include	3	Analog	en		0.01	#0.00	%	Current Limit (%)	Sets the desired current limit % of 2)RATED ARM AMPS.	3	AC	100	40	Operate	0	15000	15000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Top	140	-120
include	5	Analog	en		1.0	#0	rpm	Base Rated RPM	Sets the revolutions per minute of the motor at full field and armature volts.	5	AE	100	40	Operate	0	1500	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Internal	Bottom	740	230
include	6	Analog	en		1.0	#0	rpm	Desired Maximum RPM	Sets the revolutions per minute of the motor at your desired maximum speed.	6	AF	100	40	Operate	0	1500	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Bottom	760	230
include	7	Analog	en		0.01	#0.00	%	Zero Speed Offset	Set to correct any offset from the speed feedback source.	7	AG	100	40	Operate	-500	0	500	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Bottom	560	230
include	8	Analog	en		0.01	#0.00	V	Max Analog Tach Voltage	Sets the scaling for full feedback volts on the tachometer inputs (Terminals 25 and 26) at 100% speed.	8	AH	100	40	Operate	-20000	6000	20000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Left	-20	-60
include	9	Enumerated	en	0=Armature Voltage1=Analog Tach2=Encoder3=Encoder + Armature Voltage4=Encoder + Tach	1.0	#0		Speed Feedback Type	Selects the source of speed feedback from 1 of 5 types.	9	AI	100	40	Operate	0	0	4	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Bottom	465	230
include	10	Boolean	en	0=Disabled1=Enabled	1.0	#0		Quadrature Enable	Programs the mode of the encoder inputs on Terminals16 and 17.	10	AJ	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Left	-20	10
include	11	Analog	en		1.0	#0	PPR	Encoder Lines	Sets the encoder resolution in pulses per revolution.	11	AK	100	40	Operate	1	1000	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Left	-20	190
include	12	Analog	en		.0001	#0.0000		Motor/Encoder Speed Ratio	Sets the motor revolutions as a ratio of the encoder revolutions.	12	AL	100	40	Operate	1	10000	30000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Bottom	210	230
include	13	Boolean	en	0=Invert1=Non-Invert	1.0	#0		Encoder Sign	Sets the encoder rotation sign.	13	AM	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Bottom	320	230
include	14	Analog	en		.01	#0.00	%	IR Compensation	Sets % compensation of the AVF signal due to IR drop.	14	AN	100	40	Operate	0	0	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Left	-20	-400
include	15	Analog	en		.0001	#0.0000		Field Current Feedback Trim	Sets a positive trim factor for the field current feedback.	15	AO	100	40	Operate	10000	10000	11000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Top	520	-1010
include	16	Analog	en		.0001	#0.0000		Armature Voltage Trim	Sets a positive trim factor for the armature voltage feedback.	16	AP	100	40	Operate	10000	10000	11000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Left	-20	-610
include	17	Analog	en		.0001	#0.0000		Analog Tach Trim	Sets a positive trim factor for the analog tachometer feedback.	17	AQ	100	40	Operate	10000	10000	11000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Left	-20	-120
include	18	Analog	en		.1	#0.0	V	Rated Armature Voltage	Sets the desired maximum armature voltage at 100% speed.	18	AR	100	40	Operate	0	4600	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Input	Top	360	-1010
include	19	Analog	en		0.1	#0.0	V	EL1/2/3 Rated AC Voltage	Sets the 3 phase AC supply volts connected to EL1/2/3.	19	AS	100	40	Operate	0	4150	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		76	Internal	Top	380	-1010
include	20	Boolean	en	0=Motor 11=Motor 2	1.0	#0		Motor 1, 2 Select	Selects Motor 1 or Motor 2 reduced menu as active.	20	AT	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		77	Internal	Left	0	0
include	22	Analog	en		0.1	#0.0	secs	Forward Up Time	Sets the ramp time for 0-100% of the forward positive reference.	22	AV	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Internal	Bottom	320	380
include	23	Analog	en		0.1	#0.0	secs	Forward Down Time	Sets the ramp time for 100-0% of the forward positive reference.	23	AW	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Internal	Bottom	340	380
include	24	Analog	en		0.1	#0.0	secs	Reverse Up Time	Sets the ramp time for 0-100% of the reverse negative reference.	24	AX	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Internal	Bottom	360	380
include	25	Analog	en		0.1	#0.0	secs	Reverse Down Time	Sets the ramp time for 100-0% of the reverse negative reference.	25	AY	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Internal	Bottom	380	380
include	26	Analog	en		0.01	#0.00	%	Ramp Input	Sets the run mode ramp input value (Default connected to UIP4, Terminal 4).	26	AZ	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Left	0	0
include	27	Analog	en		.01	#0.00	%	Forward Minimum Speed	Sets the forward +ve ramp output at a minimum level.	27	Aa	100	40	Operate	0	0	10500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Left	0	-60
include	28	Analog	en		.01	#0.00	%	Reverse Minimum Speed	Sets the reverse -ve ramp output at a minimum level.	28	Ab	100	40	Operate	-10500	0	0	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Left	0	60
include	29	Boolean	en	0=Disabled1=Enabled	1.0	#0		Ramp Auto Preset	When ENABLED, the system reset also presets the ramp.	29	Ac	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Top	250	-170
include	30	Boolean	en	0=Disabled1=Enabled	1.0	#0		Ramp External Preset	When ENABLED, the ramp is held in preset mode.	30	Ad	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Top	360	-170
include	31	Analog	en		0.01	#0.00	%	Ramp Preset Value	When the ramp is preset, this is the value loaded.	31	Ae	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Top	480	-170
include	32	Analog	en		.01	#0.00	%	Ramp S-Profile %	Sets the % of the S ramp shape at each end of the ramp.	32	Af	100	40	Operate	0	250	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Internal	Bottom	400	380
include	33	Boolean	en	0=Disabled1=Enabled	1.0	#0		Ramp Hold	When ENABLED, the ramp is held at the present value (Default connected to DIO3, Terminal 20).	33	Ag	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Bottom	300	380
include	34	Analog	en		.01	#0.00	%	Ramping Threshold	Sets the operating threshold for 35)RAMPING FLAG output.	34	Ah	100	40	Operate	0	50	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Internal	Right	550	90
include	37	Analog	en		0.01	#0.00	%	Jog Speed 1	Sets the value of Jog Speed 1. Usually used for forward jog.	37	Ak	100	40	Operate	-10000	500	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Left	0	120
include	38	Analog	en		0.01	#0.00	%	Jog Speed 2	Sets the value of Jog Speed 2. Usually used for reverse jog.	38	Al	100	40	Operate	-10000	-500	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Left	0	180
include	39	Analog	en		0.01	#0.00	%	Slack Speed 1	Sets the value of Slack Speed 1. Usually used for forward slack.	39	Am	100	40	Operate	-10000	500	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Left	0	240
include	40	Analog	en		0.01	#0.00	%	Slack Speed 2	Sets the value of Slack Speed 2. Usually used for reverse slack.	40	An	100	40	Operate	-10000	-500	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Left	0	300
include	41	Analog	en		0.01	#0.00	%	Crawl Speed	Sets the value of Crawl Speed.	41	Ao	100	40	Operate	-10000	1000	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Left	0	-120
include	42	Boolean	en	0=Disabled1=Enabled	1.0	#0		Jog Mode Select	Combines with the JOG (Terminal 32) and START (Terminal 33) inputs for jog/crawl/slack mode (Default connected to DIO2, Terminal 19).	42	Ap	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Input	Left	0	360
include	43	Analog	en		.1	#0.0	secs	Jog/Slack Ramp	Sets the jog/slack mode ramp time which overides any others.	43	Aq	100	40	Operate	1	10	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		66	Internal	Bottom	440	380
include	46	Analog	en		.1	#0.0	secs	Motorized Pot Up Time	Sets the ramp time of the motorized pot for 100% clockwise (+ve) rotation.	46	At	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		64	Input	Top	145	-100
include	47	Analog	en		.1	#0.0	secs	Motorized Pot Down Time	Sets the ramp time of the motorized pot for 100% counterclockwise (-ve) rotation.	47	Au	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		64	Input	Bottom	145	100
include	48	Boolean	en	0=Disabled1=Enabled	1.0	#0		Motorized Pot Up Command	When ENABLED, the motorized pot rotates toward the positive limit (Default connected to UIP8, Terminal 8).	48	Av	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		64	Input	Left	0	-30
include	49	Boolean	en	0=Disabled1=Enabled	1.0	#0		Motorized Pot Down Command	When ENABLED, the motorized pot rotates toward the negative limit (Default connected to UIP9, Terminal 9).	49	Aw	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		64	Input	Left	0	30
include	50	Analog	en		0.01	#0.00	%	Motorized Pot Maximum Clamp	Sets the limit of positive (cw) rotation of the motorized pot.	50	Ax	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		64	Input	Top	250	-100
include	51	Analog	en		0.01	#0.00	%	Motorized Pot Minimum Clamp	Sets the limit of negative (ccw) rotation of the motorized pot.	51	Ay	100	40	Operate	-30000	-10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		64	Input	Bottom	230	100
include	52	Boolean	en	0=Disabled1=Enabled	1.0	#0		Motorized Pot Preset	When ENABLED, the motorized pot output is set to 53)MP PRESET VALUE (Default connected to UIP7, Terminal 7).	52	Az	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		64	Input	Left	0	-90
include	53	Analog	en		0.01	#0.00	%	Motorized Pot Preset Value	Sets the value to which the motorized pot is preset if 52)MP PRESET is high.	53	BA	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		64	Input	Left	0	90
include	54	Boolean	en	0=Disabled1=Enabled	1.0	#0		Motorized Pot Memory Boot-Up	If ENABLED, the motorized pot will retain its last value upon power up.	54	BB	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		64	Internal	Right	320	-40
include	56	Analog	en		.1	#0.0	secs	Stop Ramp Time	Sets the 100-0% down ramp time in normal stop mode.	56	BD	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		70	Input	Top	360	-80
include	57	Analog	en		0.1	#0.0	secs	Stop Time Limit	Sets the maximum time limit before contactor drop out in stop mode.	57	BE	100	40	Operate	0	600	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		70	Input	Bottom	360	80
include	58	Boolean	en	0=Disabled1=Enabled	1.0	#0		Live Delay Mode	IF ENABLED, the drive will generate current during the 60)DROP-OUT DELAY time.	58	BF	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		70	Input	Bottom	260	80
include	59	Analog	en		.01	#0.00	%	Drop-Out Speed	Sets the speed level at which the drop out delay timer starts.	59	BG	100	40	Operate	0	200	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		70	Input	Left	40	30
include	60	Analog	en		.1	#0.0	secs	Drop-Out Delay	Adds a time delay to the contactor drop out command.	60	BH	100	40	Operate	1	10	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		70	Input	Top	260	-80
include	62	Analog	en		0.01	#0.00	%	Internal Speed Reference 1	Sets Internal Speed Reference 1 of the main speed summing junction (Default connected to 45)MOTORIZED POT OUTPUT).	62	BJ	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Left	0	-60
include	63	Analog	en		0.01	#0.00	%	Speed Reference 2	Sets Speed Reference 2 of the main speed summing junction (Default connected to UIP2, Terminal 2).	63	BK	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Left	0	0
include	64	Analog	en		0.01	#0.00	%	Speed/Current Reference 3 Monitor	Sets Speed/Current Reference 3 of the main speed summing junction. Connected to UIP3, Terminal 3.	64	BL	100	40	Operate	-10500	0	10500	INT16					Outgoing Connections Allowed		67	Internal	Right	860	170
include	65	Analog	en		0.01	#0.00	%	Ramped Speed Reference 4	Sets Ramped Speed Reference 4 of the main speed summing junction (Default connected to 21)RUN MODE RAMP OUTPUT).	65	BM	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Left	0	60
include	66	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Speed/Current Reference 3 Sign	Inverts the Speed/Current Reference 3 prior to the main speed summing junction.	66	BN	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Bottom	60	200
include	67	Analog	en		0.0001	#0.0000		Speed/Current Reference 3 Ratio	Sets a scaling factor for Speed/Current Reference 3 prior to the main speed summing junction.	67	BO	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Bottom	140	200
include	69	Analog	en		.01	#0.00	%	Maximum Positive Speed Reference	Sets positive (forward) limit level of total speed reference.	69	BQ	100	40	Operate	0	10500	10500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Top	310	-100
include	70	Analog	en		.01	#0.00	%	Maximum Negative Speed Reference	Sets negative (reverse) limit level of total speed reference.	70	BR	100	40	Operate	-10500	-10500-10500-10500-10500-10500-10500-10500-10500-10500-10500-10500-10500-10500-10500-1050000000000000000000-10500-10500-10500-10500-10500-10500-10500-1050000000000-10500-10500-10500000	0	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Bottom	330	200
include	71	Analog	en		.01	#0.00		Speed Proportional Gain	Sets the proportional gain of the speed loop error amplifier.	71	BS	100	40	Operate	0	1500	20000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Top	540	-100
include	72	Analog	en		0.001	#0.000	secs	Speed Integral Time Constant	Sets the integral time constant of the speed loop error amplifier.	72	BT	100	40	Operate	1	1000	30000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Top	690	-100
include	73	Boolean	en	0=Disabled1=Enabled	1.0	#0		Speed Integral Reset	When ENABLED, only the proportional gain of the speed loop error amplifier is active.	73	BU	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Top	840	-100
include	74	Analog	en		.01	#0.00	%	Speed Adaption Low Breakpoint	Sets the speed error low break point forcommencement of gain change.	74	BV	100	40	Operate	0	100	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Internal	Bottom	640	200
include	75	Analog	en		.01	#0.00	%	Speed Adaption High Breakpoint	Sets the speed error high break point forcommencement of gain change.	75	BW	100	40	Operate	0	200	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Internal	Bottom	660	200
include	76	Analog	en		.01	#0.00		Low Breakpoint Proportional Gain	Sets the proportional gain of the speed loop error amplifier below 74)SPEED ADAPTION LOW BREAKPOINT.	76	BX	100	40	Operate	0	500	20000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Internal	Bottom	680	200
include	77	Analog	en		0.001	#0.000	secs	Low Breakpoint Integral Time Constant	Sets the integral time constant of the speed loop error amplifier below 74)SPEED ADAPTION LOW BREAKPOINT.	77	BY	100	40	Operate	1	1000	30000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Internal	Bottom	700	200
include	78	Analog	en		.01	#0.00	%	Integral % During Ramp	Sets integral time constant % scaler if 35)RAMPING FLAG is high.	78	BZ	100	40	Operate	0	10000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Internal	Bottom	720	200
include	79	Boolean	en	0=Disabled1=Enabled	1.0	#0		Speed Adaption Enable	If ENABLED, the proportional and integral terms on the speed loop error amplifier varies between the two breakpoints.	79	Ba	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Internal	Bottom	740	200
include	81	Analog	en		.01	#0.00	%	Current Clamp Scaler	Sets the clamp scaling value for the upper/lower clamps.	81	Bc	100	40	Operate	0	15000	15000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Top	750	-120
include	82	Analog	en		.01	#0.00	%	Overload % Target	Sets the current limit target level after excessive overload.	82	Bd	100	40	Operate	0	10500	10500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Top	230	-120
include	83	Analog	en		.1	#0.0	secs	Overload Ramp Time	Sets the time taken to reduce the current limit by 100%.	83	Be	100	40	Operate	1	200	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Bottom	230	160
include	84	Boolean	en	0=Disabled1=Enabled	1.0	#0		Current Profile Enable	If ENABLED, the current limit is profiled as a function of speed.	84	Bf	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Top	530	-120
include	85	Analog	en		.01	#0.00	%	Speed Breakpoint At High Current	Sets the speed break point for value of 3)CURRENT LIMIT.	85	Bg	100	40	Operate	0	7500	10500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Bottom	500	160
include	86	Analog	en		.01	#0.00	%	Speed Breakpoint At Low Current	Sets the speed break point for value of 87)CURRENT LIMIT AT LOW CURRENT.	86	Bh	100	40	Operate	0	10000	10500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Bottom	360	160
include	87	Analog	en		.01	#0.00	%	Current Limit At Low Current	Sets the current limit prevailing at 86)SPEED BREAK POINT AT LOW CURRENT.	87	Bi	100	40	Operate	0	10000	15000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Top	360	-120
include	88	Boolean	en	0=Disabled1=Enabled	1.0	#0		Dual Current Clamps Enable	If ENABLED, the upper and lower dual clamps will be independent.	88	Bj	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Bottom	670	160
include	89	Analog	en		0.01	#0.00	%	Upper Current Clamp	Sets the upper current clamp (Default connected to UIP6, Terminal 6).	89	Bk	100	40	Operate	-10000	10000	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Left	0	-60
include	90	Analog	en		0.01	#0.00	%	Lower Current Clamp	Sets the lower current clamp (Default connected to UIP5, Terminal 5).	90	Bl	100	40	Operate	-10000	-10000	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Left	0	120
include	91	Analog	en		0.01	#0.00	%	Extra Current Reference	Sets the value of an extra current reference input.	91	Bm	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		68	Input	Left	0	60
include	92	Boolean	en	0=Disabled1=Enabled	1.0	#0		Autotune Enable	When ENABLED, the autotune function willbe performed on the next start signal. It turns itself off.	92	Bn	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		69	Internal	Left	0	80
include	93	Analog	en		.01	#0.00		Current Proportional Gain	Sets the proportional gain of the current error amplifier.	93	Bo	100	40	Operate	0	3000	20000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		69	Input	Top	260	-120
include	94	Analog	en		.01	#0.00		Current Integral Gain	Sets the integral gain of the current error amplifier.	94	Bp	100	40	Operate	0	300	20000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		69	Input	Top	360	-120
include	95	Analog	en		.01	#0.00	%	Current Discontinuity	Set to the discontinuous current boundary level for your motor.	95	Bq	100	40	Operate	0	1300	15000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		69	Input	Bottom	360	80
include	96	Boolean	en	0=Disabled1=Enabled	1.0	#0		4-Quadrant Mode	If DISABLED, models with regenerativecapability will be 2 quadrant. If ENABLED, activates braking for units capable of regenerative stopping.   	96	Br	100	40	Operate	0	111111111111111000000000000000001111111100000000111000	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		69	Input	Top	60	-120
include	97	Boolean	en	0=Disabled1=Enabled	1.0	#0		Speed Bypass Current Enable	If ENABLED, the speed loop is bypassed and current demand follows UIP3 (Terminal 3).	97	Bs	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		67	Input	Bottom	800	200
include	99	Boolean	en	0=Disabled1=Enabled	1.0	#0		Field Enable	If DISABLED,  the field output toinhibited.	99	Bu	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Top	1230	-140
include	100	Analog	en		.01	#0.00	%	Field Voltage Output %	Sets the DC field voltage clamp as a % of the AC supply volts.	100	Bv	100	40	Operate	0	9000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Top	1035	-140
include	101	Analog	en		1.0	#0		Field Proportional Gain	Sets the proportional gain of the field current control loop.	101	Bw	100	40	Operate	0	10	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Top	730	-140
include	102	Analog	en		1.0	#0		Field Integral Gain	Sets the integral gain of the field current control loop.	102	Bx	100	40	Operate	0	100	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Top	890	-140
include	103	Boolean	en	0=Disabled1=Enabled	1.0	#0		Field Weakening Enable	If ENABLED, field weakening will begin above 109)SPILLOVER AVF %.	103	By	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Top	400	-140
include	104	Analog	en		1.0	#0		Field Weakening Proportional Gain	Sets the proportional gain of the field weakening loop.	104	Bz	100	40	Operate	0	50	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Bottom	130	180
include	105	Analog	en		1.0	#0	ms	Field Weakening Integral Time Constant	Sets the integral time constant of the field weakening loop.	105	CA	100	40	Operate	0	4000	20000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Bottom	290	180
include	106	Analog	en		1.0	#0	ms	Field Weakening Derivative Time Constant	Sets the derivative time constant of the field weakening loop.	106	CB	100	40	Operate	10	200	5000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Bottom	450	180
include	107	Analog	en		1.0	#0	ms	Field Weakening Feedback Derivative Time Constant	Sets the feedback derivative time constant.	107	CC	100	40	Operate	10	100	5000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Top	180	-140
include	108	Analog	en		1.0	#0	ms	Field Weakening Feedback Integral Time Constant	Sets the feedback integral time constant.	108	CD	100	40	Operate	10	100	5000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Top	20	-140
include	109	Analog	en		.01	#0.00	%	Spillover Armature Voltage %	Sets % armature voltage  at which field weakening begins.	109	CE	100	40	Operate	0	10000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Left	0	0
include	110	Analog	en		.01	#0.00	%	Minimum Field Current	Sets the minimum field current as a % of the 4)RATED FIELD AMPS.	110	CF	100	40	Operate	0	1000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Bottom	595	180
include	111	Boolean	en	0=Disabled1=Enabled	1.0	#0		Standby Field Enable	When ENABLED, the field will be in standby mode when not running at the current set by 112)STANDBY FIELD CURRENT.	111	CG	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Bottom	930	180
include	112	Analog	en		.01	#0.00	%	Standby Field Value	Sets the standby value of the field current as a percentage of 4)RATED FIELD AMPS.	112	CH	100	40	Operate	0	2500	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Bottom	800	180
include	113	Analog	en		.1	#0.0	secs	Field Quench Delay	Set the field quench delay time after main contactor drop out.	113	CI	100	40	Operate	0	100	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Bottom	1060	180
include	114	Analog	en		.01	#0.00	%	Field Reference	Sets the value of an external field reference input.	114	CJ	100	40	Operate	0	10000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		73	Input	Top	500	-140
include	115	Boolean	en	0=Disabled1=Enabled	1.0	#0		Standstill Enable	If ENABLED, the standstill function will be activated at zero reference and zero speed.	115	CK	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		71	Input	Bottom	420	400
include	116	Boolean	en	0=Disabled1=Enabled	1.0	#0		Zero Reference Start Enable	If ENABLED, the contactor will not close unless the speed reference is less than 117)ZERO INTERLOCK SPEED % (Default connected to DIO1, Terminal 18).	116	CL	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		71	Input	Top	420	-40
include	117	Analog	en		.01	#0.00	%	Zero Interlocks Speed Level	Sets percentage of speed for the zero reference start and standstill blocks to activate.	117	CM	100	40	Operate	0	100	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		71	Input	Top	220	-40
include	118	Analog	en		.01	#0.00	%	Zero Interlocks Current Level %	Sets percentage of current for the zero reference start and standstill blocks to activate.	118	CN	100	40	Operate	0	150	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		71	Input	Bottom	220	400
include	122	Analog	en		.01	#0.00		Zero Speed Lock	Sets the position control gain for zero speed shaft lock.	122	CR	100	40	Operate	0	0	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Bottom	420	100
include	171	Boolean	en	0=Disabled1=Enabled	1.0	#0		Speed Feedback Mismatch Trip Enable	Allows the user to disable the speed feedback mismatch trip.	171	DO	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	50
include	172	Analog	en		.01	#0.00	%	Speed Feedback Mismatch Tolerance	Sets the the speed feedback mismatch trip tolerance.	172	DP	100	40	Operate	0	5000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	-40
include	173	Boolean	en	0=Disabled1=Enabled	1.0	#0		Field Loss Trip Enable	Allows the user to disable the field failure alarm trip.	173	DQ	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	270
include	174	Boolean	en	0=Disabled1=Enabled	1.0	#0		DOP Short Circuit Trip Enable	Allows the user to enable the digital output short circuit alarm trip.	174	DR	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	750
include	175	Boolean	en	0=Disabled1=Enabled	1.0	#0		Missing Pulse Trip Enable	Allows the user to disable the missing pulse alarm trip.	175	DS	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	350
include	176	Boolean	en	0=Disabled1=Enabled	1.0	#0		Reference Exchange Trip Enable	Allows the user to enable the reference exchange data link alarm trip.	176	DT	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	880
include	177	Analog	en		.1	#0.0	s	Overspeed Delay Time	Sets the delay time before the overspeed delay is latched.	177	DU	100	40	Operate	1	50	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	110
include	178	Boolean	en	0=Disabled1=Enabled	1.0	#0		Stall Trip Enable	Allows the motor stall alarm trip to be enabled.	178	DV	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	530
include	179	Analog	en		.01	#0.00	%	Stall Current Level	Sets the stall alarm trip level as a % of rated motor amps.	179	DW	100	40	Operate	0	9500	15000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	410
include	180	Analog	en		.1	#0.0	s	Stall Delay Time	Sets the the motor stall time before the alarm is triggered.	180	DX	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	470
include	183	Boolean	en	0=Disabled1=Enabled	1.0	#0		External Trip Reset Enable	Allows the trip to be reset by restarting the drive.	183	Da	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Internal	Bottom	530	1080
include	187	Enumerated	en	0=3001=6002=12003=24004=48005=96006=192007=384008=57600	1.0	#0	baud	Port 1 Baud Rate	Sets the baud rate of Port 1.	187	De	100	40	Operate	0	5	8	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		65	Internal	Bottom	40	60
include	188	Enumerated	en	0=Parameter Exchange1=Reference Exchange Master2=Reference Exchange Slave3=ASCII Comms	1.0	#0		Port 1 Function	Sets the mode of operation of Port 1.	188	Df	100	40	Operate	0	0	3	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		65	Internal	Top	40	-20
include	189	Analog	en		0.0001	#0.0000		Reference Exchange Slave Ratio	Scales the incoming parameter prior to its use within the unit.	189	Dg	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		65	Input	Bottom	140	60
include	190	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Reference Exchange Slave Sign	Used to invert the incoming parameter from Port 1.	190	Dh	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		65	Input	Right	220	60
include	193	Analog	en		1.0	#0		Port 1 Group ID	Defines group number (GID) for up to 8 groups of 16 units.	193	Dk	100	40	Operate	0	0	7	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		65	Internal	Top	60	-20
include	194	Analog	en		1.0	#0		Port 1 Unit ID	Defines unit number (UID) for up to 16 units in each group.	194	Dl	100	40	Operate	0	0	15	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		65	Internal	Top	80	-20
include	195	Enumerated	en	1=No transmission errors2=Unrecognized mnemonic3=Character fail during block check4=Received data parity error5=Overrun or framing error6=Writing to a read-only mnemonic7=Message format invalid8=Out of range value in selection message	1.0	#0		Port 1 Error Code	Displays an error code to assist in debugging the comms link.  Write anything to clear.	195	AA	100	40	Operate	1	1	8	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		65	Internal	Bottom	60	60
include	240	Boolean	en	0=Disabled1=Enabled	1.0	#0		Marker Enable	When ENABLED, the marker initiates the spindle orientate sequence.	240	Ef	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Left	-20	-240
include	241	Analog	en		1.0	#0		Marker Offset	Used to inject an offset  count from the actual marker position to obtain the required marker position.	241	Eg	100	40	Operate	-15000	0	15000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Left	-20	-360
include	242	Analog	en		1.0	#0		Position Reference	Used to enter a final position of the motor shaft with respect to the entered marker position.	242	Eh	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		74	Input	Left	-20	-60
include	250	Boolean	en	0=Disabled1=Enabled	1.0	#0		Armature Current Output Rectify Enable	When ENABLED, the armature current output (Terminal 29) is rectified (always positive).	250	Ep	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		44	Input	Bottom	80	60
include	251	Analog	en		0.0001	#0.0000		AOP1 Divider	Sets a divisor on the signal connected to Analog Output 1 (Terminal 10).	251	Eq	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		41	Input	Bottom	80	60
include	252	Analog	en		0.01	#0.00	%	AOP1 Offset	Sets a bipolar offset on the signal connected to Analog Output 1 (Terminal 10).	252	Er	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		41	Input	Top	160	-60
include	253	Boolean	en	0=Disabled1=Enabled	1.0	#0		AOP1 Rectifier Enable	When ENABLED, Analog Output 1 (Terminal 10) is unipolar (always positive).	253	Es	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		41	Input	Bottom	240	60
include	254	Analog	en		0.0001	#0.0000		AOP2 Divider	Sets a divisor on the signal connected to Analog Output 2 (Terminal 11).	254	Et	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		42	Input	Bottom	80	60
include	255	Analog	en		0.01	#0.00	%	AOP2 Offset	Sets a bipolar offset on the signal connected to Analog Output 2 (Terminal 11).	255	Eu	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		42	Input	Top	160	-60
include	256	Boolean	en	0=Disabled1=Enabled	1.0	#0		AOP2 Rectifier Enable	When ENABLED, Analog Output 2 (Terminal 11) is unipolar (always positive).	256	Ev	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		42	Input	Bottom	240	60
include	257	Analog	en		0.0001	#0.0000		AOP3 Divider	Sets a divisor on the signal connected to Analog Output 3 (Terminal 12).	257	Ew	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		43	Input	Bottom	80	60
include	258	Analog	en		0.01	#0.00	%	AOP3 Offset	Sets a bipolar offset on the signal connected to Analog Output 3 (Terminal 12).	258	Ex	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		43	Input	Top	160	-60
include	259	Boolean	en	0=Disabled1=Enabled	1.0	#0		AOP3 Rectifier Enable	When ENABLED, Analog Output 3 (Terminal 12) is unipolar (always positive).	259	Ey	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		43	Input	Bottom	240	60
include	260	Boolean	en	0=Disabled1=Enabled	1.0	#0		Scope Output Select	When ENABLED, any parameter in the display window will be dynamically connected to Analog Output 3 (Terminal 12). 	260	Ez	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		43	Input	Bottom	440	60
include	261	Boolean	en	0=Disabled1=Enabled	1.0	#0		DOP1 Rectifier Enable	If ENABLED, the output on DOP1 (Terminal 22)   is compared to the absolute value of the connected parameter.	261	FA	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		54	Input	Top	60	-60
include	262	Analog	en		0.01	#0.00	%	DOP1 Comparator Threshold	Sets the threshold where DOP1 (Terminal 22) will go HIGH.	262	FB	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		54	Input	Bottom	90	60
include	263	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		DOP1 Inverter Mode	When INVERTED, the voltages associated with DOP1 (Terminal 22)  will be reversed (0 VDC = TRUE).	263	FC	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		54	Input	Top	170	-60
include	264	Boolean	en	0=Disabled1=Enabled	1.0	#0		DOP2 Rectifier Enable	If ENABLED, the output on DOP2 (Terminal 23)   is compared to the absolute value of the connected parameter.	264	FD	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		55	Input	Top	60	-60
include	265	Analog	en		0.01	#0.00	%	DOP2 Comparator Threshold	Sets the threshold where DOP2 (Terminal 23) will go HIGH.	265	FE	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		55	Input	Bottom	90	60
include	266	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		DOP2 Inverter Mode	When INVERTED, the voltages associated with DOP2 (Terminal 23)  will be reversed (0 VDC = TRUE).	266	FF	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		55	Input	Top	170	-60
include	267	Boolean	en	0=Disabled1=Enabled	1.0	#0		DOP3 Rectifier Enable	If ENABLED, the output on DOP3 (Terminal 24)   is compared to the absolute value of the connected parameter.	267	FG	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		56	Input	Top	60	-60
include	268	Analog	en		0.01	#0.00	%	DOP3 Comparator Threshold	Sets the threshold where DOP3 (Terminal 24) will go HIGH.	268	FH	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		56	Input	Bottom	90	60
include	269	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		DOP3 Inverter Mode	When INVERTED, the voltages associated with DOP3 (Terminal 24)  will be reversed (0 VDC = TRUE).	269	FI	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		56	Input	Top	170	-60
include	271	Boolean	en	0=Input1=Output	1.0	#0		DIO1 Mode	Sets the operating mode of DIO1 (Terminal 18).	271	FK	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		50	Input	Top	300	-60
include	272	Boolean	en	0=Disabled1=Enabled	1.0	#0		DIO1 Rectifier Enable	If ENABLED, the output on DIO1 (Terminal 18)   is compared to the absolute value of the connected parameter.	272	FL	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		50	Input	Top	60	-60
include	273	Analog	en		0.01	#0.00	%	DIO1 Comparator Threshold	Sets the threshold where DIO1 (Terminal 18) will go HIGH.	273	FM	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		50	Input	Bottom	90	80
include	274	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		DIO1 Inverter Mode	When INVERTED, the voltages associated with DIO1 (Terminal 18)  will be reversed (0 VDC = TRUE).	274	FN	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		50	Input	Top	170	-60
include	275	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIO1 Input High Value	When DIO1 (Terminal 18) is HIGH, this value is sent to the GOTO parameter.	275	FO	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		50	Input	Top	410	-60
include	276	Analog	en		0.01	#0.00	%	DIO1 Input Low Value	When DIO1 (Terminal 18) is LOW, this value is sent to the GOTO parameter.	276	FP	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		50	Input	Bottom	410	80
include	277	Boolean	en	0=Input1=Output	1.0	#0		DIO2 Mode	Sets the operating mode of DIO2 (Terminal 19).	277	FQ	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Top	300	-60
include	278	Boolean	en	0=Disabled1=Enabled	1.0	#0		DIO2 Rectifier Enable	If ENABLED, the output on DIO2 (Terminal 19)   is compared to the absolute value of the connected parameter.	278	FR	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Top	60	-60
include	279	Analog	en		0.01	#0.00	%	DIO2 Comparator Threshold	Sets the threshold where DIO2 (Terminal 19) will go HIGH.	279	FS	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Bottom	90	80
include	280	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		DIO2 Inverter Mode	When INVERTED, the voltages associated with DIO2 (Terminal 19)  will be reversed (0 VDC = TRUE).	280	FT	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Top	170	-60
include	281	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIO2 Input High Value	When DIO2 (Terminal 19) is HIGH, this value is sent to the GOTO parameter.	281	FU	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Top	410	-60
include	282	Analog	en		0.01	#0.00	%	DIO2 Input Low Value	When DIO2 (Terminal 19) is LOW, this value is sent to the GOTO parameter.	282	FV	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		51	Input	Bottom	410	80
include	283	Boolean	en	0=Input1=Output	1.0	#0		DIO3 Mode	Sets the operating mode of DIO3 (Terminal 20).	283	FW	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Top	300	-60
include	284	Boolean	en	0=Disabled1=Enabled	1.0	#0		DIO3 Rectifier Enable	If ENABLED, the output on DIO3 (Terminal 20)   is compared to the absolute value of the connected parameter.	284	FX	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Top	60	-60
include	285	Analog	en		0.01	#0.00	%	DIO3 Comparator Threshold	Sets the threshold where DIO3 (Terminal 20) will go HIGH.	285	FY	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Bottom	90	80
include	286	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		DIO3 Inverter Mode	When INVERTED, the voltages associated with DIO3 (Terminal 20)  will be reversed (0 VDC = TRUE).	286	FZ	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Top	170	-60
include	287	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIO3 Input High Value	When DIO3 (Terminal 20) is HIGH, this value is sent to the GOTO parameter.	287	Fa	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Top	410	-60
include	288	Analog	en		0.01	#0.00	%	DIO3 Input Low Value	When DIO3 (Terminal 20) is LOW, this value is sent to the GOTO parameter.	288	Fb	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		52	Input	Bottom	410	80
include	289	Boolean	en	0=Input1=Output	1.0	#0		DIO4 Mode	Sets the operating mode of DIO4 (Terminal 21).	289	Fc	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		53	Input	Top	300	-60
include	290	Boolean	en	0=Disabled1=Enabled	1.0	#0		DIO4 Rectifier Enable	If ENABLED, the output on DIO4 (Terminal 21)   is compared to the absolute value of the connected parameter.	290	Fd	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		53	Input	Top	60	-60
include	291	Analog	en		0.01	#0.00	%	DIO4 Comparator Threshold	Sets the threshold where DIO4 (Terminal 21) will go HIGH.	291	Fe	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		53	Input	Bottom	90	80
include	292	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		DIO4 Inverter Mode	When INVERTED, the voltages associated with DIO4 (Terminal 21)  will be reversed (0 VDC = TRUE).	292	Ff	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		53	Input	Top	170	-60
include	293	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIO4 Input High Value	When DIO4 (Terminal 21) is HIGH, this value is sent to the GOTO parameter.	293	Fg	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		53	Input	Top	410	-60
include	294	Analog	en		0.01	#0.00	%	DIO4 Input Low Value	When DIO4 (Terminal 21) is LOW, this value is sent to the GOTO parameter.	294	Fh	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		53	Input	Bottom	410	80
include	296	Boolean	en	0=Low1=High	1.0	#0		Digital Post 1	Storage point for logic state and/or connecting point.	296	Fj	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		82	Input	Bottom	60	60
include	297	Boolean	en	0=Low1=High	1.0	#0		Digital Post 2	Storage point for logic state and/or connecting point.	297	Fk	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		83	Input	Bottom	60	60
include	298	Boolean	en	0=Low1=High	1.0	#0		Digital Post 3	Storage point for logic state and/or connecting point.	298	Fl	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		84	Input	Bottom	60	60
include	299	Boolean	en	0=Low1=High	1.0	#0		Digital Post 4	Storage point for logic state and/or connecting point.	299	Fm	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		85	Input	Bottom	60	60
include	300	Analog	en		0.01	#0.00	%	Analog Post 1	Storage point for linear value and/or connecting point.	300	Fn	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		86	Input	Bottom	60	60
include	301	Analog	en		0.01	#0.00	%	Analog Post 2	Storage point for linear value and/or connecting point.	301	Fo	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		87	Input	Bottom	60	60
include	302	Analog	en		0.01	#0.00	%	Analog Post 3	Storage point for linear value and/or connecting point.	302	Fp	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		88	Input	Bottom	60	60
include	303	Analog	en		0.01	#0.00	%	Analog Post 4	Storage point for linear value and/or connecting point.	303	Fq	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		89	Input	Bottom	60	60
include	305	Boolean	en	0=Low1=High	1.0	#0		ANDed Run	Logic input when ANDed with the RUN CIP (Terminal 31) places the drive in RUN mode (SCR Enable).	305	Fs	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		72	Input	Left	0	660
include	306	Boolean	en	0=Low1=High	1.0	#0		ANDed Jog	Logic input when ANDed with the JOG CIP (Terminal 32) places the drive in JOG or SLACK TAKEUP modes.	306	Ft	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		72	Input	Left	0	180
include	307	Boolean	en	0=Low1=High	1.0	#0		ANDed Start	Logic input when ANDed with the START CIP (Terminal 33) places the drive in START or SLACK TAKEUP modes.	307	Fu	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		72	Input	Left	0	300
include	308	Boolean	en	0=Low1=High	1.0	#0		Internal Run	Used to set RUN mode if the RUN CIP (Terminal 31) is reprogrammed.	308	Fv	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		72	Input	Left	0	600
include	310	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIP1 Input High Value	When DIP1 (Terminal 14) is HIGH, this value is sent to the GOTO parameter.	310	Fx	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		45	Input	Top	50	-90
include	311	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIP1 Input Low Value	When DIP1 (Terminal 14) is LOW, this value is sent to the GOTO parameter.	311	Fy	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		45	Input	Bottom	50	30
include	312	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIP2 Input High Value	When DIP2 (Terminal 15) is HIGH, this value is sent to the GOTO parameter.	312	Fz	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		46	Input	Top	50	-90
include	313	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIP2 Input Low Value	When DIP2 (Terminal 15) is LOW, this value is sent to the GOTO parameter.	313	GA	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		46	Input	Bottom	50	30
include	314	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIP3 Input High Value	When DIP3 (Terminal 16) is HIGH, this value is sent to the GOTO parameter.	314	GB	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		47	Input	Top	50	-90
include	315	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIP3 Input Low Value	When DIP3 (Terminal 16) is LOW, this value is sent to the GOTO parameter.	315	GC	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		47	Input	Bottom	50	30
include	316	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIP4 Input High Value	When DIP4 (Terminal 17) is HIGH, this value is sent to the GOTO parameter.	316	GD	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		48	Input	Top	50	-90
include	317	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	DIP4 Input Low Value	When DIP4 (Terminal 17) is LOW, this value is sent to the GOTO parameter.	317	GE	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		48	Input	Bottom	50	30
include	318	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	RUN Input High Value	When RUN (Terminal 31) is HIGH, this value is sent to the GOTO parameter.	318	GF	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		49	Input	Top	50	-90
include	319	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	RUN Input Low Value	When RUN (Terminal 31) is LOW, this value is sent to the GOTO parameter.	319	GG	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		49	Input	Bottom	50	30
include	320	Enumerated	en	0=+/- 10V1=+/-5V2=+/-20V3=+/-30V	1.0	#0		UIP2 Input Range	Sets the 0 to +/-100% voltage range of the UIP2 (Terminal 2) input signal.	320	GH	100	40	Operate	0	0	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		25	Input	Bottom	180	60
include	321	Analog	en		0.01	#0.00	%	UIP2 Input Offset	Sets the level of the bipolar offset to be addedto the UIP2 (Terminal 2) input signal.	321	GI	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		25	Input	Top	260	-60
include	322	Analog	en		0.0001	#0.0000		UIP2 Linear Scaling Ratio	Sets the scaling factor of the UIP2 (Terminal 2) input signal.	322	GJ	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		25	Input	Bottom	340	60
include	323	Analog	en		0.01	#0.00	%	UIP2 Maximum Clamp Level	Sets the upper clamp level for the scaled UIP2 (Terminal 2) input signal.	323	GK	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		25	Input	Top	430	-60
include	324	Analog	en		0.01	#0.00	%	UIP2 Minimum Clamp Level	Sets the lower clamp level for the scaled UIP2 (Terminal 2) input signal.	324	GL	100	40	Operate	-30000	-10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		25	Input	Bottom	410	60
include	325	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP2 High Value for Output 1	When the digital portion of UIP2 (Terminal 2) is HIGH, this value is sent to the OP1 GOTO parameter.	325	GM	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		26	Input	Top	170	-80
include	326	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP2 Low Value for Output 1	When the digital portion of UIP2 (Terminal 2) is LOW, this value is sent to the OP1 GOTO parameter.	326	GN	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		26	Input	Bottom	170	100
include	327	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP2 High Value for Output 2	When the digital portion of UIP2 (Terminal 2) is HIGH, this value is sent to the OP2 GOTO parameter.	327	GO	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		26	Input	Top	270	-80
include	328	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP2 Low Value for Output 2	When the digital portion of UIP2 (Terminal 2) is LOW, this value is sent to the OP2 GOTO parameter.	328	GP	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		26	Input	Bottom	270	100
include	329	Analog	en		0.001	#0.000	V	UIP2 Threshold	Sets the threshold where digital portion of UIP2 (Terminal 2) will go HIGH.	329	GQ	100	40	Operate	-30000	6000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		26	Input	Bottom	60	100
include	330	Enumerated	en	0=+/- 10V1=+/-5V2=+/-20V3=+/-30V	1.0	#0		UIP3 Input Range	Sets the 0 to +/-100% voltagerange of the UIP3 (Terminal 3) input signal.	330	GR	100	40	Operate	0	0	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		27	Input	Bottom	180	60
include	331	Analog	en		0.01	#0.00	%	UIP3 Input Offset	Sets the level of the bipolar offset to be addedto the UIP3 (Terminal 3) input signal.	331	GS	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		27	Input	Top	260	-60
include	332	Analog	en		0.0001	#0.0000		UIP3 Linear Scaling Factor	Sets the scaling factor of the UIP3 (Terminal 3) input signal.	332	GT	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		27	Input	Bottom	340	60
include	333	Analog	en		0.01	#0.00	%	UIP3 Maximum Clamp Level	Sets the upper clamp level for the scaled UIP3 (Terminal 3) input signal.	333	GU	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		27	Input	Top	430	-60
include	334	Analog	en		0.01	#0.00	%	UIP3 Minimum Clamp Level	Sets the lower clamp level for the scaled UIP3 (Terminal 3) input signal.	334	GV	100	40	Operate	-30000	-10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		27	Input	Bottom	410	60
include	335	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP3 High Value for Output 1	When the digital portion of UIP3 (Terminal 3) is HIGH, this value is sent to the OP1 GOTO parameter.	335	GW	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		28	Input	Top	170	-80
include	336	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP3 Low Value for Output 1	When the digital portion of UIP3 (Terminal 3) is LOW, this value is sent to the OP1 GOTO parameter.	336	GX	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		28	Input	Bottom	170	100
include	337	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP3 High Value for Output 2	When the digital portion of UIP3 (Terminal 3) is HIGH, this value is sent to the OP2 GOTO parameter.	337	GY	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		28	Input	Top	270	-80
include	338	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP3 Low Value for Output 2	When the digital portion of UIP3 (Terminal 3) is LOW, this value is sent to the OP2 GOTO parameter.	338	GZ	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		28	Input	Bottom	270	100
include	339	Analog	en		0.001	#0.000	V	UIP3 Threshold	Sets the threshold where digital portion of UIP3 (Terminal 3) will go HIGH.	339	Ga	100	40	Operate	-30000	6000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		28	Input	Bottom	60	100
include	340	Enumerated	en	0=+/- 10V1=+/-5V2=+/-20V3=+/-30V	1.0	#0		UIP4 Input Range	Sets the 0 to +/-100% voltage range of the UIP4 (Terminal 4) input signal.	340	Gb	100	40	Operate	0	0	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		29	Input	Bottom	180	60
include	341	Analog	en		0.01	#0.00	%	UIP4 Input Offset	Sets the level of the bipolar offset to be addedto the UIP4 (Terminal 4) input signal.	341	Gc	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		29	Input	Top	260	-60
include	342	Analog	en		0.0001	#0.0000		UIP4 Linear Scaling Factor	Sets the scaling factor of the UIP4 (Terminal 4) input signal.	342	Gd	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		29	Input	Bottom	340	60
include	343	Analog	en		0.01	#0.00	%	UIP4 Maximum Clamp Level	Sets the upper clamp level for the scaled UIP4 (Terminal 4) input signal.	343	Ge	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		29	Input	Top	430	-60
include	344	Analog	en		0.01	#0.00	%	UIP4 Minimum Clamp Level	Sets the lower clamp level for the scaled UIP4 (Terminal 4) input signal.	344	Gf	100	40	Operate	-30000	-10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		29	Input	Bottom	410	60
include	345	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP4 High Value for Output 1	When the digital portion of UIP4 (Terminal 4) is HIGH, this value is sent to the OP1 GOTO parameter.	345	Gg	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		30	Input	Top	170	-80
include	346	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP4 Low Value for Output 1	When the digital portion of UIP4 (Terminal 4) is LOW, this value is sent to the OP1 GOTO parameter.	346	Gh	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		30	Input	Bottom	170	100
include	347	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP4 High Value for Output 2	When the digital portion of UIP4 (Terminal 4) is HIGH, this value is sent to the OP2 GOTO parameter.	347	Gi	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		30	Input	Top	270	-80
include	348	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP4 Low Value for Output 2	When the digital portion of UIP4 (Terminal 4) is LOW, this value is sent to the OP2 GOTO parameter.	348	Gj	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		30	Input	Bottom	270	100
include	349	Analog	en		0.001	#0.000	V	UIP4 Threshold	Sets the threshold where digital portion of UIP4 (Terminal 4) will go HIGH.	349	Gk	100	40	Operate	-30000	6000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		30	Input	Bottom	60	100
include	350	Enumerated	en	0=+/- 10V1=+/-5V2=+/-20V3=+/-30V	1.0	#0		UIP5 Input Range	Sets the 0 to +/-100% voltagerange of the UIP5 (Terminal 5) input signal.	350	Gl	100	40	Operate	0	0	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		31	Input	Bottom	180	60
include	351	Analog	en		0.01	#0.00	%	UIP5 Input Offset	Sets the level of the bipolar offset to be addedto the UIP5 (Terminal 5) input signal.	351	Gm	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		31	Input	Top	260	-60
include	352	Analog	en		0.0001	#0.0000		UIP5 Linear Scaling Factor	Sets the scaling factor of the UIP5 (Terminal 5) input signal.	352	Gn	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		31	Input	Bottom	340	60
include	353	Analog	en		0.01	#0.00	%	UIP5 Maximum Clamp Level	Sets the upper clamp level for the scaled UIP5 (Terminal 5) input signal.	353	Go	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		31	Input	Top	430	-60
include	354	Analog	en		0.01	#0.00	%	UIP5 Minimum Clamp Level	Sets the lower clamp level for the scaled UIP5 (Terminal 5) input signal.	354	Gp	100	40	Operate	-30000	-10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		31	Input	Bottom	410	60
include	355	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP5 High Value for Output 1	When the digital portion of UIP5(Terminal 5) is HIGH, this value is sent to the OP1 GOTO parameter.	355	Gq	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Top	170	-80
include	356	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP5 Low Value for Output 1	When the digital portion of UIP5 (Terminal 5) is LOW, this value is sent to the OP1 GOTO parameter.	356	Gr	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Bottom	170	100
include	357	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP5 High Value for Output 2	When the digital portion of UIP5 (Terminal 5) is HIGH, this value is sent to the OP2 GOTO parameter.	357	Gs	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Top	270	-80
include	358	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP5 Low Value for Output 2	When the digital portion of UIP5 (Terminal 5) is LOW, this value is sent to the OP2 GOTO parameter.	358	Gt	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Bottom	270	100
include	359	Analog	en		0.001	#0.000	V	UIP5 Threshold	Sets the threshold where digital portion of UIP5 (Terminal 5) will go HIGH.	359	Gu	100	40	Operate	-30000	6000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		32	Input	Bottom	60	100
include	360	Enumerated	en	0=+/- 10V1=+/-5V2=+/-20V3=+/-30V	1.0	#0		UIP6 Input Range	Sets the 0 to +/-100% voltagerange of the UIP6 (Terminal 6) input signal.	360	Gv	100	40	Operate	0	0	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		33	Input	Bottom	180	60
include	361	Analog	en		0.01	#0.00	%	UIP6 Input Offset	Sets the level of the bipolar offset to be addedto the UIP6 (Terminal 6) input signal.	361	Gw	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		33	Input	Top	260	-60
include	362	Analog	en		0.0001	#0.0000		UIP6 Linear Scaling Factor	Sets the scaling factor of the UIP6 (Terminal 6) input signal.	362	Gx	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		33	Input	Bottom	340	60
include	363	Analog	en		0.01	#0.00	%	UIP6 Maximum Clamp Level	Sets the upper clamp level for the scaled UIP6 (Terminal 6) input signal.	363	Gy	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		33	Input	Top	430	-60
include	364	Analog	en		0.01	#0.00	%	UIP6 Minimum Clamp Level	Sets the lower clamp level for the scaled UIP6 (Terminal 6) input signal.	364	Gz	100	40	Operate	-30000	-10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		33	Input	Bottom	410	60
include	365	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP6 High Value for Output 1	When the digital portion of UIP6 (Terminal 6) is HIGH, this value is sent to the OP1 GOTO parameter.	365	HA	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		34	Input	Top	170	-80
include	366	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP6 Low Value for Output 1	When the digital portion of UIP6 (Terminal 6) is LOW, this value is sent to the OP1 GOTO parameter.	366	HB	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		34	Input	Bottom	170	100
include	367	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP6 High Value for Output 2	When the digital portion of UIP6 (Terminal 6) is HIGH, this value is sent to the OP2 GOTO parameter.	367	HC	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		34	Input	Top	270	-80
include	368	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP6 Low Value for Output 2	When the digital portion of UIP6 (Terminal 6) is LOW, this value is sent to the OP2 GOTO parameter.	368	HD	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		34	Input	Bottom	270	100
include	369	Analog	en		0.001	#0.000	V	UIP6 Threshold	Sets the threshold where digital portion of UIP6 (Terminal 6) will go HIGH.	369	HE	100	40	Operate	-30000	6000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		34	Input	Bottom	60	100
include	370	Enumerated	en	0=+/- 10V1=+/-5V2=+/-20V3=+/-30V	1.0	#0		UIP7 Input Range	Sets the 0 to +/-100% voltagerange of the UIP7 (Terminal 7) input signal.	370	HF	100	40	Operate	0	0	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		35	Input	Bottom	180	60
include	371	Analog	en		0.01	#0.00	%	UIP7 Input Offset	Sets the level of the bipolar offset to be addedto the UIP7 (Terminal 7) input signal.	371	HG	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		35	Input	Top	260	-60
include	372	Analog	en		0.0001	#0.0000		UIP7 Linear Scaling Factor	Sets the scaling factor of the UIP7 (Terminal 7) input signal.	372	HH	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		35	Input	Bottom	340	60
include	373	Analog	en		0.01	#0.00	%	UIP7 Maximum Clamp Level	Sets the upper clamp level for the scaled UIP7 (Terminal 7) input signal.	373	HI	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		35	Input	Top	430	-60
include	374	Analog	en		0.01	#0.00	%	UIP7 Minimum Clamp Level	Sets the lower clamp level for the scaled UIP7 (Terminal 7) input signal.	374	HJ	100	40	Operate	-30000	-10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		35	Input	Bottom	410	60
include	375	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP7 High Value for Output 1	When the digital portion of UIP7 (Terminal 7) is HIGH, this value is sent to the OP1 GOTO parameter.	375	HK	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		36	Input	Top	170	-80
include	376	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP7 Low Value for Output 1	When the digital portion of UIP7 (Terminal 7) is LOW, this value is sent to the OP1 GOTO parameter.	376	HL	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		36	Input	Bottom	170	100
include	377	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP7 High Value for Output 2	When the digital portion of UIP7 (Terminal 7) is HIGH, this value is sent to the OP2 GOTO parameter.	377	HM	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		36	Input	Top	270	-80
include	378	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP7 Low Value for Output 2	When the digital portion of UIP7 (Terminal 7) is LOW, this value is sent to the OP2 GOTO parameter.	378	HN	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		36	Input	Bottom	270	100
include	379	Analog	en		0.001	#0.000	V	UIP7 Threshold	Sets the threshold where digital portion of UIP7 (Terminal 7) will go HIGH.	379	HO	100	40	Operate	-30000	6000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		36	Input	Bottom	60	100
include	380	Enumerated	en	0=+/- 10V1=+/-5V2=+/-20V3=+/-30V	1.0	#0		UIP8 Input Range	Sets the 0 to +/-100% voltagerange of the UIP8 (Terminal 8) input signal.	380	HP	100	40	Operate	0	0	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		37	Input	Bottom	180	60
include	381	Analog	en		0.01	#0.00	%	UIP8 Input Offset	Sets the level of the bipolar offset to be addedto the UIP8 (Terminal 8) input signal.	381	HQ	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		37	Input	Top	260	-60
include	382	Analog	en		0.0001	#0.0000		UIP8 Linear Scaling Factor	Sets the scaling factor of the UIP8 (Terminal 8) input signal.	382	HR	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		37	Input	Bottom	340	60
include	383	Analog	en		0.01	#0.00	%	UIP8 Maximum Clamp Level	Sets the upper clamp level for the scaled UIP8 (Terminal 8) input signal.	383	HS	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		37	Input	Top	430	-60
include	384	Analog	en		0.01	#0.00	%	UIP8 Minimum Clamp Level	Sets the lower clamp level for the scaled UIP8 (Terminal 8) input signal.	384	HT	100	40	Operate	-30000	-10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		37	Input	Bottom	410	60
include	385	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP8 High Value for Output 1	When the digital portion of UIP8 (Terminal 8) is HIGH, this value is sent to the OP1 GOTO parameter.	385	HU	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		38	Input	Top	170	-80
include	386	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP8 Low Value for Output 1	When the digital portion of UIP8 (Terminal 8) is LOW, this value is sent to the OP1 GOTO parameter.	386	HV	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		38	Input	Bottom	170	100
include	387	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP8 High Value for Output 2	When the digital portion of UIP8 (Terminal 8) is HIGH, this value is sent to the OP2 GOTO parameter.	387	HW	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		38	Input	Top	270	-80
include	388	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP8 Low Value for Output 2	When the digital portion of UIP8 (Terminal 8) is LOW, this value is sent to the OP2 GOTO parameter.	388	HX	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		38	Input	Bottom	270	100
include	389	Analog	en		0.001	#0.000	V	UIP8 Threshold	Sets the threshold where digital portion of UIP8 (Terminal 8) will go HIGH.	389	HY	100	40	Operate	-30000	6000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		38	Input	Bottom	60	100
include	390	Enumerated	en	0=+/- 10V1=+/-5V2=+/-20V3=+/-30V	1.0	#0		UIP9 Input Range	Sets the 0 to +/-100% voltagerange of the UIP9 (Terminal 9) input signal.	390	HZ	100	40	Operate	0	0	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		39	Input	Bottom	180	60
include	391	Analog	en		0.01	#0.00	%	UIP9 Input Offset	Sets the level of the bipolar offset to be addedto the UIP9 (Terminal 9) input signal.	391	Ha	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		39	Input	Top	260	-60
include	392	Analog	en		0.0001	#0.0000		UIP9 Linear Scaling Factor	Sets the scaling factor of the UIP9 (Terminal 9) input signal.	392	Hb	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		39	Input	Bottom	340	60
include	393	Analog	en		0.01	#0.00	%	UIP9 Maximum Clamp Level	Sets the upper clamp level for the scaled UIP9 (Terminal 9) input signal.	393	Hc	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		39	Input	Top	430	-60
include	394	Analog	en		0.01	#0.00	%	UIP9 Minimum Clamp Level	Sets the lower clamp level for the scaled UIP9 (Terminal 9) input signal.	394	Hd	100	40	Operate	-30000	-10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		39	Input	Bottom	410	60
include	395	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP9 High Value for Output 1	When the digital portion of UIP9 (Terminal 9) is HIGH, this value is sent to the OP1 GOTO parameter.	395	He	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		40	Input	Top	170	-80
include	396	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP9 Low Value for Output 1	When the digital portion of UIP9 (Terminal 9) is LOW, this value is sent to the OP1 GOTO parameter.	396	Hf	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		40	Input	Bottom	170	100
include	397	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP9 High Value for Output 2	When the digital portion of UIP9 (Terminal 9) is HIGH, this value is sent to the OP2 GOTO parameter.	397	Hg	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		40	Input	Top	270	-80
include	398	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	UIP9 Low Value for Output 2	When the digital portion of UIP9 (Terminal 9) is LOW, this value is sent to the OP2 GOTO parameter.	398	Hh	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		40	Input	Bottom	270	100
include	399	Analog	en		0.001	#0.000	V	UIP9 Threshold	Sets the threshold where digital portion of UIP9 (Terminal 9) will go HIGH.	399	Hi	100	40	Operate	-30000	6000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		40	Input	Bottom	60	100
include	402	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Summer 1 Sign 1	Inverts the signal arriving at Input 1 of Summer 1.	402	Hl	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Top	200	-80
include	403	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Summer 1 Sign 2	Inverts the signal arriving at Input 2 of Summer 1.	403	Hm	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Bottom	200	200
include	404	Analog	en		0.0001	#0.0000		Summer 1 Ratio 1	Sets the multiplier applied to Input 1 of Summer 1.	404	Hn	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Top	340	-80
include	405	Analog	en		0.0001	#0.0000		Summer 1 Ratio 2	Sets the multiplier applied to Input 2 of Summer 1.	405	Ho	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Bottom	340	200
include	406	Analog	en		0.0001	#0.0000		Summer 1 Divider 1	Sets the divisor applied to Input 1 of Summer 1.	406	Hp	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Top	480	-80
include	407	Analog	en		0.0001	#0.0000		Summer 1 Divider 2	Sets the divisor applied to Input 2 of Summer 1.	407	Hq	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Bottom	480	200
include	408	Analog	en		0.01	#0.00	%	Summer 1 Input 1	Sets value for Input 1 of Summer 1.	408	Hr	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Left	0	0
include	409	Analog	en		0.01	#0.00	%	Summer 1 Input 2	Sets value for Input 2 of Summer 1.	409	Hs	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Left	0	120
include	410	Analog	en		0.01	#0.00	%	Summer 1 Input 3	Sets value for Input 3 of Summer 1.	410	Ht	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Left	0	60
include	411	Analog	en		.01	#0.00	%	Summer 1 Deadband	Sets +/- % deadband width centered on 0.00% for Input 1 of Summer 1.	411	Hu	100	40	Operate	0	0	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Top	60	-80
include	412	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Summer 1 Output Inverter Mode	Inverts the output signal of Summer 1.	412	Hv	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Bottom	760	200
include	413	Analog	en		.01	#0.00	%	Summer 1 Symmetrical Clamp	Sets the symmetrical clamp of Inputs 1, 2 and the output of Summer 1.	413	Hw	100	40	Operate	0	10500	20000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		11	Input	Top	840	-80
include	416	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Summer 2 Sign 1	Inverts the signal arriving at Input 1 of Summer 2.	416	Hz	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Top	200	-80
include	417	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Summer 2 Sign 2	Inverts the signal arriving at Input 2 of Summer 2.	417	IA	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Bottom	200	200
include	418	Analog	en		0.0001	#0.0000		Summer 2 Ratio 1	Sets the multiplier applied to Input 1 of Summer 2.	418	IB	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Top	340	-80
include	419	Analog	en		0.0001	#0.0000		Summer 2 Ratio 2	Sets the multiplier applied to Input 2 of Summer 2.	419	IC	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Bottom	340	200
include	420	Analog	en		0.0001	#0.0000		Summer 2 Divider 1	Sets the divisor applied to Input 1 of Summer 2.	420	ID	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Top	480	-80
include	421	Analog	en		0.0001	#0.0000		Summer 2 Divider 2	Sets the divisor applied to Input 2 of Summer 2.	421	IE	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Bottom	480	200
include	422	Analog	en		0.01	#0.00	%	Summer 2 Input 1	Sets value for Input 1 of Summer 2.	422	IF	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Left	0	0
include	423	Analog	en		0.01	#0.00	%	Summer 2 Input 2	Sets value for Input 2 of Summer 2.	423	IG	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Left	0	120
include	424	Analog	en		0.01	#0.00	%	Summer 2 Input 3	Sets value for Input 3 of Summer 2.	424	IH	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Left	0	60
include	425	Analog	en		.01	#0.00	%	Summer 2 Deadband	Sets +/- % deadband width centered on 0.00% for Input 1 of Summer 2.	425	IJ	100	40	Operate	0	0	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Top	60	-80
include	426	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Summer 2 Output Inverter Mode	Inverts the output signal of Summer 2.	426	IK	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Bottom	760	200
include	427	Analog	en		.01	#0.00	%	Summer 2 Symmetrical Clamp	Sets the symmetrical clamp of Inputs 1, 2 and the output of Summer 2.	427	IL	100	40	Operate	0	10500	20000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		12	Input	Top	840	-80
include	430	Analog	en		0.01	#0.00	%	PID 1 Input 1 Value	Sets value for Input 1 (Reference) of PID 1.	430	IN	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	-110	-80
include	431	Analog	en		0.0001	#0.0000		PID 1 Input 1 Ratio	Sets the multiplier applied to Input 1 of PID 1.	431	IO	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	-110	-20
include	432	Analog	en		0.0001	#0.0000		PID 1 Input 1 Divider	Sets the divisor applied to Input 1 of PID 1.	432	IP	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	-110	50
include	433	Analog	en		0.01	#0.00	%	PID 1 Input 2 Value	Sets value for Input 2 (Feedback) of PID 1.	433	IQ	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	-110	320
include	434	Analog	en		0.0001	#0.0000		PID 1 Input 2 Ratio	Sets the multiplier applied to Input 2 of PID 1.	434	IR	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	-110	260
include	435	Analog	en		0.0001	#0.0000		PID 1 Input 2 Divider	Sets the divisor applied to Input 2 of PID 1.	435	IS	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	-110	190
include	436	Analog	en		0.1	#0.0		PID 1 Proportional Gain	Sets the gain of PID 1 independent of both the I and D time constants.	436	IT	100	40	Operate	0	10	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Bottom	30	400
include	437	Analog	en		.01	#0.00	s	PID 1 Integral Time Constant	Sets the integrator time constant of PID 1.	437	IU	100	40	Operate	1	500	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Bottom	150	400
include	438	Analog	en		.001	#0.000	s	PID 1 Derivative Time Constant	Sets the derivative time constant of PID1.	438	IV	100	40	Operate	0	0	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Top	150	-100
include	439	Analog	en		.001	#0.000	s	PID 1 Derivative Filter Time Constant	Sets the filter time constant of the output for PID 1.	439	IW	100	40	Operate	0	100	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Top	370	-100
include	440	Boolean	en	0=Disabled1=Enabled	1.0	#0		PID 1 Integrator Preset Enable	Enables the integrator of PID 1 to be preset to the Preset Value (PIN 441).	440	IX	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Bottom	240	400
include	441	Analog	en		0.01	#0.00	%	PID 1 Integrator Preset Value	Set the integrator of PID 1 when preset is enabled (PIN 440).	441	IY	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	-110	380
include	442	Boolean	en	0=Disabled1=Enabled	1.0	#0		PID 1 Reset Enable	When DISABLED, the PID 1 output is ON and the integrator is released.	442	IZ	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Bottom	440	400
include	443	Analog	en		.01	#0.00	%	PID 1 Positive Clamp	Sets the positive level for PID 1 where the output is clamped and the integrator held.	443	Ia	100	40	Operate	0	10000	10500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Top	520	-100
include	444	Analog	en		.01	#0.00	%	PID 1 Negative Clamp	Sets the negative level for PID 1 where the output is clamped and the integrator held.	444	Ib	100	40	Operate	-10500	-10000	0	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Bottom	500	400
include	445	Analog	en		0.0001	#0.0000		PID 1 Output Trim	Sets the scaling factor for the PID 1 trim output (0.2 = 20%).	445	Ic	100	40	Operate	-30000	2000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Bottom	580	-100
include	446	Enumerated	en	0=Y-axis Maximum1=Linear Law2=Square Law3=Cubic Law4=4th Power Law	1.0	#0		PID 1 Profile Mode Select	Sets the shape of the PID 1 gain profilercurve.	446	Id	100	40	Operate	0	0	4	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Internal	Top	-10	-100
include	447	Analog	en		.01	#0.00	%	PID 1 Minimum Proportional Gain	Sets the minimum proportional gain forPID 1 (when profiled).	447	Ie	100	40	Operate	0	2000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Internal	Top	10	-100
include	448	Analog	en		.01	#0.00	%	PID 1 Profile X-axis Minimum	Sets the minimum for the X-AXIS on the profiled parameter on PID 1.	448	If	100	40	Operate	0	0	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		9	Internal	Top	30	-100
include	453	Analog	en		0.01	#0.00	%	PID 2 Input 1 Value	Sets value for Input 1 (Reference) of PID 2.	453	Ik	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	-110	-80
include	454	Analog	en		0.0001	#0.0000		PID 2 Input 1 Ratio	Sets the multiplier applied to Input 1 of PID 2.	454	Il	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	-110	-20
include	455	Analog	en		0.0001	#0.0000		PID 2 Input 1 Divider	Sets the divisor applied to Input 1 of PID 2.	455	Im	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	-110	50
include	456	Analog	en		0.01	#0.00	%	PID 2 Input 2 Value	Sets value for Input 2 (Feedback) of PID 2.	456	In	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	-110	320
include	457	Analog	en		0.0001	#0.0000		PID 2 Input 2 Ratio	Sets the multiplier applied to Input 2 of PID 2.	457	Io	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	-110	260
include	458	Analog	en		0.0001	#0.0000		PID 2 Input 2 Divider	Sets the divisor applied to Input 2 of PID 2.	458	Ip	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	-110	190
include	459	Analog	en		0.1	#0.0		PID 2 Proportional Gain	Sets the gain of PID 2 independent of both the I and D time constants.	459	Iq	100	40	Operate	0	10	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Bottom	30	400
include	460	Analog	en		.01	#0.00	s	PID 2 Integral Time Constant	Sets the integrator time constant of PID 2.	460	Ir	100	40	Operate	1	500	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Bottom	150	400
include	461	Analog	en		.001	#0.000	s	PID 2 Derivative Time Constant	Sets the derivative time constant of PID2.	461	Is	100	40	Operate	0	0	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Top	150	-100
include	462	Analog	en		.001	#0.000	s	PID 2 Derivative Filter Time Constant	Sets the filter time constant of the output for PID 2.	462	It	100	40	Operate	0	100	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Top	370	-100
include	463	Boolean	en	0=Disabled1=Enabled	1.0	#0		PID 2 Integrator Preset Enable	Enables the integrator of PID 2 to be preset to the Preset Value (PIN 464).	463	Iu	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Bottom	240	400
include	464	Analog	en		0.01	#0.00	%	PID 2 Integrator Preset Value	Set the integrator of PID 2 when preset is enabled (PIN 463).	464	Iv	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Left	-110	380
include	465	Boolean	en	0=Disabled1=Enabled	1.0	#0		PID 2 Reset Enable	When DISABLED, the PID 2 output is ON and the integrator is released.	465	Iw	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Bottom	440	400
include	466	Analog	en		.01	#0.00	%	PID 2 Positive Clamp	Sets the positive level for PID 2 where the output is clamped and the integrator held.	466	Ix	100	40	Operate	0	10000	10500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Top	520	-100
include	467	Analog	en		.01	#0.00	%	PID 2 Negative Clamp	Sets the negative level for PID 2 where the output is clamped and the integrator held.	467	Iy	100	40	Operate	-10500	-10000	0	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Bottom	500	400
include	468	Analog	en		0.0001	#0.0000		PID 2 Output Trim	Sets the scaling factor for the PID 2 trim output (0.2 = 20%).	468	Iz	100	40	Operate	-30000	2000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Input	Top	580	-100
include	469	Enumerated	en	0=Y-axis Maximum1=Linear Law2=Square Law3=Cubic Law4=4th Power Law	1.0	#0		PID 2 Profile Mode Select	Sets the shape of the PID 2 gain profilercurve.	469	JA	100	40	Operate	0	0	4	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Top	-10	-100
include	470	Analog	en		.01	#0.00	%	PID 2 Minimum Proportional Gain	Sets the minimum proportional gain forPID 2 (when profiled).	470	JB	100	40	Operate	0	2000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Top	10	-100
include	471	Analog	en		.01	#0.00	%	PID 2 Profile X-axis Minimum	Sets the minimum for the X-AXIS on the profiled parameter on PID 2.	471	JC	100	40	Operate	0	0	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Top	30	-100
include	476	Enumerated	en	0=Y-axis Maximum1=Linear Law2=Square Law3=Cubic Law4=4th Power Law	1.0	#0		Profile Mode	Sets the shape of the parameter profilercurve between Xmin and Xmax.	476	JH	100	40	Operate	0	0	4	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		59	Input	Left	0	240
include	477	Analog	en		0.01	#0.00	%	Profiler Y at X(min)	Sets the minimum profiler output (Y) when the profiled parameter is at Xmin.	477	JI	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		59	Input	Left	0	180
include	478	Analog	en		0.01	#0.00	%	Profiler Y at X(max)	Sets the maximum profiler output (Y) when the profiled parameter is at Xmax.	478	JJ	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		59	Input	Left	0	120
include	479	Analog	en		0.01	#0.00	%	Profiler X(min)	Sets the minimum value for the X axis input.	479	JK	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		59	Input	Bottom	150	280
include	480	Analog	en		0.01	#0.00	%	Profiler X(max)	Sets the maximum value for the X axis input.	480	JL	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		59	Input	Bottom	230	280
include	481	Boolean	en	0=Disabled1=Enabled	1.0	#0		Profiler X-axis Rectifier	If ENABLED, the X axis input is rectified prior to profiling.	481	JM	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		59	Input	Left	0	60
include	484	Analog	en		0.01	#0.00	%	Web Speed Input	Sets the value, prior to rectification, of the WEB speed input.	484	JP	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Left	0	0
include	485	Analog	en		0.01	#0.00	%	Reel Speed Input	Sets the value, prior to rectification, of the REEL speed input.	485	JQ	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Left	0	60
include	486	Analog	en		.01	#0.00	%	Minimum Diameter	Sets the lower clamp of the diameter calculator.	486	JR	100	40	Operate	0	1000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Bottom	260	100
include	487	Analog	en		0.01	#0.00	%	Diameter Calculation Minimum Speed	If the WEB speed is below this setting (%), the diameter output is held.	487	JS	100	40	Operate	0	500	10500	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Top	130	-160
include	488	Boolean	en	0=Disabled1=Enabled	1.0	#0		Diameter Hold Enable	When ENABLED, the diameter output is held.	488	JT	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Top	210	-160
include	489	Analog	en		.01	#0.00	s	Diameter Filter Time Constant	Sets the filter time constant on raw  calculation of the diameter calculator.	489	JU	100	40	Operate	10	500	20000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Top	540	-160
include	490	Boolean	en	0=Disabled1=Enabled	1.0	#0		Diameter Preset Enable	When ENABLED, the diameter output is preset to the DIAMETER PRESET VALUE (PIN491).	490	JV	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Bottom	360	100
include	491	Analog	en		.01	#0.00	%	Diameter Preset Value	The diameter output is preset to this value when DIAMETER PRESET (PIN 490) is enabled.	491	JW	100	40	Operate	0	1000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Top	310	-160
include	492	Analog	en		.01	#0.00	%	Diameter Web Break Threshold	Sets the threshold at which the web break flag will be activated.	492	JX	100	40	Operate	0	750	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		61	Input	Top	640	-160
include	493	Boolean	en	0=Disabled1=Enabled	1.0	#0		Diameter Memory Boot-up	If ENABLED, the last value of the diameter output will be retained on power loss.	493	JY	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		61	Internal	Left	0	-120
include	495	Analog	en		.01	#0.00	%	Tension Reference	Sets the tension reference to the taper tension calculator.	495	Ja	100	40	Operate	0	0	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		62	Input	Left	0	75
include	496	Analog	en		0.01	#0.00	%	Taper Strength Input	Sets the amount of taper for the taper tension calculator.	496	Jb	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		62	Input	Left	0	135
include	497	Boolean	en	0=Disabled1=Enabled	1.0	#0		Hyperbolic Taper Enable	If ENABLED, the taper profile is hyperbolic. When DISABLED, a linear taper is generated.	497	Jc	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		62	Input	Bottom	120	175
include	498	Analog	en		0.01	#0.00	%	Tension Trim Input	Sets a trim input that is added to the tapered tension calculator.	498	Jd	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		62	Input	Bottom	220	175
include	501	Analog	en		0.01	#0.00	%	Torque Trim Input	Sets a trim input to be added to the compensated torque demand.	501	Jg	100	40	Operate	-15000	0	15000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Input	Top	380	-120
include	502	Analog	en		0.01	#0.00	%	Stiction Compensation	Sets the level of torque required to overcome stiction.	502	Jh	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Top	240	-120
include	503	Analog	en		.01	#0.00	%	Stiction Web Speed Threshold	Sets the WEB speed above which stiction compensation is added to the torque demand (when REEL speed less than 2%).	503	Ji	100	40	Operate	0	500	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Top	280	-120
include	504	Analog	en		0.01	#0.00	%	Static Friction Compensation	Sets the compensation required to overcome static friction.	504	Jj	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Top	220	-120
include	505	Analog	en		0.01	#0.00	%	Dynamic Friction Compensation	Sets the compensation factor requiredto overcome dynamic friction.	505	Jk	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Top	200	-120
include	506	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Friction Sign	Sets the polarity of the sum of the friction loss compensations (Stiction, Static, and Dynamic).	506	Jl	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Input	Left	0	-80
include	507	Analog	en		0.01	#0.00	%	Fixed Mass Inertia	Sets the compensation required to overcome fixed mass inertia (motor, drivetrain, and spindle).	507	Jm	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Bottom	160	120
include	508	Analog	en		0.01	#0.00	%	Variable Mass Inertia	Sets the compensation required to overcome variable mass inertia (product on the spindle).	508	Jn	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Bottom	120	120
include	509	Analog	en		.01	#0.00	%	Material Width	Sets a ratio % to accomodate material width or mass changes related to variable mass inertia.	509	Jo	100	40	Operate	0	10000	20000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Bottom	140	120
include	510	Analog	en		0.01	#0.00	%	Acceleration Line Speed Input	Sets the WEB speed reference to calculate derivative for inertia compensations.	510	Jp	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Bottom	220	120
include	511	Analog	en		0.01	#0.00		Acceleration Scaler	Sets the scaling factor to calibrate the derivative calculation.	511	Jq	100	40	Operate	-10000	1000	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Bottom	180	120
include	512	Analog	en		.01	#0.00	%	Acceleration Input Monitor	Displays the result of the derivative calculation. If PIN 511 = 0, becomes a derivative input.	512	Jr	100	40	Operate	0	0	10500	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Bottom	260	120
include	513	Analog	en		.01	#0.00	s	Acceleration Filter Time Constant	Sets a filter time constant to stabilize the calculated derivative signal .	513	Js	100	40	Operate	0	10	20000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Internal	Bottom	200	120
include	514	Analog	en		0.01	#0.00	%	Tension Demand Input	Sets the tension demand input.	514	Jt	100	40	Operate	-10000	0	10000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Input	Left	0	0
include	515	Analog	en		0.0001	#0.0000		Tension Scaler	Scales the product of the tension demand input and the diameter.	515	Ju	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Input	Top	140	-120
include	516	Boolean	en	0=Disabled1=Enabled	1.0	#0		Torque Memory Select Enable	If ENABLED, the torque demand is set to the value of the TORQUE MEM INPUT (PIN 517).	516	Jv	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Input	Bottom	460	120
include	517	Analog	en		0.01	#0.00	%	Torque Memory Input	Sets the torque value to be used when TORQUE MEM SEL (PIN 516) is ENABLED.	517	Jw	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Input	Bottom	410	120
include	518	Boolean	en	0=Disabled1=Enabled	1.0	#0		Tension Enable	When ENABLED, switches the torque reference to the appropriate current clamp.	518	Jx	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Input	Top	580	-120
include	519	Boolean	en	0=Disabled1=Enabled	1.0	#0		Overwind / Underwind	If ENABLED, the torque demand will control the Lower -Clamp. When DISABLED, the torque demand controls the Upper +Clamp.	519	Jy	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		63	Input	Top	700	-120
include	524	Boolean	en	0=Low1=High	1.0	#0		Digital Input 1 LSB	Sets the logic state of the least significant select bit of the preset speed block (xx1).	524	KD	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Bottom	60	450
include	525	Boolean	en	0=Low1=High	1.0	#0		Digital Input 2	Sets the logic state of the middle select bit of the preset speed block (x1x).	525	KE	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Bottom	140	450
include	526	Boolean	en	0=Low1=High	1.0	#0		Digital Input 3 MSB	Sets the logic state of the most significant select bit of the preset speed block (1xx).	526	KF	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Bottom	220	450
include	527	Analog	en		0.01	#0.00	%	Value for 000	Sets the preset value for select bit pattern 000 (PINs 524, 525, 526 = LOW).	527	KG	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Left	0	420
include	528	Analog	en		0.01	#0.00	%	Value for 001	Sets the preset value for select bit pattern 001 (PIN 524 = HIGH).	528	KH	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Left	0	360
include	529	Analog	en		0.01	#0.00	%	Value for 010	Sets the preset value for select bit pattern 010 (PIN 525 = HIGH).	529	KI	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Left	0	300
include	530	Analog	en		0.01	#0.00	%	Value for 011	Sets the preset value for select bit pattern 011 (PINs 524, 525 = HIGH).	530	KJ	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Left	0	240
include	531	Analog	en		0.01	#0.00	%	Value for 100	Sets the preset value for select bit pattern 100 (PIN 526 = HIGH).	531	KK	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Left	0	180
include	532	Analog	en		0.01	#0.00	%	Value for 101	Sets the preset value for select bit pattern 101 (PINs 524, 526 = HIGH).	532	KL	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Left	0	120
include	533	Analog	en		0.01	#0.00	%	Value for 110	Sets the preset value for select bit pattern 110 (PINs 525, 526 = HIGH).	533	KM	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Left	0	60
include	534	Analog	en		0.01	#0.00	%	Value for 111	Sets the preset value for select bit pattern 111 (PINs 524, 525, 526 = HIGH).	534	KN	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		60	Input	Left	0	0
include	544	Enumerated	en	0=Changeover Switch or Jumper1=Comparator2=AND Gate3=OR Gate4=Inverter5=Sign Changer6=Rectifier	1.0	#0		Function Mode 1	Sets the mode of operation for the Multi-Function 1 block.	544	KX	100	40	Operate	0	0	6	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		13	Input	Left	0	120
include	545	Boolean	en	0=Disabled1=Enabled	1.0	#0		Output Select 1	If ENABLED, Multi-Function 1 block’s mode is determined by PIN 544. When DISABLED, the block acts as a jumper.	545	KY	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		13	Input	Left	0	180
include	546	Enumerated	en	0=Changeover Switch or Jumper1=Comparator2=AND Gate3=OR Gate4=Inverter5=Sign Changer6=Rectifier	1.0	#0		Function Mode  2	Sets the mode of operation for the Multi-Function 2 block.	546	KZ	100	40	Operate	0	0	6	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		14	Input	Left	0	120
include	547	Boolean	en	0=Disabled1=Enabled	1.0	#0		Output Select 2	If ENABLED, Multi-Function 2 block’s mode is determined by PIN 546. When DISABLED, the block acts as a jumper.	547	Ka	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		14	Input	Left	0	180
include	548	Enumerated	en	0=Changeover Switch or Jumper1=Comparator2=AND Gate3=OR Gate4=Inverter5=Sign Changer6=Rectifier	1.0	#0		Function Mode  3	Sets the mode of operation for the Multi-Function 3 block.	548	Kb	100	40	Operate	0	0	6	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		15	Input	Left	0	120
include	549	Boolean	en	0=Disabled1=Enabled	1.0	#0		Output Select 3	If ENABLED, Multi-Function 3 block’s mode is determined by PIN 548. When DISABLED, the block acts as a jumper.	549	Kc	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		15	Input	Left	0	180
include	550	Enumerated	en	0=Changeover Switch or Jumper1=Comparator2=AND Gate3=OR Gate4=Inverter5=Sign Changer6=Rectifier	1.0	#0		Function Mode  4	Sets the mode of operation for the Multi-Function 4 block.	550	Kd	100	40	Operate	0	0	6	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		16	Input	Left	0	120
include	551	Boolean	en	0=Disabled1=Enabled	1.0	#0		Output Select 4	If ENABLED, Multi-Function 4 block’s mode is determined by PIN 550. When DISABLED, the block acts as a jumper.	551	Ke	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		16	Input	Left	0	180
include	552	Enumerated	en	0=Changeover Switch or Jumper1=Comparator2=AND Gate3=OR Gate4=Inverter5=Sign Changer6=Rectifier	1.0	#0		Function Mode  5	Sets the mode of operation for the Multi-Function 5 block.	552	Kf	100	40	Operate	0	0	6	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		17	Input	Left	0	120
include	553	Boolean	en	0=Disabled1=Enabled	1.0	#0		Output Select 5	If ENABLED, Multi-Function 5 block’s mode is determined by PIN 552. When DISABLED, the block acts as a jumper.	553	Kg	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		17	Input	Left	0	180
include	554	Enumerated	en	0=Changeover Switch or Jumper1=Comparator2=AND Gate3=OR Gate4=Inverter5=Sign Changer6=Rectifier	1.0	#0		Function Mode  6	Sets the mode of operation for the Multi-Function 6 block.	554	Kh	100	40	Operate	0	0	6	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		18	Input	Left	0	120
include	555	Boolean	en	0=Disabled1=Enabled	1.0	#0		Output Select 6	If ENABLED, Multi-Function 6 block’s mode is determined by PIN 554. When DISABLED, the block acts as a jumper.	555	Ki	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		18	Input	Left	0	180
include	556	Enumerated	en	0=Changeover Switch or Jumper1=Comparator2=AND Gate3=OR Gate4=Inverter5=Sign Changer6=Rectifier	1.0	#0		Function Mode  7	Sets the mode of operation for the Multi-Function 7 block.	556	Kj	100	40	Operate	0	0	6	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		19	Input	Left	0	120
include	557	Boolean	en	0=Disabled1=Enabled	1.0	#0		Output Select 7	If ENABLED, Multi-Function 7 block’s mode is determined by PIN 556. When DISABLED, the block acts as a jumper.	557	Kk	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		19	Input	Left	0	180
include	558	Enumerated	en	0=Changeover Switch or Jumper1=Comparator2=AND Gate3=OR Gate4=Inverter5=Sign Changer6=Rectifier	1.0	#0		Function Mode  8	Sets the mode of operation for the Multi-Function 8 block.	558	Kl	100	40	Operate	0	0	6	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		20	Input	Left	0	120
include	559	Boolean	en	0=Disabled1=Enabled	1.0	#0		Output Select 8	If ENABLED, Multi-Function 8 block’s mode is determined by PIN 558. When DISABLED, the block acts as a jumper.	559	Km	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		20	Input	Left	0	180
include	561	Boolean	en	0=Low1=High	1.0	#0		Latch Data Input	Sets logic level for the latch data input.	561	Ko	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		24	Input	Left	0	60
include	562	Boolean	en	0=Low1=High	1.0	#0		Latch Clock Input	Sets the logic level for the latch clock input. If HIGH, the state of the DATA IP (PIN 561) is moved to the latch output.	562	Kp	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		24	Input	Left	0	120
include	563	Boolean	en	0=Low1=High	1.0	#0		Latch Set Input	Sets the logic level for the latch set input. If HIGH, the latch output is set to the VALUE FOR HI (PIN 565). [SET dominant]	563	Kq	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		24	Input	Left	0	0
include	564	Boolean	en	0=Low1=High	1.0	#0		Latch Reset Input	Sets the logic level for the latch reset input. If HIGH, the latch output is set to the VALUE FOR LO (PIN 566).	564	Kr	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		24	Input	Left	0	180
include	565	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	Latch Value for High Output	Sets the latch output value for the HIGH state.	565	Ks	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		24	Input	Top	210	-20
include	566	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	Latch Value for Low Output	Sets the latch output value for the LOW state.	566	Kt	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		24	Input	Bottom	210	200
include	569	Analog	en		.001	#0.000	s	Filter 1 Time Constant	Sets the time constant for Filter 1.	569	Kw	100	40	Operate	0	1000	32000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		21	Input	Left	0	60
include	574	Analog	en		.001	#0.000	s	Filter 2 Time Constant	Sets the time constant for Filter 2.	574	LB	100	40	Operate	0	1000	32000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		22	Input	Left	0	60
include	579	Boolean	en	0=Low1=High	1.0	#0		Clock Input	Sets the clock input logic level for the batch counter. Increments on positive edge.	579	LG	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		57	Input	Left	0	0
include	580	Boolean	en	0=Low1=High	1.0	#0		Reset Enable Input	Sets the reset input logic level for the batch counter (Reset dominant).	580	LH	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		57	Input	Left	0	60
include	581	Analog	en		1.0	#0		Counter Target Number	Sets the target number for the batch counter where COUNTER &gt;= TARGET (PIN 582) goes HIGH.	581	LI	100	40	Operate	0	32000	32000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		57	Input	Bottom	155	100
include	584	Boolean	en	0=Disabled1=Enabled	1.0	#0		Timer Reset Enable Input	When ENABLED, the timer is resetto zero and held.	584	LL	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		58	Input	Left	0	0
include	585	Analog	en		.1	#0.0	s	Timer Interval	Sets the time delay for the interval timer.	585	LM	100	40	Operate	1	50	6000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		58	Input	Left	0	60
include	588	Analog	en		0.01	#0.00	%	Comparator 1 Input 1	Sets the level of Input 1 of the Comparator 1. Output is HIGH when Input 1 &gt; Input 2 (algebraic). 	588	LP	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		1	Input	Left	0	0
include	589	Analog	en		0.01	#0.00	%	Comparator 1 Input 2	Sets the level of Input 2 of the Comparator 1. Output is HIGH when Input 1 &gt; Input 2 (algebraic). 	589	LQ	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		1	Input	Left	0	60
include	590	Boolean	en	0=Disabled1=Enabled	1.0	#0		Comparator 1 Window Mode Select	If ENABLED, a window around 0.00% is created by Input 2. The Comparator 1 Output is LOW for Input 1 &gt; or =&lt; the window (algebraic).	590	LR	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		1	Input	Left	0	-60
include	591	Analog	en		.01	#0.00	%	Comparator 1 Hysteresis	Sets the level which Input 1 must exceed (or be less than) Input 2 to change state of the Comparator 1 output.	591	LS	100	40	Operate	0	50	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		1	Input	Left	0	120
include	592	Analog	en		0.01	#0.00	%	Comparator 2 Input 1	Sets the level of Input 1 of the Comparator 2. Output is HIGH when Input 1 &gt; Input 2 (algebraic). 	592	LT	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		2	Input	Left	0	0
include	593	Analog	en		0.01	#0.00	%	Comparator 2 Input 2	Sets the level of Input 2 of the Comparator 2. Output is HIGH when Input 1 &gt; Input 2 (algebraic). 	593	LU	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		2	Input	Left	0	60
include	594	Boolean	en	0=Disabled1=Enabled	1.0	#0		Comparator 2 Window Mode Select	If ENABLED, a window around 0.00% is created by Input 2. The Comparator 2 Output is LOW for Input 1 &gt; or =&lt; the window (algebraic).	594	LV	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		2	Input	Left	0	-60
include	595	Analog	en		.01	#0.00	%	Comparator 2 Hysteresis	Sets the level which Input 1 must exceed (or be less than) Input 2 to change state of the Comparator 2 output.	595	LW	100	40	Operate	0	50	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		2	Input	Left	0	120
include	596	Analog	en		0.01	#0.00	%	Comparator 3 Input 1	Sets the level of Input 1 of the Comparator 3. Output is HIGH when Input 1 &gt; Input 2 (algebraic). 	596	LX	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		3	Input	Left	0	0
include	597	Analog	en		0.01	#0.00	%	Comparator 3 Input 2	Sets the level of Input 2 of the Comparator 3. Output is HIGH when Input 1 &gt; Input 2 (algebraic). 	597	LY	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		3	Input	Left	0	60
include	598	Boolean	en	0=Disabled1=Enabled	1.0	#0		Comparator 3 Window Mode Select	If ENABLED, a window around 0.00% is created by Input 2. The Comparator 3 Output is LOW for Input 1 &gt; or =&lt; the window (algebraic).	598	LZ	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		3	Input	Left	0	-60
include	599	Analog	en		.01	#0.00	%	Comparator 3 Hysteresis	Sets the level which Input 1 must exceed (or be less than) Input 2 to change state of the Comparator 3 output.	599	La	100	40	Operate	0	50	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		3	Input	Left	0	120
include	600	Analog	en		0.01	#0.00	%	Comparator 4 Input 1	Sets the level of Input 1 of the Comparator 4. Output is HIGH when Input 1 &gt; Input 2 (algebraic). 	600	Lb	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		4	Input	Left	0	0
include	601	Analog	en		0.01	#0.00	%	Comparator 4 Input 2	Sets the level of Input 2 of the Comparator 4. Output is HIGH when Input 1 &gt; Input 2 (algebraic). 	601	Lc	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		4	Input	Left	0	60
include	602	Boolean	en	0=Disabled1=Enabled	1.0	#0		Comparator 4 Window Mode Select	If ENABLED, a window around 0.00% is created by Input 2. The Comparator 4 Output is LOW for Input 1 &gt; or =&lt; the window (algebraic).	602	Ld	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		4	Input	Left	0	-60
include	603	Analog	en		.01	#0.00	%	Comparator 4 Hysteresis	Sets the level which Input 1 must exceed (or be less than) Input 2 to change state of the Comparator 4 output.	603	Le	100	40	Operate	0	50	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		4	Input	Left	0	120
include	604	Boolean	en	0=Low1=High	1.0	#0		Changeover Switch 1 Control	Selects the position of ChangeOver Switch 1 to either the LO or HI VALUE.	604	Lf	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		5	Input	Left	0	120
include	605	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	Changeover Switch 1 High Value	Sets the output value of ChangeOver Switch 1 when the Control is HIGH.	605	Lg	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		5	Input	Left	0	60
include	606	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	Changeover Switch 1 Low Value	Sets the output value of ChangeOver Switch 1 when the Control is LOW.	606	Lh	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		5	Input	Left	0	0
include	607	Boolean	en	0=Low1=High	1.0	#0		Changeover Switch 2 Control	Selects the position of ChangeOver Switch 2 to either the LO or HI VALUE.	607	Li	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		6	Input	Left	0	120
include	608	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	Changeover Switch 2 High Value	Sets the output value of ChangeOver Switch 2 when the Control is HIGH.	608	Lj	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		6	Input	Left	0	60
include	609	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	Changeover Switch 2 Low Value	Sets the output value of ChangeOver Switch 2 when the Control is LOW.	609	Lk	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		6	Input	Left	0	0
include	610	Boolean	en	0=Low1=High	1.0	#0		Changeover Switch 3 Control	Selects the position of ChangeOver Switch 3 to either the LO or HI VALUE.	610	Ll	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		7	Input	Left	0	120
include	611	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	Changeover Switch 3 High Value	Sets the output value of ChangeOver Switch 3 when the Control is HIGH.	611	Lm	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		7	Input	Left	0	60
include	612	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	Changeover Switch 3 Low Value	Sets the output value of ChangeOver Switch 3 when the Control is LOW.	612	Ln	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		7	Input	Left	0	0
include	613	Boolean	en	0=Low1=High	1.0	#0		Changeover Switch 4 Control	Selects the position of ChangeOver Switch 4 to either the LO or HI VALUE.	613	Lo	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	120
include	614	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	Changeover Switch 4 High Value	Sets the output value of ChangeOver Switch 4 when the Control is HIGH.	614	Lp	100	40	Operate	-30000	1	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	60
include	615	Analog	en	0=Low (0.00%)1=High (0.01%)	0.01	#0.00	%	Changeover Switch 4 Low Value	Sets the output value of ChangeOver Switch 4 when the Control is LOW.	615	Lq	100	40	Operate	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		8	Input	Left	0	0
include	678	Boolean	en	0=Disabled1=Enabled	1.0	#0		Maximum Current Response	When ENABLED, the drive’s super fast current loop response is activated. 	678	NB	100	40	Engineer	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		69	Input	Bottom	260	80
include	705	Analog	en		.01	#0.00	%	Low Pass Filter Input	Input to the simple low pass filter with a cut off frequency of 10 Hz.	705	Nc	100	40	Engineer	-30000	0	30000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		23	Input	Left	0	0
include	708	Boolean	en	0=Low1=High	1.0	#0		Remote Receive Input		708	Nf	100	40	Reserved	0	0	1	UINT16B					Outgoing Connections Allowed		65	Internal	Left	0	0
include	711	Analog	en		1.0	#0		Position Counter Divider Input		711	Ni	100	40	Engineer	1	1	30000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		74	Internal	Left	-20	30
include	712	Boolean	en	0=Low1=High	1.0	#0		User Alarm Input		712	Nj	100	40	Engineer	0	0	1	UINT16B	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	940
include	721	Boolean	en	0=Disabled1=Enabled	1.0	#0.0		Reduced Menu Enable		721		100	40	Reserved	0	0	1	UINT16B	Writable				Outgoing Connections Allowed		78	Internal	Left	0	0
include	722	Boolean	en	0=Disabled1=Enabled	1.0	#0.0		Configuration Enable		722		100	40	Reserved	0	0	1	UINT16B			Transient		Outgoing Connections Allowed		78	Internal	Right	200	0
include	723	Enumerated	en	0=English	1.0	#0.0		Menu Language		723		100	40	Reserved	0	0	0	UINT16	Writable						78	Internal	Left	0	20
include	724	Hexadecimal	en		1.0	#0		Password		724		100	40	Reserved	0	0	65535	UINT16	Writable						78	Internal	Left	0	40
include	725	Hexadecimal	en		1.0	#0		Stored Password		725		100	40	Reserved	0	0	65535	UINT16	Writable						78	Internal	Left	0	60
include	737	PLgetfrom	en		1.0	#0		Fieldbus Input 1 GETFROM		737	OA	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	0
include	738	PLgetfrom	en		1.0	#0		Fieldbus Input 2 GETFROM		738	OB	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	60
include	739	PLgetfrom	en		1.0	#0		Fieldbus Input 3 GETFROM		739	OC	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	120
include	740	PLgetfrom	en		1.0	#0		Fieldbus Input 4 GETFROM		740	OD	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	180
include	741	PLgetfrom	en		1.0	#0		Fieldbus Input 5 GETFROM		741	OE	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	240
include	742	PLgetfrom	en		1.0	#0		Fieldbus Input 6 GETFROM		742	OF	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	300
include	743	PLgetfrom	en		1.0	#0		Fieldbus Input 7 GETFROM		743	OG	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	360
include	744	PLgetfrom	en		1.0	#0		Fieldbus Input 8 GETFROM		744	OH	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	420
include	745	PLgetfrom	en		1.0	#0		Fieldbus Input Bit 1 GETFROM		745	OI	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	480
include	746	PLgetfrom	en		1.0	#0		Fieldbus Input Bit 2 GETFROM		746	OJ	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	540
include	747	PLgetfrom	en		1.0	#0		Fieldbus Input Bit 3 GETFROM		747	OK	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	600
include	748	PLgetfrom	en		1.0	#0		Fieldbus Input Bit 4 GETFROM		748	OL	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	660
include	749	PLgetfrom	en		1.0	#0		Fieldbus Input Bit 5 GETFROM		749	OM	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	720
include	750	PLgetfrom	en		1.0	#0		Fieldbus Input Bit 6 GETFROM		750	ON	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	780
include	751	PLgetfrom	en		1.0	#0		Fieldbus Input Bit 7 GETFROM		751	OO	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	840
include	752	PLgetfrom	en		1.0	#0		Fieldbus Input Bit 8 GETFROM		752	OP	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Input	Left	-30	900
include	768	Hexadecimal	en	0=None1=Armature Overcurrent2=Speed Feedback Mismatch4=Overspeed8=Armature Overvolts16=Field Overcurrent32=Field Loss64=Missing Pulse128=Stall Trip256=Thermistor on T30512=Heatsink Overtemp1024=Short Circuit Digital Outputs2048=Bad Reference Exchange4096=Contactor Lock Out8192=User/drive.web Trip16384=Synchronization Loss32768=Supply Phase Loss61952=GOTO, GETFROM Enabled	1.0	#0		Health Store MMI (1st Alarm Save)		768		100	40	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		75	Internal	Right	920	750
include	769	Analog	en		.01	#0.00	%	Memorized Motorized Pot Output		769		100	40	Reserved	-32768	0	32767	UINT16					Outgoing Connections Allowed		64	Internal	Right	320	-20
include	770	Analog	en		.01	#0.00	%	Memorized Diameter Output		770		100	40	Engineer	-32768	0	32767	UINT16					Outgoing Connections Allowed		61	Internal	Right	710	-140
include	771	Boolean	en	0=Disable1=Enable	1.0	#0.0		Conflict Check Enable via P1 Port		771	Ns	100	40	Reserved	0	0	1	UINT16B	Writable	Serial Writable			Outgoing Connections Allowed		81	Internal	Left	0	20
include	774	Hexadecimal	en		1.0	#0		Instrument Identity (II)		774	II	100	40	Reserved	0	47806	65535	UINT16	Writable				Outgoing Connections Allowed		65	Internal	Bottom	80	60
include	775	Boolean	en	0=Inactive1=Saving	1.0	#0		Parameter Save via P1 Port		775	Th	100	40	Reserved	0	0	1	UINT16B	Writable	Serial Writable			Outgoing Connections Allowed		81	Internal	Left	0	20
include	784	Boolean	en	0=Disabled1=Enabled	1.0	#0		3-Button Recipe Lock Defeat		784		100	40	Reserved	0	1	1	UINT16	Writable				Outgoing Connections Allowed		81	Internal	Left	0	20
include	790	Analog	en		0.1	#0.0		Combined Precision + Restr.Check		790	Tf	100	40	Reserved	-32768	20	32767	INT16					Outgoing Connections Allowed		81	Internal	Right	0	30
include	791	Analog	en		1.0	#0.0		Dummy Write (SPECVIEW)		791	Tg	100	40	Reserved	-30000	0	30000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		81	Internal	Left	0	20
include	787	Analog	en	0=alarm65535=off	1.0	#0		driveweb Watchdog Timer		787		100	40	Operate	0	65535	65535	UINT16	Writable			Incoming Connection Allowed	Outgoing Connections Allowed		75	Input	Left	-20	1000
include	800	Boolean	en	0=Motor 11=Motor 2	1.0	#0.0		Active Parameter Set		800		100	40	Reserved	0	0	1	UINT16B					Outgoing Connections Allowed		81	Internal	Right	0	30
include	858	Analog	en		1.0	#0		Test Variable		858	Sf	100	40	Reserved	-32767	230	32767	INT16	Writable	Serial Writable					81	Internal	Left	0	20
include	861	Analog	en		1.0	#0		Square-Wave Half Period		861	Si	100	40	Reserved	-32767	43	32767	INT16	Writable	Serial Writable					81	Internal	Left	0	20
include	862	Analog	en		0.01	#0.00	%	Square-Wave Iref1		862	Sj	100	40	Reserved	-30000	300	30000	INT16	Writable	Serial Writable					81	Internal	Left	0	20
include	863	Analog	en		0.01	#0.00	%	Square-Wave Iref2		863	Sk	100	40	Reserved	-30000	-300	30000	INT16	Writable	Serial Writable					81	Internal	Left	0	20
include	864	Analog	en		.01	#0.00	%	Iarm Slew Rate Limit		864	Sl	100	40	Reserved	0	3500	20000	UINT16	Writable	Serial Writable					81	Internal	Left	0	20
include	879	Boolean	en	0=Disabled1=Enabled	1.0	#0		Test Switch		879	TA	100	40	Reserved	0	0	1	UINT16B	Writable	Serial Writable					81	Internal	Left	0	20
include	891	Hexadecimal	en		1.0	#0		Global Health Override		891	TM	100	40	Reserved	0	0	65535	UINT16	Writable				Outgoing Connections Allowed		81	Internal	Left	0	20
include	892	Boolean	en	0=Disabled1=Enabled	1.0	#0		High Bandwidth Tacho Sample Enable		892	TN	100	40	Reserved	0	0	1	UINT16B	Writable	Serial Writable					81	Internal	Left	0	20
include	893	Analog	en		0.01	#0.00	s	Low-Pass Filter T.C.		893	TO	100	40	Reserved	0	20	200	UINT16	Writable	Serial Writable					81	Internal	Left	0	20
include	894	Analog	en		.01	#0.00	s	Display Filter T.C.		894	TP	100	40	Reserved	0	50	200	UINT16	Writable	Serial Writable					81	Internal	Left	0	20
include	899	Hexadecimal	en		1.0	#0		View Address/Data		899	TU	100	40	Reserved	0	120	65535	UINT16					Outgoing Connections Allowed		81	Internal	Right	0	30
include	900	Analog	en		0.01	#0.00		View AOP3 Scaler		900	TV	100	40	Reserved	-30000	1000	30000	INT16					Outgoing Connections Allowed		81	Internal	Right	0	30
include	802	Analog	en		0.01	#0.00	%	Passive Current Limit	Calibration	802	Rb	100	40	Operate	0	15000	15000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	804	Analog	en		1.0	#0	rpm	Passive Base Rated Speed	Calibration	804	Rd	100	40	Operate	0	1500	6000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	805	Analog	en		1.0	#0	rpm	Passive Desired Maximum Speed	Calibration	805	Re	100	40	Operate	0	1500	6000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	806	Analog	en		0.01	#0.00	%	Passive Zero Speed Offset	Calibration	806	Rf	100	40	Operate	-500	0	500	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	807	Analog	en		0.01	#0.00	V	Passive Analog Tach Voltage	Calibration	807	Rg	100	40	Operate	-20000	6000	20000	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	808	Enumerated	en	0=Armature Voltage1=Analog Tach2=Encoder3=Encoder + Armature Voltage4=Encoder + Tach	1.0	#0		Passive Speed Feedback Type	Calibration	808	Rh	100	40	Operate	0	0	4	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	809	Boolean	en	0=Disabled1=Enabled	1.0	#0		Passive Quadrature Enable	Encoder Scaling	809	Ri	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	810	Analog	en		1.0	#0		Passive Encoder Lines	Encoder Scaling	810	Rj	100	40	Operate	1	1000	6000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	811	Analog	en		.0001	#0.0000		Passive Motor/Encoder Speed Ratio	Encoder Scaling	811	Rk	100	40	Operate	1	10000	30000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	812	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Passive Encoder Signal	Encoder Scaling	812	Rl	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	813	Analog	en		.01	#0.00	%	Passive IR Compensation	Calibration	813	Rm	100	40	Operate	0	0	10000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	814	Analog	en		.0001	#0.0000		Passive Field Current Feedback Trim	Calibration	814	Rn	100	40	Operate	10000	10000	11000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	815	Analog	en		.0001	#0.0000		Passive Armature Voltage Trim	Calibration	815	Ro	100	40	Operate	10000	10000	11000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	816	Analog	en		.0001	#0.0000		Passive Analog Tach Trim	Calibration	816	Rp	100	40	Operate	10000	10000	11000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	817	Analog	en		.1	#0.0	V	Passive Rated Armature Voltage	Calibration	817	Rq	100	40	Operate	0	4600	10000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	818	Analog	en		0.1	#0.0	s	Passive Forward Up Time	Run Mode Ramps	818	Rr	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	819	Analog	en		0.1	#0.0	s	Passive Forward Down Time	Run Mode Ramps	819	Rs	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	820	Analog	en		0.1	#0.0	s	Passive Reverse Up Time	Run Mode Ramps	820	Rt	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	821	Analog	en		0.1	#0.0	s	Passive Reverse Down Time	Run Mode Ramps	821	Ru	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	822	Analog	en		0.01	#0.00	%	Passive Jog Speed 1	Jog Crawl Slack	822	Rv	100	40	Operate	-10000	500	10000	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	823	Analog	en		0.01	#0.00	%	Passive Jog Speed 2	Jog Crawl Slack	823	Rw	100	40	Operate	-10000	-500	10000	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	824	Analog	en		0.01	#0.00	%	Passive Slack Speed 1	Jog Crawl Slack	824	Rx	100	40	Operate	-10000	500	10000	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	825	Analog	en		0.01	#0.00	%	Passive Slack Speed 2	Jog Crawl Slack	825	Ry	100	40	Operate	-10000	-500	10000	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	826	Analog	en		0.01	#0.00	%	Passive Crawl Speed	Jog Crawl Slack	826	Rz	100	40	Operate	-10000	1000	10000	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	827	Boolean	en	0=Disabled1=Enabled	1.0	#0		Passive Jog Mode Select	Jog Crawl Slack	827	SA	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	828	Analog	en		.1	#0.0	s	Passive Jog/Slack Ramp	Jog Crawl Slack	828	SB	100	40	Operate	1	10	6000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	829	Analog	en		.1	#0.0	s	Passive Stop Ramp Time	Stop Mode Ramp	829	SC	100	40	Operate	1	100	6000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	830	Analog	en		.01	#0.00	%	Passive Drop-out Speed	Stop Mode Ramp	830	SD	100	40	Operate	0	200	10000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	831	Analog	en		0.01	#0.00	%	Passive Internal Speed Reference 1	Speed Reference Summer	831	SE	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	832	Analog	en		0.01	#0.00	%	Passive Auxiliary Speed Reference 2	Speed Reference Summer	832	SF	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	833	Analog	en		0.01	#0.00	%	Passive Speed/Current Reference 3	Speed Reference Summer	833	SG	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	834	Analog	en		0.01	#0.00	%	Passive Ramped Speed Reference 4	Speed Reference Summer	834	SH	100	40	Operate	-10500	0	10500	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	835	Boolean	en	0=Inverted1=Not Inverted	1.0	#0		Passive Speed/Current Reference 3 Sign	Speed Reference Summer	835	SI	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	836	Analog	en		0.0001	#0.0000		Passive Speed/Current Reference 3 Ratio	Speed Reference Summer	836	SJ	100	40	Operate	-30000	10000	30000	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	837	Analog	en		.01	#0.00	%	Passive Maximum Positive Speed Reference	Speed Control	837	SK	100	40	Operate	0	10500	10500	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	838	Analog	en		.01	#0.00	%	Passive Maximum Negative Speed Reference	Speed Control	838	SL	100	40	Operate	-10500	-10500-10500-10500-10500-10500-10500-10500-10500-10500-10500-10500-10500-10500-10500-1050000000000000000000-10500-10500-10500-10500-10500-10500-10500-1050000000000-10500-10500-10500000	0	INT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	839	Analog	en		.01	#0.00		Passive Speed Proportional Gain	Speed Control	839	SM	100	40	Operate	0	500	20000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	840	Analog	en		0.001	#0.000	s	Passive Speed Integral Time Constant	Speed Control	840	SN	100	40	Operate	1	1000	30000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	841	Analog	en		.01	#0.00	%	Passive Current Clamp Scaler	Current Control	841	SO	100	40	Operate	0	1000	15000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	842	Analog	en		.01	#0.00		Passive Current Proportional Gain	Current Control	842	SP	100	40	Operate	0	500	20000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	843	Analog	en		.01	#0.00		Passive Current Integral Gain	Current Control	843	SQ	100	40	Operate	0	100	20000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	844	Analog	en		.01	#0.00	%	Passive Discontinuous Current Point	Current Control	844	SR	100	40	Operate	0	0	15000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	845	Boolean	en	0=Disabled1=Enabled	1.0	#0		Passive Regen Mode Enable	Current Control	845	SS	100	40	Operate	0	111111111111111000000000000000001111111100000000111000	1	UINT16B	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	846	Boolean	en	0=Disabled1=Enabled	1.0	#0		Passive Field Enable	Field Control	846	ST	100	40	Operate	0	1	1	UINT16B	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	847	Analog	en		.01	#0.00	%	Passive Field Voltage Output	Field Control	847	SU	100	40	Operate	0	9000	10000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	848	Boolean	en	0=Disabled1=Enabled	1.0	#0		Passive Standstill Enable	Zero interlocks	848	SV	100	40	Operate	0	0	1	UINT16B	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	849	Analog	en		.01	#0.00	%	Passive Zero Interlocks Speed Level	Zero interlocks	849	SW	100	40	Operate	0	100	10000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	850	Analog	en		.01	#0.00	%	Passive Zero Interlocks Current Level	Zero interlocks	850	SX	100	40	Operate	0	150	10000	UINT16	Writable	Serial Writable			Outgoing Connections Allowed		77	Internal	Left	0	0
include	857v511	Analog	en	0=Disabled1=Enabled	1.0	#0.0		3-Phase Field Enable	When enabled, current loop is modified to operate on either a 3-phase field or high-inductance armature load.	857	Se	100	40	Import	0	0	1	UINT16	Writable						81	Internal	Left	0	20
include	2	Analog	en		.1	#0.0	A	Rated Armature Amps	Sets the desired 100% continuous current in rated motor current in amps.	2	AB	100	40	Engineer	40801201702403304105466839001100143317662200010000408012017024033041054668390011001433176621002200010000402168250028333167350041648355021682500283331673500416483550616683750616683750	40801201702403304105466839001100143317662200010000408012017024033041054668390011001433176621002200010000402168250028333167350041648355021682500283331673500416483550616683750616683750	12024036051072099012301640205027003300430053006553565355120240360510720990123016402050270033004300530063006553565355120650075008500950010500125014501650650075008500950010500125014501650185020502250185020502250	UINT16					Outgoing Connections Allowed		76	Input	Top	260	-1010
include	4	Analog	en		.01	#0.00	A	Rated Field Amps	Sets the desired 100% DC output field current in amps.	4	AD	100	40	Engineer	10	20020020020020020020040040040040080080080016002002002002002002002004004004004008008008008001600200800800800800800160016001600800800800800800160016001600160016001600160016001600	10001000100010001000100010002000200020002000500050005000100001000100010001000100010001000200020002000200050005000500050001000010005000500050005000500010000100001000050005000500050005000100001000010000100001000010000100001000010000	UINT16					Outgoing Connections Allowed		76	Input	Top	670	-1010
include	21	Analog	en		0.01	#0.00	%	Ramp Output Monitor	Displays the output level of the ramp block.	21	AU	100	40	Operate	-10000	0	10000	INT16					Outgoing Connections Allowed		66	Internal	Right	550	0
include	35	Boolean	en	0=Low1=High	1.0	#0		Ramping Flag	Displays the status of the ramping flag (Default connected to DOP2, Terminal 23). High = Ramping.	35	Ai	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		66	Output	Right	550	70
include	45	Analog	en		0.01	#0.00	%	Motorized Pot Output Monitor	Displays the output level of the motorized pot block.	45	As	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		64	Internal	Right	320	20
include	119	Boolean	en	0=Low1=High	1.0	#0		At Zero Reference Flag	If HIGH, the total speed reference is less than the 117)ZERO INTERLOCK SPEED %.	119	CO	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		71	Output	Right	640	290
include	120	Boolean	en	0=Low1=High	1.0	#0		At Zero Speed Flag	If HIGH, the speed feedback is less than 117)ZERO INTERLOCK SPEED % (Default connected to DOP1, Terminal 22).	120	CP	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		71	Output	Right	640	130
include	121	Boolean	en	0=Low1=High	1.0	#0		At Standstill	When HIGH, the standstill function will activate (flag operates independent of 115)STANDSTILL ENABLED).  	121	CQ	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		71	Output	Right	640	190
include	123	Analog	en		0.01	#0.00	%	Total Speed Reference Monitor	Displays the percentage of the total speed reference before the STOP RAMP BLOCK (Default connected to AOP2, Terminal 11).	123	CS	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		67	Output	Right	860	130
include	124	Analog	en		0.01	#0.00	%	Speed Demand Monitor	Displays the percentage of the total speed demand after the STOP RAMP BLOCK.	124	CT	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		67	Internal	Right	860	110
include	125	Analog	en		0.01	#0.00	%	Speed Error Monitor	Displays the value of the speed error as apercentage of full scale.	125	CU	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		67	Internal	Right	860	130
include	126	Analog	en		0.1	#0.0	V	Armature Voltage Monitor	Displays the average DC armature voltageregardless of selected feedback type.	126	CV	100	40	Operate	-8000	0	8000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-450
include	127	Analog	en		0.01	#0.00	%	Armature Voltage % Monitor	Displays the value of the average DC armature voltage as a percentage of 18)RATED ARMATURE VOLTS.	127	CW	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-510
include	128	Analog	en		0.01	#0.00	%	Back-EMF % Monitor	Displays the value of the average DC Back EMF as a percentage of the desired maximum Back EMF (Back EMF = AVF - IR).	128	CX	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-390
include	129	Analog	en		0.01	#0.00	V	Tachometer Voltage Monitor	Displays the average DC tachogenerator voltage regardless of selected feedback type.	129	CY	100	40	Operate	-22000	0	22000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-310
include	130	Analog	en		1.0	#0	rpm	Motor RPM Monitor	Displays the revolutions per minute of the motor (calculated value).	130	CZ	100	40	Operate	-7500	0	7500	INT16					Outgoing Connections Allowed		76	Output	Right	840	-20
include	131	Analog	en		0.01	#0.00	%	Speed Feedback % Monitor	Displays the speed feedback as a percentage of full speed (Default connected to AOP1, Terminal 10).	131	Ca	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-80
include	132	Analog	en		1.0	#0	rpm	Encoder RPM	Displays the encoder revolutions per minute regardless of selected feedback type.	132	Cb	100	40	Operate	-7500	0	7500	INT16					Outgoing Connections Allowed		76	Output	Right	840	160
include	133	Analog	en		0.01	#0.00	%	Armature Current Demand Monitor	Displays the total armature current demand as a percentage of 2)RATED ARMATURE AMPS.	133	Cc	100	40	Operate	-15000	0	15000	INT16					Outgoing Connections Allowed		69	Output	Right	780	-120
include	134	Analog	en		0.01	#0.00	%	Armature Current % Monitor	Displays the total armature current feedback as a percentage of 2)RATED ARMATURE AMPS.	134	Cd	100	40	Operate	-15000	0	15000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-730
include	135	Analog	en		0.1	#0.0	A	Armature Current Monitor	Displays the average DC armature current.	135	Ce	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-670
include	136	Analog	en		0.01	#0.00	%	Upper Current Limit Monitor	Displays the percentage value of the scaled upper current limit in the current clamp block.	136	Cf	100	40	Operate	-15000	0	15000	INT16					Outgoing Connections Allowed		68	Internal	Right	860	-40
include	137	Analog	en		0.01	#0.00	%	Lower Current Limit Monitor	Displays the percentage value of the scaled lower current limit in the current clamp block.	137	Cg	100	40	Operate	-15000	0	15000	INT16					Outgoing Connections Allowed		68	Internal	Right	860	40
include	138	Analog	en		0.01	#0.00	%	Actual Upper Limit Monitor	Displays the percentage value of the prevailing upper limit in the current clamp block.	138	Ch	100	40	Operate	-15000	0	15000	INT16					Outgoing Connections Allowed		68	Internal	Right	860	-20
include	139	Analog	en		0.01	#0.00	%	Actual Lower Limit Monitor	Displays the percentage value of the prevailing lower limit in the current clamp block.	139	Ci	100	40	Operate	-15000	0	15000	INT16					Outgoing Connections Allowed		68	Internal	Right	860	20
include	140	Analog	en		.01	#0.00	%	Overload Limit Monitor	Displays the prevailing percentage value of the overload limit in the current clamp block.	140	Cj	100	40	Operate	0	0	15000	UINT16					Outgoing Connections Allowed		68	Internal	Bottom	280	160
include	141	Boolean	en	0=Low1=High	1.0	#0		At Current Limit Flag	If HIGH, the armature current has reached the prevailing current limit.	141	Ck	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		68	Internal	Right	860	60
include	143	Analog	en		.01	#0.00	%	Field Demand Monitor	Displays the field current demand as a percentage of full scale.	143	Cm	100	40	Operate	0	0	10000	UINT16					Outgoing Connections Allowed		73	Internal	Right	1420	-20
include	144	Analog	en		.01	#0.00	%	Field Current % Monitor	Displays the field current feedback as a percentage of full scale.	144	Cn	100	40	Operate	0	0	12500	UINT16					Outgoing Connections Allowed		76	Output	Right	840	-890
include	145	Analog	en		.01	#0.00	A	Field Current Monitor	Displays the field current feedback in DC amps.	145	Co	100	40	Operate	0	0	5000	UINT16					Outgoing Connections Allowed		76	Output	Right	840	-990
include	146	Analog	en		0.01	#0	°	Field Firing Angle Monitor	Displays the field bridge firing angle of advance in degrees.	146	Cp	100	40	Operate	0	0	15500	UINT16					Outgoing Connections Allowed		73	Internal	Right	1420	0
include	147	Boolean	en	0=Disabled1=Enabled	1.0	#0		Field Active Monitor	If ENABLED, the field output is active.	147	Cq	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		73	Internal	Right	1420	20
include	150	Analog	en		.001	#0.000	V	UIP2 (T2) Analog Input Monitor	Displays the analog DC input voltage for universal input 2 (Terminal 2).	150	Ct	100	40	Operate	-30730	0	30730	INT16					Outgoing Connections Allowed		25	Internal	Right	480	-20
include	151	Analog	en		.001	#0.000	V	UIP3 (T3) Analog Input Monitor	Displays the analog DC input voltage for universal input 3 (Terminal 3).	151	Cu	100	40	Operate	-30730	0	30730	INT16					Outgoing Connections Allowed		27	Internal	Right	500	-50
include	152	Analog	en		.001	#0.000	V	UIP4 (T4) Analog Input Monitor	Displays the analog DC input voltage for universal input 4 (Terminal 4).	152	Cv	100	40	Operate	-30730	0	30730	INT16					Outgoing Connections Allowed		29	Internal	Right	480	-20
include	153	Analog	en		.001	#0.000	V	UIP5 (T5) Analog Input Monitor	Displays the analog DC input voltage for universal input 5 (Terminal 5).	153	Cw	100	40	Operate	-30730	0	30730	INT16					Outgoing Connections Allowed		31	Internal	Right	480	-20
include	154	Analog	en		.001	#0.000	V	UIP6 (T6) Analog Input Monitor	Displays the analog DC input voltage for universal input 6 (Terminal 6).	154	Cx	100	40	Operate	-30730	0	30730	INT16					Outgoing Connections Allowed		33	Internal	Right	480	-20
include	155	Analog	en		.001	#0.000	V	UIP7 (T7) Analog Input Monitor	Displays the analog DC input voltage for universal input 7 (Terminal 7).	155	Cy	100	40	Operate	-30730	0	30730	INT16					Outgoing Connections Allowed		35	Internal	Right	480	-20
include	156	Analog	en		.001	#0.000	V	UIP8 (T8) Analog Input Monitor	Displays the analog DC input voltage for universal input 8 (Terminal 8).	156	Cz	100	40	Operate	-30730	0	30730	INT16					Outgoing Connections Allowed		37	Internal	Right	480	-20
include	157	Analog	en		.001	#0.000	V	UIP9 (T9) Analog Input Monitor	Displays the analog DC input voltage for universal input 9 (Terminal 9).	157	DA	100	40	Operate	-30730	0	30730	INT16					Outgoing Connections Allowed		39	Internal	Right	480	-20
include	159	Analog	en		.001	#0.000	V	AOP1 (T10) Analog Output Monitor	Displays the analog DC output voltage for  analog output 1 (Terminal 10).	159	DC	100	40	Operate	-11300	0	11300	INT16					Outgoing Connections Allowed		41	Internal	Right	460	-40
include	160	Analog	en		.001	#0.000	V	AOP2 (T11) Analog Output Monitor	Displays the analog DC output voltage for  analog output 2 (Terminal 11).	160	DD	100	40	Operate	-11300	0	11300	INT16					Outgoing Connections Allowed		42	Internal	Right	460	-40
include	161	Analog	en		.001	#0.000	V	AOP3 (T12) Analog Output Monitor	Displays the analog DC output voltage for  analog output  3 (Terminal 12).	161	DE	100	40	Operate	-11300	0	11300	INT16					Outgoing Connections Allowed		43	Internal	Right	540	-30
include	162	PLBitField8	en	0=Universal Input 21=Universal Input 32=Universal Input 43=Universal Input 54=Universal Input 65=Universal Input 76=Universal Input 87=Universal Input 9	1.0	#0		UIP2-9 Monitor	Displays the digital logic level for universal inputs 2 through 9 (1=HIGH, 0=LOW).	162	DF	100	40	Operate	0	0	255	UINT16					Outgoing Connections Allowed		80	Internal	Right	200	0
include	163	PLBitField8	en	0=Digital Input 11=Digital Input 22=Digital Input 33=Digital Input 44=Digital I/O 15=Digital I/O 26=Digital I/O 37=Digital I/O 4	1.0	#0		DIP1-4 and DIO1-4 Monitor	Displays the logic level for digital inputs 1 through 4 and digital input/outputs 1 through 4 (1=HIGH, 0=LOW).	163	DG	100	40	Operate	0	0	255	UINT16					Outgoing Connections Allowed		80	Internal	Right	200	20
include	164	PLBitField8	en	0=Digital Output 11=Digital Output 22=Digital Output 33=Thermistor Input4=Run Input5=Jog Input6=Start Input7=Coast Stop Input	1.0	#0		DOP1-3 and CIP:TRJSC Monitor	Displays the logic level of digital outputs 1 through  3 and the control inputs Therm, Run, Jog, Start, and Cstop (1=HIGH, 0=LOW).	164	DH	100	40	Operate	0	0	255	UINT16					Outgoing Connections Allowed		80	Internal	Right	200	40
include	165	Boolean	en	0=Low1=High	1.0	#0		Positive Armature Bridge Flag	When HIGH, the positive armature bridge is selected. When LOW, the negative armature bridge is selected.	165	DI	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		69	Internal	Right	540	0
include	166	Boolean	en	0=Low1=High	1.0	#0		Drive Start Flag	Displays the status of the internal driveSTART (may be defeated by alarms) (1=STARTED, 0=STOPPED).	166	DJ	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		72	Output	Right	770	270
include	167	Boolean	en	0=Low1=High	1.0	#0		Drive Run Flag	Displays the status of the RUN command to the current loop (1=RUN, 0=QUENCH).	167	DK	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		72	Output	Right	770	830
include	168	Enumerated	en	0=STOP1=STOP2=RUN3=CRAWL4=JOG SPEED 15=JOG SPEED 26=SLACK SPEED 17=SLACK SPEED 2	1.0	#0		Internal Running Mode Monitor	Displays the mode of the the run mode ramp as determined by START (T33), JOG (T32) and Mode Select (PIN 42).	168	DL	100	40	Operate	0	0	7	UINT16					Outgoing Connections Allowed		80	Internal	Left	0	0
include	169	Analog	en		.1	#0.0	V	EL1/2/3 RMS Voltage Monitor	Displays the RMS AC supply voltage appliedto the EL1, EL2, and EL3 terminals.	169	DM	100	40	Operate	0	0	6000	UINT16					Outgoing Connections Allowed		80	Internal	Left	0	20
include	170	Analog	en		0.1	#0.0	kW	DC Power Monitor	Displays the output power at the driveA+/A- terminals.	170	DN	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-610
include	181	PLBitField16	en	0=Armature Overcurrent Active Trip1=Speed Feedback Mismatch Active Trip2=Overspeed  Active Trip3=Armature Overvoltage Active Trip4=Field Overcurrent Active Trip5=Field Loss Active Trip6=Missing Pulse Active Trip7=Stall Active Trip      8=Motor Thermistor (T30) Active Trip9=Heatsink Overtemp Active Trip10=Shorted Digital Output Active Trip11=Bad Reference Exchange Active Trip 12=Contactor Lockout Active Trip13=User/drive.web Active Trip       14=Synchronization Loss Active Trip   15=EL1/2/3 Phase Loss Active Trip	1.0	#0		Active Trip Monitor	Shows the status of the 16 active alarms prior to latching.	181	DY	100	40	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		75	Internal	Right	920	630
include	182	PLBitField16	en	0=Armature Overcurrent Stored Trip1=Speed Feedback Mismatch Stored Trip2=Overspeed  Stored Trip3=Armature Overvoltage Stored Trip4=Field Overcurrent Stored Trip5=Field Loss Stored Trip6=Missing Pulse Stored Trip7=Stall Stored Trip      8=Motor Thermistor (T30) Stored Trip9=Heatsink Overtemp Stored Trip10=Shorted Digital Output Stored Trip11=Bad Reference Exchange Stored Trip 12=Contactor Lockout Stored Trip13=User/drive.web Stored Trip       14=Synchronization Loss Stored Trip   15=EL1/2/3 Phase Loss Stored Trip	1.0	#0		Stored Trip Monitor	Shows the status of the 16 latchedalarms.	182	DZ	100	40	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		75	Internal	Right	920	690
include	191	Analog	en		0.01	#0.00	%	Reference Exchange Slave Monitor	Monitors the incoming data on Port 1 in both modes of operation.	191	Di	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		65	Output	Right	280	20
include	192	Analog	en		0.01	#0.00	%	Reference Exchange Master Monitor	Monitors the outgoing data prior transmission on Port 1.	192	Dj	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		65	Output	Right	280	-20
include	196	Boolean	en	0=Disabled1=Enabled	1.0	#0		Port 1 DOP3 RTS Mode	If ENABLED, converts DOP3 on Terminal 24 into an RTS output.	196	Dn	100	40	Operate	0	0	1	UINT16B	Writable				Outgoing Connections Allowed		56	Input	Top	320	-60
include	243	Analog	en		.01	#0.00	Hz	Marker Frequency Monitor	Monitors the frequency of the marker pulse on DIP2 (Terminal15).	243	Ei	100	40	Operate	2000	2000	65535	UINT16					Outgoing Connections Allowed		74	Output	Right	500	-300
include	244	Boolean	en	0=Low1=High	1.0	#0		In Position Flag	Flag goes HIGH if the position error is approx imately less than 10 counts.	244	Ej	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		74	Output	Right	500	-60
include	400	Analog	en		1.0	#0.0		Block Disconnect	A GOTO destination which disables input, output, or application block processing.	400	Hj	100	40	Reserved	-32768	0	32767	UINT16					Outgoing Connections Allowed		81	Internal	Right	0	30
include	401	Analog	en		0.01	#0.00	%	Summer 1 Output Monitor	Displays the final total output value of the Summer 1 application block.	401	Hk	100	40	Operate	-20000	0	20000	INT16					Outgoing Connections Allowed		11	Internal	Right	900	80
include	415	Analog	en		0.01	#0.00	%	Summer 2 Output Monitor	Displays the final total output value of the Summer 2 application block.	415	Hy	100	40	Operate	-20000	0	20000	INT16					Outgoing Connections Allowed		12	Internal	Right	900	80
include	429	Analog	en		0.01	#0.00	%	PID 1 Output Monitor	Displays the final output value of the PID 1 application block.	429	IM	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		9	Internal	Right	640	130
include	449	Analog	en		.1	#0.0		PID 1 Profiled Proportional Gain Output	Displays the current value of the profiled proportional gain on PID1.	449	Ig	100	40	Operate	0	0	1000	UINT16					Outgoing Connections Allowed		9	Internal	Top	50	-100
include	450	Boolean	en	0=Low1=High	1.0	#0		PID 1 Clamp Flag Monitor	If HIGH, PID 1 has reached its clamp limits and the integrator is being held.	450	Ih	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		9	Internal	Right	640	-10
include	451	Analog	en		0.01	#0.00	%	PID 1 Error Value Monitor	Displays the error term of PID 1 (Input 1 - Input 2).	451	Ii	100	40	Operate	-10500	0	10500	INT16					Outgoing Connections Allowed		9	Internal	Right	640	50
include	452	Analog	en		0.01	#0.00	%	PID 2 Output Monitor	Displays the final output value of the PID 2 application block.	452	Ij	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		10	Internal	Right	640	130
include	472	Analog	en		.1	#0.0		PID 2 Profiled Proportional Gain Output	Displays the current value of the profiled proportional gain on PID 2.	472	JD	100	40	Operate	0	0	1000	UINT16					Outgoing Connections Allowed		10	Internal	Left	50	-100
include	473	Boolean	en	0=Low1=High	1.0	#0		PID 2 Clamp Flag Monitor	If HIGH, PID 2 has reached its clamp limits and the integrator is being held.	473	JE	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		10	Internal	Right	640	-10
include	474	Analog	en		0.01	#0.00	%	PID 2 Error Value Monitor	Displays the error term of PID 2 (Input 1 - Input 2).	474	JF	100	40	Operate	-10500	0	10500	INT16					Outgoing Connections Allowed		10	Internal	Right	640	50
include	475	Analog	en		0.01	#0.00	%	Profile Y Output Monitor	Displays the output of the parameter profiler block (Y).	475	JG	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		59	Internal	Right	280	20
include	483	Analog	en		.01	#0.00	%	Diameter Output Monitor	Displays the output of the diameter calculator.	483	JO	100	40	Operate	0	0	10000	UINT16					Outgoing Connections Allowed		61	Internal	Right	710	10
include	494	Analog	en		0.01	#0.00	%	Total Tension Output Monitor	Displays the output of the taper tension calculator.	494	JZ	100	40	Operate	-10000	0	10000	INT16					Outgoing Connections Allowed		62	Internal	Right	280	65
include	499	Analog	en		0.01	#0.00	%	Tapered Tension Monitor	Displays is the output of the taper tension calculator without trim.	499	Je	100	40	Operate	-10000	0	10000	INT16					Outgoing Connections Allowed		62	Internal	Right	280	25
include	500	Analog	en		0.01	#0.00	%	Torque Demand Monitor	Displays the torque demand including all compensations.	500	Jf	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		63	Internal	Right	840	0
include	520	Analog	en		0.01	#0.00	%	Inertia Compensation Monitor	Displays the result of the inertia compensations (fixed and variable).	520	Jz	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		63	Internal	Bottom	240	120
include	523	Analog	en		0.01	#0.00	%	Preset Speed Output Monitor	Displays the output of the preset speed block.	523	KC	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		60	Internal	Right	280	230
include	560	Analog	en		0.01	#0.00	%	Latch Output Monitor	Displays the output value of the latch block.	560	Kn	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		24	Internal	Right	350	80
include	568	Analog	en		0.01	#0.00	%	Filter 1 Output Monitor	Displays the output of Filter 1.	568	Kv	100	40	Operate	-31500	0	31500	INT16					Outgoing Connections Allowed		21	Internal	Right	120	20
include	573	Analog	en		0.01	#0.00	%	Filter 2 Output Monitor	Displays the output of Filter 2.	573	LA	100	40	Operate	-31500	0	31500	INT16					Outgoing Connections Allowed		22	Internal	Right	120	20
include	578	Analog	en		1.0	#0		Counter Value Monitor	Displays the batch counter output value.	578	LF	100	40	Operate	0	0	32000	UINT16					Outgoing Connections Allowed		57	Internal	Right	250	20
include	582	Boolean	en	0=Low1=High	1.0	#0		(Counter ≥ Target) Flag	Displays the state of the greater than or equal output flag.	582	LJ	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		57	Output	Right	250	60
include	583	Analog	en		.1	#0.0	s	Time Elapsed Monitor	Displays the elapsed time of the interval timer.	583	LK	100	40	Operate	0	0	6000	UINT16					Outgoing Connections Allowed		58	Internal	Right	150	20
include	586	Boolean	en	0=Low1=High	1.0	#0		Timer Expired Flag	When the timer interval (PIN 585) has expired, displays the state of the expired flag. 	586	LN	100	40	Operate	0	0	1	UINT16B					Outgoing Connections Allowed		58	Internal	Right	150	40
include	677	Enumerated	en	0=Normal reset1=Normal reset2=2-Key reset3=3-Key reset4=4-Key ROM reset	1.0	#0.0		Recipe Page	Sets the recipe page for the PARAMETER SAVE function.	677	NA	100	40	Operate	0	0	4	UINT16					Outgoing Connections Allowed		81	Internal	Right	0	30
include	679	PLBitField8	en	0=A1=B2=C3=X4=R	1.0	#0.0		ID  ABCXRxxx Monitor	Displays the power chassis build configuration.	679	NC	100	40	Operate	-32768	313131313131313030303029292524232323232323236662252151162729292929292828285552154420282824202016	32767	UINT16					Outgoing Connections Allowed		76	Internal	Right	840	-710
include	680	Analog	en		.01	#0.00	Ω	Iarm Burden Ohms	Displays the value of the burden ohms used to calibrate the drive’s rated armature current.	680	ND	100	40	Engineer	1	1666683335555392127772020162612909757406069307546013166668333555539212777202016261290975740606930754634601316666615533471421380320275242615533471421380320275242216195177216195177	65535	UINT16					Outgoing Connections Allowed		76	Internal	Right	840	-690
include	681	Boolean	en	0=Low1=High	1.0	#0		Power Saved Once Monitor	If HIGH, the control supply has dipped below 80 VAC causing an automatic parameter save to occur.	681	NE	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		81	Internal	Right	0	30
include	682	Boolean	en	0=Low1=High	1.0	#0		DOP1 Output Binary Value	If HIGH, Digital Output 1 is ON. If LOW, DOP1 is OFF.	682	NF	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		54	Internal	Right	340	-40
include	683	Boolean	en	0=Low1=High	1.0	#0		DOP2 Output Binary Value	If HIGH, Digital Output 2 is ON. If LOW, DOP2 is OFF.	683	NG	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		55	Internal	Right	340	-40
include	684	Boolean	en	0=Low1=High	1.0	#0		DOP3 Output Binary Value	If HIGH, Digital Output 3 is ON. If LOW, DOP3 is OFF.	684	NH	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		56	Internal	Right	420	-30
include	685	Boolean	en	0=Low1=High	1.0	#0		DIO1 Output Binary Value	If HIGH, Digital Input/Output 1 is ON. If LOW, DIO1 is OFF.	685	NI	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		50	Internal	Right	520	-20
include	686	Boolean	en	0=Low1=High	1.0	#0		DIO2 Output Binary Value	If HIGH, Digital Input/Output 2 is ON. If LOW, DIO2 is OFF.	686	NJ	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		51	Internal	Right	520	-20
include	687	Boolean	en	0=Low1=High	1.0	#0		DIO3 Output Binary Value	If HIGH, Digital Input/Output 3 is ON. If LOW, DIO3 is OFF.	687	NK	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		52	Internal	Right	520	-20
include	688	Boolean	en	0=Low1=High	1.0	#0		DIO4 Output Binary Value	If HIGH, Digital Input/Output 4 is ON. If LOW, DIO4 is OFF.	688	NL	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		53	Internal	Right	520	-20
include	689	Boolean	en	0=Low1=High	1.0	#0		At Jog Flag	Jog Flag is HIGH during the jogging process and goes LOW after the ramp has returned to the prevailing run level.	689	NM	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		72	Output	Right	770	150
include	690	Boolean	en	0=Low1=High	1.0	#0		Web Break Flag	When HIGH, the raw diameter calculation differs from the filtered result by the Diameter Web Break Threshold (PIN 492).	690	NN	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		61	Output	Right	710	-70
include	692	Analog	en		0.01	#0.00	%	Summer 1 Channel 1 Subtotal	Displays the value on Input 1 of Summer 1 after Sign 1, Ratio 1, and Divider 1 have been applied.	692	NP	100	40	Engineer	-20000	0	20000	INT16					Outgoing Connections Allowed		11	Internal	Right	900	0
include	691	Analog	en		0.01	#0.00	%	Summer 1 Channel 2 Subtotal	Displays the value on Input 2 of Summer 1 after Sign 2, Ratio 2, and Divider 2 have been applied.	691	NO	100	40	Engineer	-20000	0	20000	INT16					Outgoing Connections Allowed		11	Internal	Right	900	120
include	694	Analog	en		0.01	#0.00	%	Summer 2 Channel 1 Subtotal	Displays the value on Input 1 of Summer 2 after Sign 1, Ratio 1, and Divider 1 have been applied.	694	NR	100	40	Engineer	-20000	0	20000	INT16					Outgoing Connections Allowed		12	Internal	Right	900	0
include	693	Analog	en		0.01	#0.00	%	Summer 2 Channel 2 Subtotal	Displays the value on Input 2 of Summer 2 after Sign 2, Ratio 2, and Divider 2 have been applied.	693	NQ	100	40	Engineer	-20000	0	20000	INT16					Outgoing Connections Allowed		12	Internal	Right	900	120
include	695	Analog	en		.01	#0.00	%	Web Speed Rectifier Output Monitor	Displays the absolute value of the Web Speed Input to the Reel Diameter Calculator block.	695	NS	100	40	Engineer	0	0	10500	UINT16					Outgoing Connections Allowed		61	Internal	Right	710	-120
include	696	Analog	en		.01	#0.00	%	Reel Speed Rectifier Output Monitor	Displays the absolute value of the Reel Speed Input to the Reel Diameter Calculator block.	696	NT	100	40	Engineer	0	0	10500	UINT16					Outgoing Connections Allowed		61	Internal	Right	710	-100
include	697	Analog	en		.01	#0.00	%	Unfiltered Diameter	Displays the Reel Diameter Output prior to the Filter Time Constant (PIN 489) being applied.	697	NU	100	40	Engineer	0	0	10000	UINT16					Outgoing Connections Allowed		61	Output	Right	710	60
include	698	Boolean	en	0=Low1=High	1.0	#0		Health Flag Output	Displays the fault state of the drive. If HIGH, the drive is healthy. If LOW, the drive is faulted. Clears on rising-edge of START or JOG signal.	698	NV	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		75	Output	Right	920	570
include	699	Boolean	en	0=Low1=High	1.0	#0		Ready Flag Output		699	NW	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		72	Output	Right	770	450
include	700	Boolean	en	0=Low1=High	1.0	#0		Stall Warning		700	NX	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		75	Internal	Right	920	40
include	701	Boolean	en	0=Low1=High	1.0	#0		Reference Exchange Error Warning		701	NY	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		75	Internal	Right	920	60
include	702	Boolean	en	0=Low1=High	1.0	#0		Thermistor Overtemp Warning		702	NZ	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		75	Internal	Right	920	80
include	703	Boolean	en	0=Low1=High	1.0	#0		Speed Feedback Mismatch Warning		703	Na	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		75	Internal	Right	920	100
include	704	Boolean	en	0=Warning1=OK	1.0	#0		Current Loop Off Warning		704	Nb	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		69	Internal	Right	540	40
include	706	Analog	en		.01	#0.00		Low Pass Filter Output		706	Nd	100	40	Engineer	-32768	0	32767	INT16					Outgoing Connections Allowed		23	Output	Right	120	0
include	707	Boolean	en	0=Low1=High	1.0	#0		Autotune Monitor		707	Ne	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		69	Internal	Right	0	80
include	709	Analog	en		0.01	#0.00	%	Encoder RPM Monitor		709	Ng	100	40	Engineer	-30000	0	30000	INT16					Outgoing Connections Allowed		76	Output	Right	840	100
include	710	Analog	en		1.0	#0		Running Position Counter		710	Nh	100	40	Engineer	0	0	65535	UINT16					Outgoing Connections Allowed		74	Internal	Right	500	0
include	713	Analog	en		0.01	#0.00	%	Speed Loop PI Output Monitor		713	Nk	100	40	Engineer	-20000	0	20000	INT16					Outgoing Connections Allowed		67	Internal	Right	860	150
include	714	Boolean	en	0=Low1=High	1.0	#0		In Slack Flag		714	Nl	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		66	Internal	Right	550	140
include	715	Analog	en		0.01	#0.00	%	Unfiltered Total Speed Feedback Monitor		715	Nm	100	40	Engineer	-30000	0	30000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-140
include	716	Analog	en		0.01	#0.00	%	Unfiltered Analog Tach Monitor		716	Nn	100	40	Engineer	-30000	0	30000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-250
include	717	Analog	en		1.0	#0		Unfiltered Motor RPM Monitor		717	No	100	40	Engineer	-6000	0	6000	INT16					Outgoing Connections Allowed		76	Output	Right	840	40
include	718	Analog	en		0.01	#0.00	%	Unfiltered Current Demand Monitor	(Default connected to AOP3, Terminal 12)	718	Np	100	40	Engineer	-15000	0	15000	INT16					Outgoing Connections Allowed		69	Output	Right	780	-60
include	719	Analog	en		0.01	#0.00	%	Current Feedback Monitor		719	Nq	100	40	Engineer	-15000	0	15000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-790
include	720	Boolean	en	0=Low1=High	1.0	#0		System Reset Pulse Output		720	Nr	100	40	Engineer	0	0	1	UINT16B					Outgoing Connections Allowed		72	Output	Right	770	370
include	726	PLgetfrom	en		1.0	#0.0		Profiler X-axis GETFROM		726	Nt	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					59	Input	Left	0	0
include	727	PLgoto	en		1.0	#0.0		UIP2 Digital 2 GOTO		727	Nu	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					26	Output	Right	370	60
include	728	PLgoto	en		1.0	#0.0		UIP3 Digital 2 GOTO		728	Nv	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					28	Output	Right	370	60
include	729	PLgoto	en		1.0	#0.0		UIP4 Digital 2 GOTO		729	Nw	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					30	Output	Right	370	60
include	730	PLgoto	en		1.0	#0.0		UIP5 Digital 2 GOTO		730	Nx	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					32	Output	Right	370	60
include	731	PLgoto	en		1.0	#0.0		UIP6 Digital 2 GOTO		731	Ny	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					34	Output	Right	370	60
include	732	PLgoto	en		1.0	#0.0		UIP7 Digital 2 GOTO		732	Nz	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					36	Output	Right	370	60
include	733	PLgoto	en		1.0	#0.0		UIP8 Digital 2 GOTO		733	OQ	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					38	Output	Right	370	60
include	734	PLgoto	en		1.0	#0.0		UIP9 Digital 2 GOTO		734	OR	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					40	Output	Right	370	60
include	735	PLgetfrom	en		1.0	#0.0		Filter 1 GETFROM		735	OS	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					21	Input	Left	0	0
include	736	PLgetfrom	en		1.0	#0.0		Filter 2 GETFROM		736	OT	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					22	Input	Left	0	0
include	753	PLgoto	en		1.0	#0.0		Comparator 1 GOTO		753	OU	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					1	Output	Right	100	30
include	754	PLgoto	en		1.0	#0.0		Comparator 2 GOTO		754	OV	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					2	Output	Right	100	30
include	755	PLgoto	en		1.0	#0.0		Comparator 3 GOTO		755	OW	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					3	Output	Right	100	30
include	756	PLgoto	en		1.0	#0.0		Comparator 4 GOTO		756	OX	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					4	Output	Right	100	30
include	757	PLgoto	en		1.0	#0.0		Changeover Switch 1 GOTO		757	OY	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					5	Output	Right	120	30
include	758	PLgoto	en		1.0	#0.0		Changeover Switch 2 GOTO		758	OZ	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					6	Output	Right	120	30
include	759	PLgoto	en		1.0	#0.0		Changeover Switch 3 GOTO		759	Oq	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					7	Output	Right	120	30
include	760	PLgoto	en		1.0	#0.0		Changeover Switch 4 GOTO		760	Or	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					8	Output	Right	120	30
include	772	Analog	en		1.0	#0		Config Conflict Number		772	Oz	100	40	Reserved	0	0	1023	UINT16					Outgoing Connections Allowed		81	Internal	Right	0	30
include	773	Analog	en		1.0	#0		Configuration Conflict PIN		773	RT	100	40	Reserved	0	400	1023	UINT16					Outgoing Connections Allowed		81	Internal	Right	0	30
include	785	Analog	en		1.0	#0		driveweb Encoder Count		785		100	40	Reserved	0	0	65535	UINT16					Outgoing Connections Allowed		81	Internal	Right	0	30
include	786	Analog	en		1.0	#0		driveweb Marker Count		786		100	40	Reserved	0	0	65535	UINT16					Outgoing Connections Allowed		81	Internal	Right	0	30
include	789	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	0	500	65535	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
include	859	Analog	en		.0001	#0.0000		Iarm Inst Strength		859	Sg	100	40	Reserved	0	12500	20000	UINT16	Writable						81	Internal	Left	0	20
include	860	Enumerated	en	0=Internal Square Wave1=Internal Sine Wave2=Speed Control3=Extended Firing Override4=Firing Angle Control	1.0	#0		Armature Current Commissioning Mode		860	Sh	100	40	Reserved	0	2	4	UINT16	Writable						81	Internal	Left	0	20
include	865	Enumerated	en	0=Normal PI1=Adaption Only2=Adaption + Continuous Inst.3=Adaption + Total Inst.4=Adaption + Total Inst.	1.0	#0		Adaptive Iarm Control Enable		865	Sm	100	40	Reserved	0	2	4	UINT16	Writable						81	Internal	Left	0	20
include	866	Analog	en		1.0	#0		Adaptive Iarm Discon. Gain		866	Sn	100	40	Reserved	0	2341	10000	UINT16	Writable						81	Internal	Left	0	20
include	867	Analog	en		1.0	#0		Adaptive Iarm Enable Threshold		867	So	100	40	Reserved	0	6	65535	UINT16	Writable						81	Internal	Left	0	20
include	868	Analog	en		1.0	#0		Bridge Switch Discon. Gain		868	Sp	100	40	Reserved	0	1750	10000	UINT16	Writable						81	Internal	Left	0	20
include	869	Analog	en		1.0	#0		Bridge Switch Hysteresis T.C.		869	Sq	100	40	Reserved	0	3	20000	UINT16	Writable						81	Internal	Left	0	20
include	870	Analog	en		1.0	#0		PLL Proportional Gain In Lock		870	Sr	100	40	Reserved	0	50	20000	UINT16	Writable						81	Internal	Left	0	20
include	871	Analog	en		1.0	#0		PLL Integral Gain In Lock		871	Ss	100	40	Reserved	0	20	20000	UINT16	Writable						81	Internal	Left	0	20
include	872	Analog	en		1.0	#0		Mains Sync Offset		872	St	100	40	Reserved	-30000	0	30000	INT16	Writable						81	Internal	Left	0	20
include	873	Analog	en		1.0	#0		Iarm Firing Angle Backstop		873	Su	100	40	Reserved	0	12200	20000	UINT16	Writable						81	Internal	Left	0	20
include	874	Hexadecimal	en		1.0	#0		Iarm Firing Angle Pivot		874	Sv	100	40	Reserved	0	18304	65535	UINT16	Writable						81	Internal	Left	0	20
include	875	Analog	en		1.0	#0		Min. Iarm Blanking Interval		875	Sw	100	40	Reserved	1	770	6000	UINT16	Writable						81	Internal	Left	0	20
include	876	Analog	en		1.0	#0		Field Firing Angle Frontstop		876	Sx	100	40	Reserved	0	209	10000	UINT16	Writable						81	Internal	Left	0	20
include	877	Analog	en		1.0	#0		Field Firing Angle Backstop		877	Sy	100	40	Reserved	0	155	1000	UINT16	Writable						81	Internal	Left	0	20
include	878	Analog	en		1.0	#0		Field Current Fbk Sample Delay		878	Sz	100	40	Reserved	1	20	200	UINT16	Writable						81	Internal	Left	0	20
include	880	Analog	en		1.0	#0		Peak Iarm Detector Amplitude Comp.		880	TB	100	40	Reserved	0	250	65535	UINT16	Writable						81	Internal	Left	0	20
include	881	Analog	en		1.0	#0		Peak Iarm Detector Interval Comp.		881	TC	100	40	Reserved	0	400	20000	UINT16	Writable						81	Internal	Left	0	20
include	882	Analog	en		1.0	#0		Scan Iarm Demand Level		882	TD	100	40	Reserved	0	4	65535	UINT16	Writable						81	Internal	Left	0	20
include	883	Analog	en		1.0	#0		Scan T.C.		883	TE	100	40	Reserved	0	10	20000	UINT16	Writable						81	Internal	Left	0	20
include	884	Analog	en		1.0	#0		Bemf Calc. Iafb Ave Level		884	TF	100	40	Reserved	0	7	20000	UINT16	Writable						81	Internal	Left	0	20
include	885	Analog	en		1.0	#0		Zero Ia Inst Detector Level		885	TG	100	40	Reserved	0	6	65535	UINT16	Writable						81	Internal	Left	0	20
include	886	Boolean	en	0=Disabled1=Enabled	1.0	#0		Iarm Autocal Enable		886	TH	100	40	Reserved	0	1	1	UINT16B	Writable						81	Internal	Left	0	20
include	887	Analog	en		1.0	#0		Iafb Ave Zero Offset		887	TI	100	40	Reserved	0	0	65535	UINT16	Writable						81	Internal	Left	0	20
include	888	Analog	en		1.0	#0		Ia Inst Zero Offset		888	TJ	100	40	Reserved	0	0	65535	UINT16	Writable						81	Internal	Left	0	20
include	889	Analog	en		.01	#0.00		Iarm FeedForward Gain		889	TK	100	40	Reserved	10	100	5000	UINT16	Writable						81	Internal	Left	0	20
include	890	Boolean	en	0=Disabled1=Enabled	1.0	#0		AOP3 User Configured		890	TL	100	40	Reserved	0	1	1	UINT16B	Writable						81	Internal	Left	0	20
include	895	Analog	en		1.0	#0		Min Display Refresh Time		895	TQ	100	40	Reserved	0	1080	65535	UINT16	Writable						81	Internal	Left	0	20
include	896	Analog	en		1.0	#0		Op-Mode Step Number		896	TR	100	40	Reserved	0	3	65535	UINT16							81	Internal	Right	0	30
include	897	Analog	en		.868	#0	µs	Main Loop Cycle Time		897	TS	100	40	Reserved	0	10252	65535	UINT16					Outgoing Connections Allowed		81	Internal	Right	0	30
include	898	Analog	en		1.0	#0		PLL Error Monitor		898	TT	100	40	Reserved	-32768	-11397	32767	INT16							81	Internal	Right	0	30
include	901	PLgoto	en		1.0	#0.0		UIP2 Analog GOTO		901	PA	100	40	Engineer	2	63	720	UINT16	Writable	Serial Writable					25	Output	Right	480	0
include	902	PLgoto	en		1.0	#0.0		UIP3 Analog GOTO		902	PB	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					27	Output	Right	500	-30
include	903	PLgoto	en		1.0	#0.0		UIP4 Analog GOTO		903	PC	100	40	Engineer	2	26	720	UINT16	Writable	Serial Writable					29	Output	Right	480	0
include	904	PLgoto	en		1.0	#0.0		UIP5 Analog GOTO		904	PD	100	40	Engineer	2	90	720	UINT16	Writable	Serial Writable					31	Output	Right	480	0
include	905	PLgoto	en		1.0	#0.0		UIP6 Analog GOTO		905	PE	100	40	Engineer	2	89	720	UINT16	Writable	Serial Writable					33	Output	Right	480	0
include	906	PLgoto	en		1.0	#0.0		UIP7 Analog GOTO		906	PF	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					35	Output	Right	480	0
include	907	PLgoto	en		1.0	#0.0		UIP8 Analog GOTO		907	PG	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					37	Output	Right	480	0
include	908	PLgoto	en		1.0	#0.0		UIP9 Analog GOTO		908	PH	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					39	Output	Right	480	0
include	909	PLgoto	en		1.0	#0.0		UIP2 Digital 1 GOTO		909	PI	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					26	Output	Right	370	-40
include	910	PLgoto	en		1.0	#0.0		UIP3 Digital 1 GOTO		910	PJ	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					28	Output	Right	370	-40
include	911	PLgoto	en		1.0	#0.0		UIP4 Digital 1 GOTO		911	PK	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					30	Output	Right	370	-40
include	912	PLgoto	en		1.0	#0.0		UIP5 Digital 1 GOTO		912	PL	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					32	Output	Right	370	-40
include	913	PLgoto	en		1.0	#0.0		UIP6 Digital 1 GOTO		913	PM	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					34	Output	Right	370	-40
include	914	PLgoto	en		1.0	#0.0		UIP7 Digital 1 GOTO		914	PN	100	40	Engineer	2	52	720	UINT16	Writable	Serial Writable					36	Output	Right	370	-40
include	915	PLgoto	en		1.0	#0.0		UIP8 Digital 1 GOTO		915	PO	100	40	Engineer	2	48	720	UINT16	Writable	Serial Writable					38	Output	Right	370	-40
include	916	PLgoto	en		1.0	#0.0		UIP9 Digital 1 GOTO		916	PP	100	40	Engineer	2	49	720	UINT16	Writable	Serial Writable					40	Output	Right	370	-40
include	917	PLgoto	en		1.0	#0.0		DIO1 Digital Input GOTO		917	PQ	100	40	Engineer	2	116	720	UINT16	Writable	Serial Writable					50	Output	Right	520	0
include	918	PLgoto	en		1.0	#0.0		DIO2 Digital Input GOTO		918	PR	100	40	Engineer	2	42	720	UINT16	Writable	Serial Writable					51	Output	Right	520	0
include	919	PLgoto	en		1.0	#0.0		DIO3 Digital Input GOTO		919	PS	100	40	Engineer	2	33	720	UINT16	Writable	Serial Writable					52	Output	Right	520	0
include	920	PLgoto	en		1.0	#0.0		DIO4 Digital Input GOTO		920	PT	100	40	Engineer	2	88	720	UINT16	Writable	Serial Writable					53	Output	Right	520	0
include	921	PLgoto	en		1.0	#0.0		Run Digital Input GOTO		921	PU	100	40	Engineer	2	308	720	UINT16	Writable	Serial Writable					49	Output	Right	160	-50
include	922	PLgoto	en		1.0	#0.0		Jog Digital Input GOTO		922	PV	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					81	Internal	Left	0	20
include	923	PLgoto	en		1.0	#0.0		DIP1 Digital Input GOTO		923	PW	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					45	Output	Right	160	-50
include	924	PLgoto	en		1.0	#0.0		DIP2 Digital Input GOTO		924	PX	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					46	Output	Right	160	-50
include	925	PLgoto	en		1.0	#0.0		DIP3 Digital Input GOTO		925	PY	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					47	Output	Right	160	-50
include	926	PLgoto	en		1.0	#0.0		DIP4 Digital Input GOTO		926	PZ	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					48	Output	Right	160	-50
include	927	PLgetfrom	en		1.0	#0.0		AOP1 GETFROM		927	Pa	100	40	Engineer	2	715	720	UINT16	Writable	Serial Writable					41	Input	Left	20	0
include	928	PLgetfrom	en		1.0	#0.0		AOP2 GETFROM		928	Pb	100	40	Engineer	2	123	720	UINT16	Writable	Serial Writable					42	Input	Left	20	0
include	929	PLgetfrom	en		1.0	#0.0		AOP3 GETFROM		929	Pc	100	40	Engineer	2	718	720	UINT16	Writable	Serial Writable					43	Input	Left	20	0
include	930	PLgetfrom	en		1.0	#0.0		DOP1 GETFROM		930	Pd	100	40	Engineer	2	120	720	UINT16	Writable	Serial Writable					54	Input	Left	0	0
include	931	PLgetfrom	en		1.0	#0.0		DOP2 GETFROM		931	Pe	100	40	Engineer	2	35	720	UINT16	Writable	Serial Writable					55	Input	Left	0	0
include	932	PLgetfrom	en		1.0	#0.0		DOP3 GETFROM		932	Pf	100	40	Engineer	2	698	720	UINT16	Writable	Serial Writable					56	Input	Left	0	0
include	933	PLgetfrom	en		1.0	#0.0		DIO1 GETFROM		933	Pg	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					50	Input	Left	0	0
include	934	PLgetfrom	en		1.0	#0.0		DIO2 GETFROM		934	Ph	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					51	Input	Left	0	0
include	935	PLgetfrom	en		1.0	#0.0		DIO3 GETFROM		935	Pi	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					52	Input	Left	0	0
include	936	PLgetfrom	en		1.0	#0.0		DIO4 GETFROM		936	Pj	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					53	Input	Left	0	0
include	937	PLgoto	en		1.0	#0.0		Jumper 1 GOTO		937	Pk	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	0	45
include	938	PLgoto	en		1.0	#0.0		Jumper 2 GOTO		938	Pl	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	10	45
include	939	PLgoto	en		1.0	#0.0		Jumper 3 GOTO		939	Pm	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	20	45
include	940	PLgoto	en		1.0	#0.0		Jumper 4 GOTO		940	Pn	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	30	45
include	941	PLgoto	en		1.0	#0.0		Jumper 5 GOTO		941	Po	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	40	45
include	942	PLgoto	en		1.0	#0.0		Jumper 6 GOTO		942	Pp	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	50	45
include	943	PLgoto	en		1.0	#0.0		Jumper 7 GOTO		943	Pq	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	60	45
include	944	PLgoto	en		1.0	#0.0		Jumper 8 GOTO		944	Pr	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	70	45
include	945	PLgoto	en		1.0	#0.0		Jumper 9 GOTO		945	Ps	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	80	45
include	946	PLgoto	en		1.0	#0.0		Jumper 10 GOTO		946	Pt	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	90	45
include	947	PLgoto	en		1.0	#0.0		Jumper 11 GOTO		947	Pu	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	100	45
include	948	PLgoto	en		1.0	#0.0		Jumper 12 GOTO		948	Pv	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	110	45
include	949	PLgoto	en		1.0	#0.0		Jumper 13 GOTO		949	Pw	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	120	45
include	950	PLgoto	en		1.0	#0.0		Jumper 14 GOTO		950	Px	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	130	45
include	951	PLgoto	en		1.0	#0.0		Jumper 15 GOTO		951	Py	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	140	45
include	952	PLgoto	en		1.0	#0.0		Jumper 16 GOTO		952	Pz	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	150	45
include	953	PLgetfrom	en		1.0	#0.0		Jumper 1 GETFROM		953	QA	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	0	45
include	954	PLgetfrom	en		1.0	#0.0		Jumper 2 GETFROM		954	QB	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	10	45
include	955	PLgetfrom	en		1.0	#0.0		Jumper 3 GETFROM		955	QC	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	20	45
include	956	PLgetfrom	en		1.0	#0.0		Jumper 4 GETFROM		956	QD	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	30	45
include	957	PLgetfrom	en		1.0	#0.0		Jumper 5 GETFROM		957	QE	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	40	45
include	958	PLgetfrom	en		1.0	#0.0		Jumper 6 GETFROM		958	QF	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	50	45
include	959	PLgetfrom	en		1.0	#0.0		Jumper 7 GETFROM		959	QG	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	60	45
include	960	PLgetfrom	en		1.0	#0.0		Jumper 8 GETFROM		960	QH	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	70	45
include	961	PLgetfrom	en		1.0	#0.0		Jumper 9 GETFROM		961	QI	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	80	45
include	962	PLgetfrom	en		1.0	#0.0		Jumper 10 GETFROM		962	QJ	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	90	45
include	963	PLgetfrom	en		1.0	#0.0		Jumper 11 GETFROM		963	QK	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	100	45
include	964	PLgetfrom	en		1.0	#0.0		Jumper 12 GETFROM		964	QL	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	110	45
include	965	PLgetfrom	en		1.0	#0.0		Jumper 13 GETFROM		965	QM	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	120	45
include	966	PLgetfrom	en		1.0	#0.0		Jumper 14 GETFROM		966	QN	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	130	45
include	967	PLgetfrom	en		1.0	#0.0		Jumper 15 GETFROM		967	QO	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	140	45
include	968	PLgetfrom	en		1.0	#0.0		Jumper 16 GETFROM		968	QP	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					80	Internal	Bottom	150	45
include	969	PLgoto	en		1.0	#0.0		Multifunction 1 GOTO		969	QQ	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					13	Output	Right	230	40
include	970	PLgoto	en		1.0	#0.0		Multifunction 2 GOTO		970	QR	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					14	Output	Right	230	40
include	971	PLgoto	en		1.0	#0.0		Multifunction 3 GOTO		971	QS	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					15	Output	Right	230	40
include	972	PLgoto	en		1.0	#0.0		Multifunction 4 GOTO		972	QT	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					16	Output	Right	230	40
include	973	PLgoto	en		1.0	#0.0		Multifunction 5 GOTO		973	QU	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					17	Output	Right	230	40
include	974	PLgoto	en		1.0	#0.0		Multifunction 6 GOTO		974	QV	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					18	Output	Right	230	40
include	975	PLgoto	en		1.0	#0.0		Multifunction 7 GOTO		975	QW	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					19	Output	Right	230	40
include	976	PLgoto	en		1.0	#0.0		Multifunction 8 GOTO		976	QX	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					20	Output	Right	230	40
include	977	PLgetfrom	en		1.0	#0.0		Multifunction 1 GETFROM		977	QY	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					13	Input	Left	0	0
include	978	PLgetfrom	en		1.0	#0.0		Multifunction 2 GETFROM		978	QZ	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					14	Input	Left	0	0
include	979	PLgetfrom	en		1.0	#0.0		Multifunction 3 GETFROM		979	Qa	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					15	Input	Left	0	0
include	980	PLgetfrom	en		1.0	#0.0		Multifunction 4 GETFROM		980	Qb	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					16	Input	Left	0	0
include	981	PLgetfrom	en		1.0	#0.0		Multifunction 5 GETFROM		981	Qc	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					17	Input	Left	0	0
include	982	PLgetfrom	en		1.0	#0.0		Multifunction 6 GETFROM		982	Qd	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					18	Input	Left	0	0
include	983	PLgetfrom	en		1.0	#0.0		Multifunction 7 GETFROM		983	Qe	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					19	Input	Left	0	0
include	984	PLgetfrom	en		1.0	#0.0		Multifunction 8 GETFROM		984	Qf	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					20	Input	Left	0	0
include	985	PLgetfrom	en		1.0	#0.0		Multifunction 1 Auxiliary GETFROM		985	Qg	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					13	Input	Left	0	60
include	986	PLgetfrom	en		1.0	#0.0		Multifunction 2 Auxiliary GETFROM		986	Qh	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					14	Input	Left	0	60
include	987	PLgetfrom	en		1.0	#0.0		Multifunction 3 Auxiliary GETFROM		987	Qi	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					15	Input	Left	0	60
include	988	PLgetfrom	en		1.0	#0.0		Multifunction 4 Auxiliary GETFROM		988	Qj	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					16	Input	Left	0	60
include	989	PLgetfrom	en		1.0	#0.0		Multifunction 5 Auxiliary GETFROM		989	Qk	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					17	Input	Left	0	60
include	990	PLgetfrom	en		1.0	#0.0		Multifunction 6 Auxiliary GETFROM		990	Ql	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					18	Input	Left	0	60
include	991	PLgetfrom	en		1.0	#0.0		Multifunction 7 Auxiliary GETFROM		991	Qm	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					19	Input	Left	0	60
include	992	PLgetfrom	en		1.0	#0.0		Multifunction 8 Auxiliary GETFROM		992	Qn	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					20	Input	Left	0	60
include	993	PLgetfrom	en		1.0	#0.0		PID 1 X-axis Profile GETFROM		993	Qo	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					9	Internal	Top	70	-100
include	994	PLgetfrom	en		1.0	#0.0		PID 2 X-axis Profile GETFROM		994	Qp	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					10	Internal	Top	70	-100
include	995	PLgetfrom	en		1.0	#0.0		Reference Exchange GETFROM		995	Qq	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					65	Input	Left	0	0
include	996	PLgoto	en		1.0	#0.0		Run Mode Ramps GOTO		996	Qr	100	40	Engineer	2	65	720	UINT16	Writable	Serial Writable					66	Output	Right	550	-20
include	997	PLgoto	en		1.0	#0.0		Motorized Pot Ramp GOTO		997	Qs	100	40	Engineer	2	62	720	UINT16	Writable	Serial Writable					64	Output	Right	320	0
include	998	PLgoto	en		1.0	#0.0		Reference Exchange GOTO		998	Qt	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					65	Output	Right	280	0
include	999	PLgoto	en		1.0	#0.0		Summer 1 GOTO		999	Qu	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					11	Output	Right	900	60
include	1000	PLgoto	en		1.0	#0.0		Summer 2 GOTO		1000	Qv	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					12	Output	Right	900	60
include	1001	PLgoto	en		1.0	#0.0		PID 1 GOTO		1001	Qw	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					9	Output	Right	640	110
include	1002	PLgoto	en		1.0	#0.0		PID 2 GOTO		1002	Qx	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					10	Output	Right	640	110
include	1003	PLgoto	en		1.0	#0.0		Parameter Profiler GOTO		1003	Qy	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					59	Output	Right	280	0
include	1004	PLgoto	en		1.0	#0.0		Diameter Calculator GOTO		1004	Qz	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					61	Output	Right	710	-10
include	1005	PLgoto	en		1.0	#0.0		Taper Calculator GOTO		1005	RA	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					62	Output	Right	280	45
include	1006	PLgoto	en		1.0	#0.0		Winder Positive Torque GOTO		1006	RB	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					63	Output	Right	840	-60
include	1007	PLgoto	en		1.0	#0.0		Winder Negative Torque GOTO		1007	RC	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					63	Output	Right	840	60
include	1008	PLgoto	en		1.0	#0.0		Preset Speed GOTO		1008	RD	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					60	Output	Right	280	210
include	1009	PLgoto	en		1.0	#0.0		Latch Output GOTO		1009	RE	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					24	Output	Right	350	60
include	1010	PLgoto	en		1.0	#0.0		Notch Filter 1 GOTO		1010	RF	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					21	Output	Right	120	0
include	1011	PLgoto	en		1.0	#0.0		Notch Filter 2 GOTO		1011	RG	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					22	Output	Right	120	0
include	1012	PLgoto	en		1.0	#0.0		Batch Counter GOTO		1012	RH	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					57	Output	Right	250	0
include	1013	PLgoto	en		1.0	#0.0		Delay Timer GOTO		1013	RI	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					58	Output	Right	150	0
include	801	Analog	en		.1	#0.0	A	Passive Rated Armature Current	Calibration	801	Ra	100	40	Operate	40801201702403304105466839001100143317662200010000408012017024033041054668390011001433176621002200010000402168250028333167350041648355021682500283331673500416483550616683750616683750	40801201702403304105466839001100143317662200010000408012017024033041054668390011001433176621002200010000402168250028333167350041648355021682500283331673500416483550616683750616683750	12024036051072099012301640205027003300430053006553565355120240360510720990123016402050270033004300530063006553565355120650075008500950010500125014501650650075008500950010500125014501650185020502250185020502250	UINT16	Writable				Outgoing Connections Allowed		77	Internal	Left	0	0
include	803	Analog	en		.01	#0.00	A	Passive Rated Field Current	Calibration	803	Rc	100	40	Operate	10	20020020020020020020040040040040080080080016002002002002002002002004004004004008008008008001600200800800800800800160016001600800800800800800160016001600160016001600160016001600	10001000100010001000100010002000200020002000500050005000100001000100010001000100010001000200020002000200050005000500050001000010005000500050005000500010000100001000050005000500050005000100001000010000100001000010000100001000010000	UINT16	Writable				Outgoing Connections Allowed		77	Internal	Left	0	0
include	789v511	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	511	511	511	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
include	789v512	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	512	512	512	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
include	2v514	Analog	en		.1	#0.0	A	Rated Armature Amps	Sets the desired 100% continuous current in rated motor current in amps.	2	AB	100	40	Engineer	40801201702403304105466839001100143317662200010000408012017024033041054668390011001433176621002200010000402168250028333167350041648355021682500283331673500416483550616683750616683750	40801201702403304105466839001100143317662200010000408012017024033041054668390011001433176621002200010000402168250028333167350041648355021682500283331673500416483550616683750616683750	12024036051072099012301640205027003300430053006553565355120240360510720990123016402050270033004300530063006553565355120650075008500950010500125014501650650075008500950010500125014501650185020502250185020502250	UINT16	Writable				Outgoing Connections Allowed		76	Input	Top	260	-1010
include	4v514	Analog	en		.01	#0.00	A	Rated Field Amps	Sets the desired 100% DC output field current in amps.	4	AD	100	40	Engineer	10	20020020020020020020040040040040080080080016002002002002002002002004004004004008008008008001600200800800800800800160016001600800800800800800160016001600160016001600160016001600	10001000100010001000100010002000200020002000500050005000100001000100010001000100010001000200020002000200050005000500050001000010005000500050005000500010000100001000050005000500050005000100001000010000100001000010000100001000010000	UINT16	Writable				Outgoing Connections Allowed		76	Input	Top	670	-1010
include	789v514	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	514	514	514	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
include	776	PLgoto	en		1.0	#0		Fieldbus Output 9 GOTO		776	RV	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	0
include	777	PLgoto	en		1.0	#0		Fieldbus Output 10 GOTO		777	RW	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	60
include	778	PLgoto	en		1.0	#0		Fieldbus Output 11 GOTO		778	RX	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	120
include	779	PLgoto	en		1.0	#0		Fieldbus Output 12 GOTO		779	RY	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	180
include	780	PLgoto	en		1.0	#0		Fieldbus Output 13 GOTO		780	RZ	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	240
include	781	PLgoto	en		1.0	#0		Fieldbus Output 14 GOTO		781	TW	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	300
include	782	PLgoto	en		1.0	#0		Fieldbus Output 15 GOTO		782	TX	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	360
include	783	PLgoto	en		1.0	#0		Fieldbus Output 16 GOTO		783	TY	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	420
include	792	PLgoto	en		1.0	#0		Fieldbus Output Bit 1 GOTO		792	RU	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	480
include	793	PLgoto	en		1.0	#0		Fieldbus Output Bit 2 GOTO		793	TZ	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	540
include	794	PLgoto	en		1.0	#0		Fieldbus Output Bit 3 GOTO		794	Ta	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	600
include	795	PLgoto	en		1.0	#0		Fieldbus Output Bit 4 GOTO		795	Tb	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	660
include	796	PLgoto	en		1.0	#0		Fieldbus Output Bit 5 GOTO		796	Tc	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	720
include	797	PLgoto	en		1.0	#0		Fieldbus Output Bit 6 GOTO		797	Td	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	780
include	798	PLgoto	en		1.0	#0		Fieldbus Output Bit 7 GOTO		798	Dr	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	840
include	799	PLgoto	en		1.0	#0		Fieldbus Output Bit 8 GOTO		799	Ds	100	40	Engineer	2	400	720	UINT16	Writable	Serial Writable					79	Output	Right	180	900
include	199	Enumerated	en	0=No Options1=Hold data on comms loss2=Big-endian data format3=Hold data + Big-endian	1.0	#0		Fieldbus Data Control	Only read at power-up	199	Dq	100	40	Engineer	0	0	3	UINT16	Writable	Serial Writable					79	Input	Left	-30	960
include	789v515	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	515	515	515	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
include	1024	Dummy	en		1	#0		UIP3 Output		C1s		100	40	Dummy	0	0	0	DUMMY							27	Output	Right	500	30
include	1025	Dummy	en		1	#0		Speed Control UIP3 Input		C1d		100	40	Dummy	0	0	0	DUMMY	Writable						67	Input	Left	0	120
include	1026	Dummy	en		1	#0		Speed Control Iarm Demand Output		C2s		100	40	Dummy	0	0	0	DUMMY							67	Output	Right	860	10
include	1027	Dummy	en		1	#0		Current Limits Iarm Demand Input		C2d		100	40	Dummy	0	0	0	DUMMY	Writable						68	Input	Left	0	0
include	1028	Dummy	en		1	#0		Current Limits Iarm Demand Output		C3s		100	40	Dummy	0	0	0	DUMMY							68	Output	Right	860	0
include	1029	Dummy	en		1	#0		Current Control Iarm Demand Input		C3d1		100	40	Dummy	0	0	0	DUMMY	Writable						69	Input	Left	0	0
include	1030	Dummy	en		1	#0		Calibration Iarm Feedback Output		C4s		100	40	Dummy	0	0	0	DUMMY							76	Output	Right	840	-830
include	1031	Dummy	en		1	#0		Current Control Iarm Feedback Input		C4d		100	40	Dummy	0	0	0	DUMMY	Writable						69	Input	Left	0	60
include	1032	Dummy	en		1	#0		Calibration Speed Feedback Output		C5s		100	40	Dummy	0	0	0	DUMMY							76	Output	Right	840	-180
include	1033	Dummy	en		1	#0		Speed Control Speed Feedback Input		C5d1		100	40	Dummy	0	0	0	DUMMY	Writable						67	Input	Bottom	560	200
include	1034	Dummy	en		1	#0		Stop Mode Ramp Speed Feedback Input		C5d2		100	40	Dummy	0	0	0	DUMMY	Writable						70	Input	Left	40	-30
include	1035	Dummy	en		1	#0		Calibration Ifld Feedback Output		C6s		100	40	Dummy	0	0	0	DUMMY							76	Output	Right	840	-930
include	1036	Dummy	en		1	#0		Calibration Varm Feedback Output		C7s		100	40	Dummy	0	0	0	DUMMY							76	Output	Right	840	-550
include	1037	Dummy	en		1	#0		Contactor Control Dropout Time Input		C8d		100	40	Dummy	0	0	0	DUMMY	Writable						72	Input	Left	0	360
include	1038	Dummy	en		1	#0		Contactor Control Run Enable Input		C9d		100	40	Dummy	0	0	0	DUMMY	Writable						72	Input	Left	0	840
include	1039	Dummy	en		1	#0		Contactor Control Drive Health Input		C10d		100	40	Dummy	0	0	0	DUMMY	Writable						72	Input	Left	0	480
include	1040	Dummy	en		1	#0		Zero Interlocks RMR Demand Input		C11d		100	40	Dummy	0	0	0	DUMMY	Writable						71	Input	Left	40	0
include	1041	Dummy	en		1	#0		Zero Interlocks Speed Feedback Input		C5d3		100	40	Dummy	0	0	0	DUMMY	Writable						71	Input	Left	40	120
include	1042	Dummy	en		1	#0		Zero Interlocks Total Speed Ref Input		C12d		100	40	Dummy	0	0	0	DUMMY	Writable						71	Input	Left	40	240
include	1043	Dummy	en		1	#0		Zero Interlocks Iarm Demand Input		C3d2		100	40	Dummy	0	0	0	DUMMY	Writable						71	Input	Left	40	300
include	1044	Dummy	en		1	#0		Zero Interlock Run Enable Output		C9s		100	40	Dummy	0	0	0	DUMMY							71	Output	Right	640	60
include	1045	Dummy	en		1	#0		Zero Interlocks Firing Inhibit Output		C13s		100	40	Dummy	0	0	0	DUMMY							71	Output	Right	640	350
include	1046	Dummy	en		1	#0		Field Control Ifld Feedback  Input		C6d		100	40	Dummy	0	0	0	DUMMY	Writable						73	Input	Left	0	60
include	1047	Dummy	en		1	#0		Field Control Varm Feedback  Input		C7d		100	40	Dummy	0	0	0	DUMMY	Writable						73	Input	Left	0	-60
include	1048	Dummy	en		1	#0		Field Control Contactor Coil Input		C14d		100	40	Dummy	0	0	0	DUMMY	Writable						73	Input	Left	0	120
include	1049	Dummy	en		1	#0		Spindle Orient At Zero Ref Input		C15d		100	40	Dummy	0	0	0	DUMMY	Writable						74	Input	Left	-20	-150
include	1052	Dummy	en		1	#0		Drive Alarms Health Flag Output		C10s		100	40	Dummy	0	0	0	DUMMY							75	Output	Right	920	530
include	1053	Dummy	en		1	#0		Stop Mode Ramps Dropout Time Output		C8s		100	40	Dummy	0	0	0	DUMMY							70	Output	Right	400	-30
include	1054	Dummy	en		1	#0		Stop Mode Ramp Time Output		C16s		100	40	Dummy	0	0	0	DUMMY							70	Output	Right	400	30
include	1055	Dummy	en		1	#0		Run Mode Ramp Demand Output		C11s		100	40	Dummy	0	0	0	DUMMY							66	Output	Right	550	-80
include	1056	Dummy	en		1	#0		RMR System Reset Pulse Input		C17d		100	40	Dummy	0	0	0	DUMMY	Writable						66	Input	Top	110	-170
include	1057	Dummy	en		1	#0		Contactor Control System Reset Pulse Output		C17s		100	40	Dummy	0	0	0	DUMMY							72	Output	Right	770	330
include	1058	Dummy	en		1	#0		Speed Control Total Speed Ref Output		C12s		100	40	Dummy	0	0	0	DUMMY							67	Output	Right	860	90
include	1059	Dummy	en		1	#0		Current Control Firing Inhibit Input		C13d		100	40	Dummy	0	0	0	DUMMY	Writable						69	Input	Bottom	550	80
include	1060	Dummy	en		1	#0		Contactor Control Coil Output		C14s		100	40	Dummy	0	0	0	DUMMY							72	Output	Right	770	530
include	1061	Dummy	en		1	#0		Speed Control Stop Ramp Time Input		C16d		100	40	Dummy	0	0	0	DUMMY	Writable						67	Input	Top	440	-100
include	1062	Dummy	en		1	#0		Zero Interlocks At Zero Ref Output		C15s		100	40	Dummy	0	0	0	DUMMY							71	Output	Right	640	250
include	789v516	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	516	516	516	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
include	856v516	Boolean	en	0=Disabled1=Enabled	1	#0		Special Option Field		856		100	40	Phantom	0	0	1	UINT16	Writable				Outgoing Connections Allowed		81	Internal	Right	0	20
include	803v516	PLfieldCurrent	en		.01	#0.00	A	Passive Rated Field Current	Calibration	803	Rc	100	40	Operate	10	20020020020020020020040040040040080080080016002002002002002002002004004004004008008008008001600200800800800800800160016001600800800800800800160016001600160016001600160016001600	10001000100010001000100010002000200020002000500050005000100001000100010001000100010001000200020002000200050005000500050001000010005000500050005000500010000100001000050005000500050005000100001000010000100001000010000100001000010000	UINT16	Writable				Outgoing Connections Allowed		77	Internal	Left	0	0
include	4v516	PLfieldCurrent	en		.01	#0.00	A	Rated Field Amps	Sets the desired 100% DC output field current in amps.	4	AD	100	40	Engineer	10	20020020020020020020040040040040080080080016002002002002002002002004004004004008008008008001600200800800800800800160016001600800800800800800160016001600160016001600160016001600	10001000100010001000100010002000200020002000500050005000100001000100010001000100010001000200020002000200050005000500050001000010005000500050005000500010000100001000050005000500050005000100001000010000100001000010000100001000010000	UINT16	Writable				Outgoing Connections Allowed		76	Input	Top	670	-1010
include	2v515	PLarmatureCurrent	en		.1	#0.0	A	Rated Armature Amps	Sets the desired 100% continuous current in rated motor current in amps.	2	AB	100	40	Engineer	40801201702403304105466839001100143317662200010000408012017024033041054668390011001433176621002200010000402168250028333167350041648355021682500283331673500416483550616683750616683750	40801201702403304105466839001100143317662200010000408012017024033041054668390011001433176621002200010000402168250028333167350041648355021682500283331673500416483550616683750616683750	12024036051072099012301640205027003300430053006553565355120240360510720990123016402050270033004300530063006553565355120650075008500950010500125014501650650075008500950010500125014501650185020502250185020502250	UINT16	Writable				Outgoing Connections Allowed		76	Input	Top	260	-1010
include	801v515	PLarmatureCurrent	en		.1	#0.0	A	Passive Rated Armature Current	Calibration	801	Ra	100	40	Operate	40801201702403304105466839001100143317662200010000408012017024033041054668390011001433176621002200010000402168250028333167350041648355021682500283331673500416483550616683750616683750	40801201702403304105466839001100143317662200010000408012017024033041054668390011001433176621002200010000402168250028333167350041648355021682500283331673500416483550616683750616683750	12024036051072099012301640205027003300430053006553565355120240360510720990123016402050270033004300530063006553565355120650075008500950010500125014501650650075008500950010500125014501650185020502250185020502250	UINT16	Writable				Outgoing Connections Allowed		77	Internal	Left	0	0
include	135v515	PLarmatureCurrent	en		0.1	#0.0	A	Armature Current Monitor	Displays the average DC armature current.	135	Ce	100	40	Operate	-30000	0	30000	INT16					Outgoing Connections Allowed		76	Output	Right	840	-670
include	789v517	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	517	517	517	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
include	789v521	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	521	521	521	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
include	200	Boolean	en	0=Offline1=Online	1.0	#0		Fieldbus Online Monitor		200	Dr	100	40	Engineer	0	0	1	UINT16					Outgoing Connections Allowed		79	Output	Right	180	960
include	789v600	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	600	600	600	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
include	789v601	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	601	601	601	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
include	789v602	Analog	en		.01	#0.00		Drive Software Version		789	Te	100	40	Reserved	602	602	602	UINT16					Outgoing Connections Allowed		78	Internal	Right	200	20
