect to the <em>Cycle Zero</em> position. Concatenate the hexadecimal values to determine the total count.</p><center><b><em>Internal Count</em></b> = <b><em>Count 3</em></b> | <b><em>Count 2</em></b> | <b><em>Count 1</em></b> | <b><em>Count 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16							231	Internal	Right	0	0
include	11	Hexadecimal	en		1	#0		Last 0				100	auto	Hidden	0	0	65535	UINT16							231	Internal	Right	0	0
include	12	Hexadecimal	en		1	#0		Last 1				100	auto	Hidden	0	0	65535	UINT16							231	Internal	Right	0	0
include	10	Boolean	en	0=Forward1=Reverse	1	#0		Direction	<p>The <b><em>Direction</em></b> parameter indicates the relationship of encoder channel <b>A</b> with respect to encoder channel <b>B</b>. To invert the behavior of the <b><em>Direction</em></b> parameter, swap channel <b>A</b> and <b>-A</b> at the input terminals.</p>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		231	Output	Right	390	30
include	7	Boolean	en	0=Clear on power-up1=Persistent	1	#0		Persistence	<p>The <b><em>Persistence</em></b> parameter defines the behavior of the 64-bit <b><em>Internal Count</em></b> when the module is powered down. By default the <b><em>Internal Count</em></b> is reset to set to <em>Clear on power-up</em>. If you would like the value to be stored at power down, change to <em>Persistent</em>.</p>			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		231	Internal	Right	390	0
include	13	Hexadecimal	en		1	#0		Cycle Length 0	<p>Least significant 16-bits of the 64-bit <b><em>Cycle Length</em></b>. Concatenate the hexadecimal values to determine the total length.</p><center><b><em>Cycle Length</em></b> =  <b><em>Cycle Length 3</em></b> | <b><em>Cycle Length 2</em></b> |<b><em>Cycle Length 1</em></b> | <b><em>Cycle Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	4096	65535	UINT16	Writable						231	Internal	Right	0	0
include	14	Hexadecimal	en		1	#0		Cycle Length 1	<p>Most, least significant 16-bits of the 64-bit <b><em>Cycle Length</em></b>. Concatenate the hexadecimal values to determine the total Length.</p><center><b><em>Cycle Length</em></b> =  <b><em>Cycle Length 3</em></b> |<b><em>Cycle Length 2</em></b> | <b><em>Cycle Length 1</em></b> | <b><em>Cycle Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						231	Internal	Right	0	0
include	15	Hexadecimal	en		1	#0		Cycle Length 2	<p>Least, most significant 16-bits of the 64-bit <b><em>Cycle Length</em></b>. Concatenate the hexadecimal values to determine the total <b><em>Cycle Length</em></b>.</p><center><b><em>Cycle Length</em></b> =  <b><em>Cycle Length 3</em></b> | <b><em>Cycle Length 2</em></b> | <b><em>Cycle Length 1</em></b> | <b><em>Cycle Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						231	Internal	Right	0	0
include	16	Hexadecimal	en		1	#0		Cycle Length 3	<p>Most significant 16-bits of the 64-bit <b><em>Cycle Length</em></b>. Concatenate the hexadecimal values to determine the total <b><em>Cycle Length</em></b>.</p><center><b><em>Cycle Length</em></b> =  <b><em>Cycle Length 3</em></b> | <b><em>Cycle Length 2</em></b> | <b><em>Cycle Length 1</em></b> | <b><em>Cycle Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						231	Internal	Right	0	0
include	0	Analog	en		0.01	#0.00	%	Input	<p>The bipolar value to be converted to a unipolar value.</p>			100	auto	Operate	-5000	0	5000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		235	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Output	<p>The unipolar value which may be used as a non-reversing control output.</p>			100	auto	Operate	0	0	9999	INT16					Outgoing Connections Allowed		235	Output	Right	120	0
include	0	OptionalAssociation	en		236237238	#0		Cycle Calibration	<p>This parameter is used to associate a <b>Cyclic Position</b> function block with the appropriate <b>Cycle Calibrator</b> function block. If set to <em>None</em>, the <em>Zero Count</em> location must be manually set and the <b><em>Cycle Length</em></b> must be entered manually into the four 16-bit registers.</p><p>If associated with either a <b>Cycle Calibrator Basic</b> or a <b>Cycle Calibrator</b> function block, the <b><em>Internal Count</em></b> zero location and the <b><em>Cycle Length</em></b> value can be externally manipulated making calibration and maintenance simpler while preventing long term accumulated error due to mechanical limitations.</p>			100	auto	Engineer	0	0	32767	INT16	Writable						231	Internal	Left	0	0
include	0	Boolean	en	0=False1=True	1	#0		Set	<p>If the <b><em>Enable</em></b> is <em>Enabled</em>, the rising-edge of the transition from <em>False</em> to <em>True</em> sets the <b><em>Internal Count</em></b> to zero. If both the <b><em>Enable</em></b> and the <b><em>Length Enable</em></b> are <em>Enabled</em> then the <b><em>Cycle Length</em></b> calibration procedure is begun and another false-to-true transition is required.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		236	Input	Left	0	0
include	1	Boolean	en	0=Disabled1=Enabled	1	#0		Enable	<p>When <em>Enabled</em>, the rising-edge of the <b><em>Set</em></b> input resets the <b><em>Internal Count</em></b> to zero.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		236	Input	Left	0	60
include	2	Boolean	en		1	#0		State				100	auto	Hidden	0	0	1	INT16							236	Internal	Left	0	0
include	0	Enumerated	en	0=Disabled1=Forward Enabled2=Reverse Enabled	1	#0		Enable	<p>When <em>Enabled</em>, the rising-edge of the <b>DIN1</b> input resets the <b><em>Internal Count</em></b> to zero.</p>			100	auto	Operate	0	0	3	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		237	Input	Left	0	40
include	1	Boolean	en	0=Disabled1=Enabled	1	#0		Window Enable	<p>When <em>Enabled</em>, the window feature prevents spurious resets of the <b><em>Internal Count</em></b> and <b><em>Cycle Length</em></b> by limiting the physical location where the  calibrator function block looks for the <b>DIN1</b> reset input. The window is centered on the current <em>Zero</em> position. Otherwise, any transition of the <b>DIN1</b> input will cause a reset.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		237	Input	Bottom	180	130
include	2	Analog	en		0.01	#0.00	%	Window Width	<p>This parameter sets the overall width of the window feature as a percentage of the <b><em>Cycle Length</em></b> and is centered on the <em>Zero</em> position.</p> 			100	auto	Engineer	1	10	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		237	Input	Top	180	-80
include	3	Boolean	en	0=OK1=Out of Window	1	#0		Window Status	<p>If <b><em>Window Enable</em></b> is <em>Enabled</em>, this parameter indicates how close the current position is to the <em>Zero</em> position (within the limits of the <b><em>Window Width</em></b>). An <em>OK</em> status is indicated when within the window while an <em>Out of Window</em> is indicated when outside of the window.</p><p>If <b><em>Window Enable</em></b> is <em>Disabled</em>, the status always indicates <em>Out of Window</em>.</p>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		237	Output	Right	470	-50
include	18	Analog	en		1	#0		Comms Errors	<p>This parameter keeps a tally of total errors on the communication link effectively recording every transition of the <b><em>ENC1 Comms State</em></b> and <b><em>ENC2 Comms State</em></b>.</p>			100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		233	Internal	Right	110	180
include	0	Enumerated	en	0=Disabled1=Forward Enabled2=Reverse Enabled	1	#0		Enable	<p>When <em>Enabled</em>, the rising-edge of the <b>DIN2</b> input resets the <b><em>Internal Count</em></b> to zero.</p>			100	auto	Operate	0	0	3	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		238	Input	Left	0	40
include	1	Boolean	en	0=Disabled1=Enabled	1	#0		Window Enable	<p>When <em>Enabled</em>, the window feature prevents spurious resets of the <b><em>Internal Count</em></b> and <b><em>Cycle Length</em></b> by limiting the physical location where the calibrator function block looks for the <b>DIN2</b> reset input. The window is centered on the current <em>Zero</em> position. Otherwise, any transition of the <b>DIN2</b> input will cause a reset.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		238	Input	Bottom	180	130
include	2	Analog	en		0.01	#0.00	%	Window Width	<p>This parameter sets the overall width of the window feature as a percentage of the <b><em>Cycle Length</em></b> and is centered on the <em>Zero</em> position.</p> 			100	auto	Engineer	1	10	10000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		238	Input	Top	180	-80
include	3	Boolean	en	0=OK1=Out of Window	1	#0		Window Status	<p>If <b><em>Window Enable</em></b> is <em>Enabled</em>, this parameter indicates how close the current position is to the <em>Zero</em> position (within the limits of the <b><em>Window Width</em></b>). An <em>OK</em> status is indicated when within the window while an <em>Out of Window</em> is indicated when outside of the window.</p><p>If <b><em>Window Enable</em></b> is <em>Disabled</em>, the status always indicates <em>Out of Window</em>.</p>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		238	Output	Right	470	-50
include	8	Enumerated	en	0=OK1=Fault on A2=Fault on B3=Fault on A and B4=Comms Fault	1	#0		Status	<p>For proper operation, the <b><em>Status</em></b> parameter must read <em>OK</em>. The parameter indicates:</p><ul><li>The presence of input channels <b>A</b>, <b>B</b>, and their complements.</li><li>The status of communications to the External Encoder Module (if present).</li></ul><p>When the <b><em>Status</em></b> changes to a faulted state, the <b><em>Internal Count</em></b> is held at its last value until the <b><em>Status</em></b> returns to an <em>OK</em> state. If the fault clears, the <b><em>Status</em></b> will immediately return to <em>OK</em> (i.e., fault conditions are <b>NOT</b> latched).</p><p>For critical or sensitive applications, a <b><em>drive.web</em></b> connection may be made from the <b><em>Status</em></b> parameter to logic designed to handle a faulted encoder.</p><p>Possible causes for <em>Fault on A</em>, <em>Fault on B</em> <em>Faults on A and B</em> are shown below:</p><ul><li>Short circuit between input channels.<br/><img src="en_param_hlp_enc_cnt01.png" alt="enc_short_circuit" width="338" height="104"/><br/></li><li>Open circuit on the input channels.<br/></li><li>Low Input Differential Voltage<br/><br/>-10 V &lt <em>Common Mode Voltage</em> &lt; 13.2 V<p><img src="en_param_hlp_enc_cnt02.png" alt="enc_cmv_low" width="279" height="335" /></p>| <em>Differential Voltage</em> | &lt; 275 to 475 mV<br/><img src="en_param_hlp_enc_cnt04.png"  alt="enc_diff_voltage" width="274" height="334" /><p>The <em>CH2</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li><li>Outside Common-Mode Voltage Range<br/><br/> <em>Common Mode Voltage</em> &lt; -10 V <b>or</b> 13.2 V  &lt; <em>Common Mode Voltage</em><br/><p><img src="en_param_hlp_enc_cnt03.png" alt="enc_cmv_high" width="279" height="335" /></p><p>The <em>CH3</em> signal going high results in the <b><em>Status</em></b> parameter changing to a faulted condition.</p></li></ul><p>If the <b><em>Status</em></b> parameter indicates a <em>Comms Fault</em>, there may be extreme radio frequency (RF) noise coupling to your <b><em>smarty2</em></b> I2I signal wires, a wiring fault, or a hardware fault. Check for proper shielding and routing of cabling.</p>			100	auto	Operate	0	0	4	INT16					Outgoing Connections Allowed		232	Internal	Right	390	120
include	1	Analog	en		1	#0	ppr	Pulses Per Revolution	<p>For the <b>Cyclic Position</b> function block, the <b><em>Pulses Per Revolution</em></b> (PPR) parameter is only used to calibrate an <b>ENC Position Monitor</b> function block.</p><p>Usually, this parameter is easily determined from the encoder's model number and is typically a power of 2 (e.g., 2<sup>10</sup> = 1024, 2<sup>11</sup> = 2048, or 2 <sup>12</sup> = 4096). Generally, the higher the PPR, the more precise motion profile that can be achieved.</p>			100	auto	Operate	1	1024	30000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		232	Input	Bottom	180	230
include	2	Boolean	en	0=Positive1=Negative	1	#0		Sign	<p>The <b><em>Sign</em></b> parameter is used in conjunction with the encoder wiring (<b><em>A</em></b> with respect to <b><em>B</em></b> channel) to determine the count direction.</p><p>Behavior of the 64-bit <b><em>Internal Count</em></b> is defined below:</p><center><table width="60%" border="1"> <tr align="center"><th><em>Sign</em></th><th><em>Direction</em></th><th>Internal Count</th></tr><tr align="center"><td>Positive</td><td>Forward</td><td>Increments</td></tr><tr align="center"><td>Positive</td><td>Reverse</td><td>Decrements</td></tr><tr align="center"><td>Negative</td><td>Forward</td><td>Decrements</td></tr><tr align="center"><td>Negative</td><td>Reverse</td><td>Increments</td></tr></table></center><p>The <b><em>Sign</em></b> parameter can be controlled by logic to change the behavior of the count which directly affects the <b><em>Output</em></b> parameter.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		232	Input	Top	180	-50
include	9	Analog	en		0.01	#0.00	%	Output	<p>The <b><em>Output</em></b> parameter is generated from the 64-bit <b><em>Internal Count</em></b> as follows:</p><center><b><em>Output %</em></b> = [ <b><em>Internal Count</em></b> / <b><em>Cycle Length</em></b> ] * 100</center>			100	auto	Operate	0	0	10000	INT16					Outgoing Connections Allowed		232	Output	Right	390	90
include	3	Hexadecimal	en		1	#0		Count 0	<p>Least significant 16-bits of the current 64-bit <b><em>Internal Count</em></b> which reflects the actual position with respect to the <em>Cycle Zero</em> position. Concatenate the hexadecimal values to determine the total count.</p><center><b><em>Internal Count</em></b> = <b><em>Count 3</em></b> | <b><em>Count 2</em></b> | <b><em>Count 1</em></b> | <b><em>Count 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16							232	Internal	Right	0	0
include	4	Hexadecimal	en		1	#0		Count 1	<p>Most, least significant 16-bits of the current 64-bit <b><em>Internal Count</em></b> which reflects the actual position with respect to the <em>Cycle Zero</em> position. Concatenate the hexadecimal values to determine the total count.</p> <center><b><em>Internal Count</em></b> = <b><em>Count 3</em></b> | <b><em>Count 2</em></b> | <b><em>Count 1</em></b> | <b><em>Count 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16							232	Internal	Right	0	0
include	5	Hexadecimal	en		1	#0		Count 2	<p>Least, most significant 16-bits of the current 64-bit <b><em>Internal Count</em></b> which reflects the actual position with respect to the <em>Cycle Zero</em> position. Concatenate the hexadecimal values to determine the total count.</p><center><b><em>Internal Count</em></b> = <b><em>Count 3</em></b> | <b><em>Count 2</em></b> | <b><em>Count 1</em></b> | <b><em>Count 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16							232	Internal	Right	0	0
include	6	Hexadecimal	en		1	#0		Count 3	<p>Most significant 16-bits of the current 64-bit <b><em>Internal Count</em></b> which reflects the actual position with respect to the <em>Cycle Zero</em> position. Concatenate the hexadecimal values to determine the total count.</p><center><b><em>Internal Count</em></b> = <b><em>Count 3</em></b> | <b><em>Count 2</em></b> | <b><em>Count 1</em></b> | <b><em>Count 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16							232	Internal	Right	0	0
include	11	Hexadecimal	en		1	#0		Last 0				100	auto	Hidden	0	0	65535	UINT16							232	Internal	Right	0	0
include	12	Hexadecimal	en		1	#0		Last 1				100	auto	Hidden	0	0	65535	UINT16							232	Internal	Right	0	0
include	10	Boolean	en	0=Forward1=Reverse	1	#0		Direction	<p>The <b><em>Direction</em></b> parameter indicates the relationship of encoder channel <b>A</b> with respect to encoder channel <b>B</b>. To invert the behavior of the <b><em>Direction</em></b> parameter, swap channel <b>A</b> and <b>-A</b> at the input terminals.</p>			100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		232	Output	Right	390	30
include	7	Boolean	en	0=Clear on power-up1=Persistent	1	#0		Persistence	<p>The <b><em>Persistence</em></b> parameter defines the behavior of the 64-bit <b><em>Internal Count</em></b> when the module is powered down. By default the <b><em>Internal Count</em></b> is reset to set to <em>Clear on power-up</em>. If you would like the value to be stored at power down, change to <em>Persistent</em>.</p>			100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		232	Internal	Right	390	0
include	13	Hexadecimal	en		1	#0		Cycle Length 0	<p>Least significant 16-bits of the 64-bit <b><em>Cycle Length</em></b>. Concatenate the hexadecimal values to determine the total length.</p><center><b><em>Cycle Length</em></b> =  <b><em>Cycle Length 3</em></b> | <b><em>Cycle Length 2</em></b> |<b><em>Cycle Length 1</em></b> | <b><em>Cycle Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	4096	65535	UINT16	Writable						232	Internal	Right	0	0
include	14	Hexadecimal	en		1	#0		Cycle Length 1	<p>Most, least significant 16-bits of the 64-bit <b><em>Cycle Length</em></b>. Concatenate the hexadecimal values to determine the total Length.</p><center><b><em>Cycle Length</em></b> =  <b><em>Cycle Length 3</em></b> |<b><em>Cycle Length 2</em></b> | <b><em>Cycle Length 1</em></b> | <b><em>Cycle Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						232	Internal	Right	0	0
include	15	Hexadecimal	en		1	#0		Cycle Length 2	<p>Least, most significant 16-bits of the 64-bit <b><em>Cycle Length</em></b>. Concatenate the hexadecimal values to determine the total <b><em>Cycle Length</em></b>.</p><center><b><em>Cycle Length</em></b> =  <b><em>Cycle Length 3</em></b> | <b><em>Cycle Length 2</em></b> | <b><em>Cycle Length 1</em></b> | <b><em>Cycle Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						232	Internal	Right	0	0
include	16	Hexadecimal	en		1	#0		Cycle Length 3	<p>Most significant 16-bits of the 64-bit <b><em>Cycle Length</em></b>. Concatenate the hexadecimal values to determine the total <b><em>Cycle Length</em></b>.</p><center><b><em>Cycle Length</em></b> =  <b><em>Cycle Length 3</em></b> | <b><em>Cycle Length 2</em></b> | <b><em>Cycle Length 1</em></b> | <b><em>Cycle Length 0</em></b></center><p>For example, 0x0000 0x0BA8 0x9DE7 0x3694 = 12,818,831,586,964.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable						232	Internal	Right	0	0
include	0	OptionalAssociation	en		236237238	#0		Cycle Calibration	<p>This parameter is used to associate a <b>Cyclic Position</b> function block with the appropriate <b>Cycle Calibrator</b> function block. If set to <em>None</em>, the <em>Zero Count</em> location must be manually set and the <b><em>Cycle Length</em></b> must be entered manually into the four 16-bit registers.</p><p>If associated with either a <b>Cycle Calibrator Basic</b> or a <b>Cycle Calibrator</b> function block, the <b><em>Internal Count</em></b> zero location and the <b><em>Cycle Length</em></b> value can be externally manipulated making calibration and maintenance simpler while preventing long term accumulated error due to mechanical limitations.</p>			100	auto	Engineer	0	0	32767	INT16	Writable						232	Internal	Left	0	0
include	3	Boolean	en	0=Disabled1=Enabled	1	#0		Length Enable	<p>When <em>Enabled</em>, the first rising-edge of the <em><b>Set</b></em> input resets the <b><em>Internal Count</em></b> to zero while the second rising-edge of the <em><b>Set</b></em> input moves the <b><em>Internal Count</em></b> to the <b><em>Cycle Length</em></b> defining the cycle.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		236	Input	Left	0	120
include	4	Boolean	en	0=Disabled1=Enabled	1	#0		Length Enable	<p>When <em>Enabled</em>, the first rising-edge of the <b>DIN1</b> input resets the <b><em>Internal Count</em></b> to zero while the second rising-edge of the <b>DIN1</b> input moves the <b><em>Internal Count</em></b> to the <b><em>Cycle Length</em></b> defining the cycle.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		237	Input	Left	0	100
include	4	Boolean	en	0=Disabled1=Enabled	1	#0		Length Enable	<p>When <em>Enabled</em>, the first rising-edge of the <b>DIN2</b> input resets the <b><em>Internal Count</em></b> to zero while the second rising-edge of the <b>DIN2</b> input moves the <b><em>Internal Count</em></b> to the <b><em>Cycle Length</em></b> defining the cycle.</p>			100	auto	Engineer	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		238	Input	Left	0	100
include	5	Hexadecimal	en		1	#0		Timestamp 0				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	237	Internal	Right	0	0
include	6	Hexadecimal	en		1	#0		Timestamp 1				100	auto	Hidden	0	61440	65535	UINT16						Default on Hard Initialization	237	Internal	Right	0	0
include	5	Hexadecimal	en		1	#0		Timestamp 0				100	auto	Hidden	0	0	65535	UINT16						Default on Hard Initialization	238	Internal	Right	0	0
include	6	Hexadecimal	en		1	#0		Timestamp 1				100	auto	Hidden	0	61440	65535	UINT16						Default on Hard Initialization	238	Internal	Right	0	0
include	0	Analog	en		0.01	#0.00	%	Value				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		239	Input	Left	10	60
include	1	Analog	en		0.01	#0.00	%	Range				100	auto	Operate	0	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		239	Input	Bottom	60	120
include	0	Analog	en		0.01	#0.00	%	Setpoint				100	auto	Operate	-32767	0	32767	INT16	Writable				Outgoing Connections Allowed		240	Output	Right	110	60
include	1	Analog	en		0.01	#0.00	%	Maximum				100	auto	Operate	-32767	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		240	Input	Top	70	0
include	2	Analog	en		0.01	#0.00	%	Minimum				100	auto	Operate	-32767	-10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		240	Input	Bottom	50	120
include	3	Analog	en		0.01	#0.00	%	Feedback				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		240	Input	Left	-50	60
include	0	Association	en		220231232	#0		ENC Reference Position	<p> This function block may be associated with the following position control function blocks:</p><ul><li><b>ENC# Cyclic Position</b><br/>When selected, the <em>Reference Position</em> offset is zero.<br/><br/></li><li><b>ENC Position Point</b><br/>When selected, the <em>Reference Position</em> is the 64-bit value stored by the <b>Position Point</b> function block, which in turn, is referenced to the <em>Cycle Zero</em> position.</li></ul><p>In either case, the <b><em>Cycle Length</em></b> is obtained either directly from the <b>ENC# Cyclic Position</b> function block or inherited via the <b>ENC Position Point</b> function block.</p>			100	auto	Engineer	0	0	32767	INT16	Writable						241	Internal	Left	0	0
include	3	Analog	en	-32767=- overrange32767=+ overrange	0.01	#0.00	%	Position Error	<p>The <b><em>Position Error</em></b> is generated by comparing the <em>Desired Position</em> to the <em>Current Position</em> as follows:</p><center><b><em>Position Error %</em> = ( <em>Desired Position</em> - <em>Current Position</em> ) * 100</b></center><p>If the <b><em>Position Error</em></b> exceeds +/- 327.66%, the parameter will indicate <em>overrange</em>; however, the 64-bit <b><em>Internal Count</em></b> is unaffected.</p>			100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		241	Output	Right	320	320
include	2	Analog	en		1	#0		Index	<p>This parameter sets the multiplier for the <em>Desired Position</em> calculation. If the setting exceeds the <b><em>Indices / Cycle</em></b>, the resulting move will be the number of complete cycles as determined by the quotient of the <b>Index</b> &divide; <b><em>Indices / Cycle</em></b> with the final position <b>Index</b> determined by the remainder.</p><p>For example, if the <b><em>Indices / Cycle</em></b> is 18 and the <b><em>Index</em></b> is set to 25, the move would be one complete cycle with the final location of Position 7.</p>			100	auto	Engineer	0	0	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		241	Input	Left	-60	220
include	1	Analog	en		1	#0		Indices / Cycle	<p>In most applications, this parameter is the total number of stop points in the cycle and is used to calculate the <em>Index Length</em>.</p><p>Generally, the distance between stop points is a constant value; however, if all of the stop points are exact multiples of some minimum <b><em>Index Length</em></b>, this parameter would be set to the total number of minimum <b><em>Index Length</em></b>'s required to select the appropriate stop position.</p>			100	auto	Engineer	1	10	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		241	Input	Left	-60	140
include	0	Analog	en		0.01	#0.00	%	Setpoint				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		242	Input	Left	0	0
include	1	Analog	en		0.01	#0.00	%	Feedback				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		242	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	%	Range				100	auto	Operate	0	10000	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		242	Input	Bottom	60	120
include	0	Boolean	en	0=Low1=High	1	#0		Input 0				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	900
include	1	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	840
include	2	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	780
include	3	Boolean	en	0=Low1=High	1	#0		Input 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	720
include	4	Boolean	en	0=Low1=High	1	#0		Input 4				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	660
include	5	Boolean	en	0=Low1=High	1	#0		Input 5				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	600
include	6	Boolean	en	0=Low1=High	1	#0		Input 6				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	540
include	7	Boolean	en	0=Low1=High	1	#0		Input 7				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	480
include	8	Boolean	en	0=Low1=High	1	#0		Input 8				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	420
include	9	Boolean	en	0=Low1=High	1	#0		Input 9				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	360
include	10	Boolean	en	0=Low1=High	1	#0		Input 10				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	300
include	11	Boolean	en	0=Low1=High	1	#0		Input 11				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	240
include	12	Boolean	en	0=Low1=High	1	#0		Input 12				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	180
include	13	Boolean	en	0=Low1=High	1	#0		Input 13				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	120
include	14	Boolean	en	0=Low1=High	1	#0		Input 14				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	60
include	15	Boolean	en	0=Low1=High	1	#0		Input 15				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	0
include	17	Boolean	en	0=Low1=High	1	#0		Output 0				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	900
include	18	Boolean	en	0=Low1=High	1	#0		Output 1				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	840
include	19	Boolean	en	0=Low1=High	1	#0		Output 2				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	780
include	20	Boolean	en	0=Low1=High	1	#0		Output 3				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	720
include	21	Boolean	en	0=Low1=High	1	#0		Output 4				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	660
include	22	Boolean	en	0=Low1=High	1	#0		Output 5				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	600
include	23	Boolean	en	0=Low1=High	1	#0		Output 6				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	540
include	24	Boolean	en	0=Low1=High	1	#0		Output 7				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	480
include	25	Boolean	en	0=Low1=High	1	#0		Output 8				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	420
include	26	Boolean	en	0=Low1=High	1	#0		Output 9				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	360
include	27	Boolean	en	0=Low1=High	1	#0		Output 10				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	300
include	28	Boolean	en	0=Low1=High	1	#0		Output 11				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	240
include	29	Boolean	en	0=Low1=High	1	#0		Output 12				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	180
include	30	Boolean	en	0=Low1=High	1	#0		Output 13				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	120
include	31	Boolean	en	0=Low1=High	1	#0		Output 14				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	60
include	32	Boolean	en	0=Low1=High	1	#0		Output 15				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		243	Output	Right	200	0
include	16	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Input	Left	0	960
include	33	Boolean	en	0=Zero on power-up1=Persistent	1	#0		State Persistence				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		243	Internal	Left	0	30
include	34	Enumerated	en	0=Initial	1	#0		State				100	auto	Operate	0	0	255	INT16					Outgoing Connections Allowed		243	Internal	Right	200	30
include	35	Hexadecimal	en		1	#0		Last Input State				100	auto	Hidden	0	0	65535	UINT16							243	Internal	Right	0	0
include	36	MooreMachineProg16	en		1	#0		Program				100	auto	Engineer	0	0	1	BYTE_ARRAY	Writable						243	Internal	Left	0	0
include	0	Boolean	en	0=Low1=High	1	#0		Input 0				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		244	Input	Left	0	420
include	1	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		244	Input	Left	0	360
include	2	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		244	Input	Left	0	300
include	3	Boolean	en	0=Low1=High	1	#0		Input 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		244	Input	Left	0	240
include	4	Boolean	en	0=Low1=High	1	#0		Input 4				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		244	Input	Left	0	180
include	5	Boolean	en	0=Low1=High	1	#0		Input 5				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		244	Input	Left	0	120
include	6	Boolean	en	0=Low1=High	1	#0		Input 6				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		244	Input	Left	0	60
include	7	Boolean	en	0=Low1=High	1	#0		Input 7				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		244	Input	Left	0	0
include	9	Boolean	en	0=Low1=High	1	#0		Output 0				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		244	Output	Right	200	420
include	10	Boolean	en	0=Low1=High	1	#0		Output 1				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		244	Output	Right	200	360
include	11	Boolean	en	0=Low1=High	1	#0		Output 2				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		244	Output	Right	200	300
include	12	Boolean	en	0=Low1=High	1	#0		Output 3				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		244	Output	Right	200	240
include	13	Boolean	en	0=Low1=High	1	#0		Output 4				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		244	Output	Right	200	180
include	14	Boolean	en	0=Low1=High	1	#0		Output 5				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		244	Output	Right	200	120
include	15	Boolean	en	0=Low1=High	1	#0		Output 6				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		244	Output	Right	200	60
include	16	Boolean	en	0=Low1=High	1	#0		Output 7				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		244	Output	Right	200	0
include	8	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		244	Input	Left	0	480
include	17	Boolean	en	0=Zero on power-up1=Persistent	1	#0		State Persistence				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		244	Internal	Left	0	30
include	18	Enumerated	en	0=Initial	1	#0		State				100	auto	Operate	0	0	255	INT16					Outgoing Connections Allowed		244	Internal	Right	200	30
include	19	Hexadecimal	en		1	#0		Last Input State				100	auto	Hidden	0	0	65535	UINT16							244	Internal	Right	0	0
include	20	MooreMachineProg8	en		1	#0		Program				100	auto	Engineer	0	0	1	BYTE_ARRAY	Writable						244	Internal	Left	0	0
include	0	Analog	en		0.01	#0.00	%	Input 0				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		245	Input	Left	0	420
include	8	Analog	en		0.01	#0.00	%	Output 0				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		245	Output	Right	200	300
include	1	Analog	en		0.01	#0.00	%	Input 1				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		245	Input	Left	0	360
include	2	Analog	en		0.01	#0.00	%	Input 2				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		245	Input	Left	0	300
include	3	Analog	en		0.01	#0.00	%	Input 3				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		245	Input	Left	0	240
include	4	Analog	en		0.01	#0.00	%	Input 4				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		245	Input	Left	0	180
include	5	Analog	en		0.01	#0.00	%	Input 5				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		245	Input	Left	0	120
include	6	Analog	en		0.01	#0.00	%	Input 6				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		245	Input	Left	0	60
include	7	Analog	en		0.01	#0.00	%	Input 7				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		245	Input	Left	0	0
include	9	Analog	en		0.01	#0.00	%	Output 1				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		245	Output	Right	200	240
include	10	Analog	en		0.01	#0.00	%	Output 2				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		245	Output	Right	200	180
include	11	Analog	en		0.01	#0.00	%	Output 3				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		245	Output	Right	200	120
include	13	Analog	en		1	#0		Line Number	Length of program or line at which error occurred			100	auto	Engineer	0	0	2048	INT16							245	Internal	Right	200	0
include	12	Enumerated	en	0=OK1=No Program2=Unknown Operation3=Stack Underflow4=Stack Overflow	1	#0		Result				100	auto	Engineer	-2	-1	32	INT16					Outgoing Connections Allowed		245	Internal	Right	200	20
include	14	CalculatorProgram	en		1	#0		Program				100	auto	Engineer	0	0	1	BYTE_ARRAY	Writable						245	Internal	Left	0	0
include	0	Boolean	en	0=Low1=High	1	#0		Input 0				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		246	Input	Left	0	300
include	1	Boolean	en	0=Low1=High	1	#0		Input 1				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		246	Input	Left	0	240
include	2	Boolean	en	0=Low1=High	1	#0		Input 2				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		246	Input	Left	0	180
include	3	Boolean	en	0=Low1=High	1	#0		Input 3				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		246	Input	Left	0	120
include	4	Boolean	en	0=Low1=High	1	#0		Input 4				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		246	Input	Left	0	60
include	5	Boolean	en	0=Low1=High	1	#0		Input 5				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		246	Input	Left	0	0
include	6	Boolean	en	0=Low1=High	1	#0		Output 0				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		246	Output	Right	200	240
include	7	Boolean	en	0=Low1=High	1	#0		Output 1				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		246	Output	Right	200	180
include	8	Boolean	en	0=Low1=High	1	#0		Output 2				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		246	Output	Right	200	120
include	9	Boolean	en	0=Low1=High	1	#0		Output 3				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		246	Output	Right	200	60
include	10	ComboLogicProgram	en		1	#0		Program				100	auto	Engineer	0	0	1	BYTE_ARRAY	Writable						246	Internal	Left	0	0
include	0	Analog	en		0.1	#0.0	s	∆T	The difference between Terrestrial Time and Universal Time.  <a href="http://en.wikipedia.org/wiki/Delta_T">More Info</a>			100	auto	Engineer	-32767	659	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		247	Internal	Left	0	20
include	4	Analog	en		0.01	#0.00	°	Zenith Angle	The vertical angle measured from the zenith			100	auto	Operate	0	0	18000	INT16					Outgoing Connections Allowed		247	Output	Right	200	30
include	1	Analog	en		0.01	#0.00	°	Longitude	Positive is East			100	auto	Engineer	-18000	0	18000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		247	Input	Left	0	60
include	2	Analog	en		0.01	#0.00	°	Latitude	Positive is North			100	auto	Engineer	-9000	0	9000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		247	Input	Left	0	0
include	3	Analog	en		1	#0	m	Altitude	Above mean sea level			100	auto	Engineer	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		247	Input	Left	0	120
include	5	Analog	en		0.01	#0.00	°	Azimuth 180	The horizontal angle measured from the South.  Positive is Westward.			100	auto	Operate	-18000	0	18000	INT16					Outgoing Connections Allowed		247	Output	Right	200	90
include	0	Boolean	en	0=Inactive1=Set	1	#0		Set				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		248	Input	Left	0	0
include	1	Boolean	en	0=Inactive1=Reset	1	#0		Reset				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		248	Input	Left	0	60
include	2	Boolean	en	0=Low1=High	1	#0		State				100	auto	Operate	0	0	1	INT16	Writable				Outgoing Connections Allowed	Default on Hard Initialization	248	Output	Right	110	30
include	0	Analog	en		1	#0		Input				100	auto	Operate	0	0	15	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		249	Input	Left	0	450
include	1	Boolean	en	0=Low1=High	1	#0		Output 0				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	900
include	2	Boolean	en	0=Low1=High	1	#0		Output 1				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	840
include	3	Boolean	en	0=Low1=High	1	#0		Output 2				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	780
include	4	Boolean	en	0=Low1=High	1	#0		Output 3				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	720
include	5	Boolean	en	0=Low1=High	1	#0		Output 4				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	660
include	6	Boolean	en	0=Low1=High	1	#0		Output 5				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	600
include	7	Boolean	en	0=Low1=High	1	#0		Output 6				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	540
include	8	Boolean	en	0=Low1=High	1	#0		Output 7				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	480
include	9	Boolean	en	0=Low1=High	1	#0		Output 8				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	420
include	10	Boolean	en	0=Low1=High	1	#0		Output 9				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	360
include	11	Boolean	en	0=Low1=High	1	#0		Output 10				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	300
include	12	Boolean	en	0=Low1=High	1	#0		Output 11				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	240
include	13	Boolean	en	0=Low1=High	1	#0		Output 12				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	180
include	14	Boolean	en	0=Low1=High	1	#0		Output 13				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	120
include	15	Boolean	en	0=Low1=High	1	#0		Output 14				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	60
include	16	Boolean	en	0=Low1=High	1	#0		Output 15				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		249	Output	Right	120	0
include	0	Analog	en		1	#0		Input				100	auto	Operate	0	0	7	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		250	Input	Left	0	210
include	1	Boolean	en	0=Low1=High	1	#0		Output 0				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		250	Output	Right	120	420
include	2	Boolean	en	0=Low1=High	1	#0		Output 1				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		250	Output	Right	120	360
include	3	Boolean	en	0=Low1=High	1	#0		Output 2				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		250	Output	Right	120	300
include	4	Boolean	en	0=Low1=High	1	#0		Output 3				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		250	Output	Right	120	240
include	5	Boolean	en	0=Low1=High	1	#0		Output 4				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		250	Output	Right	120	180
include	6	Boolean	en	0=Low1=High	1	#0		Output 5				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		250	Output	Right	120	120
include	7	Boolean	en	0=Low1=High	1	#0		Output 6				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		250	Output	Right	120	60
include	8	Boolean	en	0=Low1=High	1	#0		Output 7				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		250	Output	Right	120	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		251	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		251	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		252	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		252	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		253	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		253	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		254	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		254	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		255	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		255	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		256	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		256	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		257	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		257	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		258	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		258	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		259	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		259	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		260	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		260	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		261	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		261	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		262	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		262	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		263	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		263	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		264	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		264	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		265	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		265	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		266	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		266	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		267	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		267	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		268	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		268	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		269	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		269	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		270	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		270	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		271	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		271	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		272	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		272	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		273	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		273	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		274	Output	Right	110	0
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		274	Input	Left	0	0
include	2	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		275	Output	Right	340	10
include	1	Analog	en		1	#0	Hz	Base Frequency				100	auto	Operate	5	1800	20000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		275	Input	Bottom	270	90
include	0	Enumerated	en	0=High-level, Pull-up1=High level, Pull-down16=Low level, Pull-up17=Low level, Pull-down	1	#0		Input Type				100	auto	Operate	0	0	256	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		275	Internal	Bottom	90	90
include	2	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		276	Output	Right	340	10
include	1	Analog	en		1	#0	Hz	Base Frequency				100	auto	Operate	5	1800	20000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		276	Input	Bottom	270	90
include	0	Enumerated	en	0=High-level, Pull-up2=High level, Pull-down32=Low level, Pull-up34=Low level, Pull-down	1	#0		Input Type				100	auto	Operate	0	0	256	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		276	Internal	Bottom	90	90
include	2	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		277	Output	Right	340	10
include	1	Analog	en		1	#0	Hz	Base Frequency				100	auto	Operate	5	1800	20000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		277	Input	Bottom	270	90
include	0	Enumerated	en	0=Pull-up4=Pull-down	1	#0		Input Type				100	auto	Operate	0	0	256	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		277	Internal	Bottom	90	90
include	2	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		278	Output	Right	340	10
include	1	Analog	en		1	#0	Hz	Base Frequency				100	auto	Operate	5	1800	20000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		278	Input	Bottom	270	90
include	0	Enumerated	en	0=Pull-up8=Pull-down	1	#0		Input Type				100	auto	Operate	0	0	256	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		278	Internal	Bottom	90	90
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		279	Input	Left	0	0
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		280	Input	Left	0	0
include	1	Analog	en		1	#0	Hz	Base Frequency				100	auto	Operate	100	1800	20000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		279	Input	Bottom	80	89
include	1	Analog	en		1	#0	Hz	Base Frequency				100	auto	Operate	100	1800	20000	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		280	Input	Bottom	80	89
include	2	Boolean	en	0=Disable1=Enable	1	#0		Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		279	Input	Top	160	-80
include	2	Boolean	en	0=Disable1=Enable	1	#0		Enable				100	auto	Operate	0	1	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		280	Input	Top	160	-80
include	3	Enumerated	en	0=Pull-up4=Pull-down	1	#0		Output Type				100	auto	Operate	0	0	256	INT16					Outgoing Connections Allowed		279	Internal	Bottom	230	80
include	3	Enumerated	en	0=Pull-up8=Pull-down	1	#0		Output Type				100	auto	Operate	0	0	256	INT16					Outgoing Connections Allowed		280	Internal	Bottom	230	80
include	0	Boolean	en	0=Low1=High	1	#0		T3 State				100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		281	Internal	Right	110	10
include	1	Boolean	en	0=Low1=High	1	#0		T4 State				100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		281	Internal	Right	110	20
include	2	Boolean	en	0=Low1=High	1	#0		T5 State				100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		281	Internal	Right	110	30
include	3	Boolean	en	0=Low1=High	1	#0		T6 State				100	auto	Engineer	0	0	1	INT16					Outgoing Connections Allowed		281	Internal	Right	110	40
include	4	Analog	en		1	#0		T3 Count				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		281	Internal	Right	110	50
include	5	Analog	en		1	#0		T4 Count				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		281	Internal	Right	110	60
include	6	Analog	en		1	#0		T5 Count				100	auto	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		281	Internal	Right	110	70
include	0	Boolean	en	0=Low1=High	1	#0		Input				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		282	Input	Left	0	0
include	1	Boolean	en	0=Low1=High	1	#0		Output				100	auto	Operate	0	0	1	INT16					Outgoing Connections Allowed		282	Output	Right	150	0
include	2	Analog	en		1	#0		Input State				100	auto	Hidden	0	0	1	INT16						Default on Hard Initialization	282	Internal	Left	0	0
include	3	Analog	en	32767=Inactive	0.001	#0.0	s	Elapsed Time				100	auto	Hidden	0	0	32767	INT16					Outgoing Connections Allowed	Default on Hard Initialization	282	Internal	Right	150	60
include	0	Analog	en		0.01	#0.00	%	Input				100	auto	Operate	-32767	0	32767	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		283	Input	Left	0	0
include	1	Boolean	en	0=Track1=Hold	1	#0		Select				100	auto	Operate	0	0	1	INT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		283	Input	Left	0	80
include	2	Analog	en		0.01	#0.00	%	Output				100	auto	Operate	-32767	0	32767	INT16					Outgoing Connections Allowed		283	Output	Right	140	0
