include	64	YaskawaO103S	en		0.10.1	#0.0#0.0	Hz	Frequency Ref	Monitor U1-01 displays the frequency reference.  The units differ depending on O1-03 setting.	U1-01		80	80	Operate	00	0*	400040000	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	*0
include	65	YaskawaO103S	en		0.10.1	#0.0#0.0	Hz	Output Freq	Monitor U1-02 displays the inverter output frequency.  The units differ depending on O1-03 setting.	U1-02		80	80	Operate	00	0*	400040000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	*0
include	38	YaskawaSpecialU103	en		0.1	#0.0	A	Output Current	Displays the inverter output current.  The minimum unit is 0.01A for 7.5kW or less.	MB-38		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		11	Internal	Right	0	20	* * *
include	67	Analog	en		1.0	#0		Control Method	Monitor U1-04 displays the control method. 0: V/f control   1: V/f control with PG    2: Vector conrol without PG    3: Vector control with PG	U1-04		80	80	Operate	0	0	4	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	68	YaskawaO103S	en		0.10.1	#0.0#0.0	Hz	Motor Speed	Monitor U1-05 displays the motor speed.  The units differ depending on O1-03 setting.	U1-05		80	80	Operate	00	0*	400012000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	*0
include	69	YaskawaO204O209	en		0.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Output Voltage	Monitor U1-06 displays the output voltage (reference).	U1-06		80	80	Operate	0000000000000	0400040004000575020002300200057505750200046005750	2550510051005100733125502550255073317331255051007331	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* * *32 55 332 55 232 55 066 82 20 17 20 17 10 17 366 82 166 82 30 17 032 55 166 82 0
include	70	YaskawaO204	en		1.01.01.01.0	#0#0#0#0	VDC	DC Bus Voltage	Monitor U1-07 displays the DC Bus voltage.	U1-07		80	80	Operate	0000	0000	40008004501000	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* *32 550 1766 82
include	71	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	kW	Output kWatts	Monitor U1-08 displays the inverter output power (calculated).	U1-08		80	80	Operate	0000000000000000000000000000000000000000000000000000000000000	0000000000000000000000000000000000000000000000000000000000000	1000740741500600220157407401500159001504403018001100300748440110150370022011002200300180022090015030032004400748320060018001100440802200153701500110442640446000600302200370444000900370110	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* *45 4536 3648 4811 1171 7133 3376 7612 1279 791 146 4670 7074 742 280 8078 7841 4168 6832 3243 435 56 653 5340 4047 4750 508 849 497 777 7739 3972 7252 5254 544 40 082 8244 4416 1614 1410 1037 3781 8166 6673 7315 1538 383 351 5167 6755 5575 7534 3417 1742 4235 3562 6213 139 969 69
include	72	Analog	en		0.1	#0.0	%	Torque Reference	Monitor U1-09 displays the internal torque reference.	U1-09		80	80	Operate	0	0	4000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	73	BitField8	en	0=Terminal 11=Terminal 22=Terminal 33=Terminal 44=Terminal 55=Terminal 66=Terminal 77=Terminal 8	1.0	#0		Input Term Sts	Monitor U1-10 displays the input terminal status:    BitOrder: 7--6--5--4--3--2--1--0,            *When bit is logic high*      Bit 0; Terminal 1 is closed        Bit 1; Terminal 2 is closed        Bit 2; Terminal 3 is closed        Bit 3; Terminal 4 is closed        Bit 4; Terminal 5 is closed        Bit 5; Terminal 6 is closed        Bit 6; Terminal 7 is closed        Bit 7; Terminal 8 is closed.	U1-10		80	80	Operate	0	0	4000	UINT16					Outgoing Connections Allowed		1	Internal	Right	80	20	 
include	74	BitField8	en	0=Contact Output (Term M1-M2)1=Contact Output (Term M3-M4)2=Contact Output (Term M5-M6)3=Unused4=Unused5=Unused6=Unused7=Fault contact (Terminal MA/MB-MC)	1.0	#0		Output Term Sts	Monitor U1-11 displays the output terminal status:    BitOrder: 7--6--5--4--3--2--1--0,            *When bit is logic high*    Bit 0; Terminal 9-10 is closed        Bit 1; Terminal 25-27 is closed        Bit 2; Terminal 26-27 is closed        Bit 3; not used        Bit 4; not used        Bit 5; not used        Bit 6; not used       Bit 7; Fault contacts are closed.	U1-11		80	80	Operate	0	0	4000	UINT16					Outgoing Connections Allowed		2	Internal	Right	80	290	 
include	75	BitField8	en	0=During Run1=During zero speed2=During reverse3=During reset signal input4=During speed agree5=Drive operation ready6=During fault detection (Minor fault)7=During fault detection (Major fault)	1.0	#0		Int Ctl Sts 1 	Monitor U1-12 displays the inverter status:    BitOrder: 7--6--5--4--3--2--1--0,            *When bit is logic high*      Bit 0; during run       Bit 1; during zero speed        Bit 2; during reverse run        Bit 3; if external reset signal is input        Bit 4; during speed agree        Bit 5; if inverter is ready        Bit 6; during minor fault        Bit 7; during major fault.	U1-12		80	80	Operate	0	0	4000	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	76	Analog	en		1.0	#0	H	Elapsed Time	Monitor U1-13 displays the elapsed timer.	U1-13		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	77	Analog	en		1.0	#0		FLASH ID	Monitor U1-14 displays the flash ROM software ID number.	U1-14		80	80	Operate	0	3020	9999	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	78	Analog	en		0.1	#0.0	%	Term A1 Level	Monitor U1-15 displays the external terminal A1 input level.	U1-15		80	80	Operate	0	0	1000	INT16					Outgoing Connections Allowed		3	Output	Top	380	-60	 
include	79	Analog	en		0.1	#0.0	%	Term A2 Level	Monitor U1-16 displays the external terminal A2 input level.	U1-16		80	80	Operate	0	0	1000	INT16					Outgoing Connections Allowed		4	Output	Top	380	-60	 
include	80	Analog	en		0.1	#0.0	%	Term A3 Level	Monitor U1-17 displays the external terminal A3 input level.	U1-17		80	80	Operate	0	0	1000	INT16					Outgoing Connections Allowed		5	Output	Top	380	-60	 
include	81	Analog	en		0.1	#0.0	%	Mot SEC Current	Monitor U1-18 displays the motor secondary current (Iq).	U1-18		80	80	Operate	0	0	4000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	82	Analog	en		0.1	#0.0	%	Mot EXC Current	Monitor U1-19 displays the motor excitation current (Im).	U1-19		80	80	Operate	0	0	4000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	83	Analog	en		0.01	#0.00	Hz	SFS Output	Monitor U1-20 displays the primary frequency after the soft-start.	U1-20		80	80	Operate	0	0	20000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	84	Analog	en		0.01	#0.00	%	ASR Input	Monitor U1-21 displays the ASR input.	U1-21		80	80	Operate	0	0	20000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	85	Analog	en		0.01	#0.00	%	ASR Output	Monitor U1-22 displays the ASR output.	U1-22		80	80	Operate	0	0	20000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	87	Analog	en		0.01	#0.00	%	PID Feedback	Monitor U1-24 displays the PID feedback signal level.	U1-24		80	80	Operate	0	0	20000	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	88	Analog	en		1.0	#0		DI-16 Reference	Monitor U1-25 displays the DI-16 reference.	U1-25		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	89	YaskawaO204O209	en		0.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Voltage Ref (Vq)	Monitor U1-26 displays the motor secondary voltage reference.	U1-26		80	80	Operate	0000000000000	0400057505750400020005750400023005750200020004600	4000510073317331510025507331510025507331255025505100	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* * *32 55 266 82 166 82 332 55 00 17 266 82 032 55 30 17 166 82 20 17 00 17 332 55 1
include	90	YaskawaO204O209	en		0.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Voltage Ref (Vd)	Monitor U1-27 displays the motor excitation voltage reference.	U1-27		80	80	Operate	0000000000000	0200020005750400023005750575057504600400040002000	4000255025507331510025507331733173315100510051002550	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* * *0 17 00 17 266 82 132 55 00 17 166 82 066 82 266 82 332 55 132 55 332 55 20 17 3
include	91	Analog	en		1.0	#0		CPU ID	Monitor U1-28 displays the CPU software ID number.	U1-28		80	80	Operate	0	0	4000	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	92	Analog	en		1.0	#0	kWh	kWh Lower 4 dig	Monitor U1-29 displays the kWh Display.	U1-29		80	80	Operate	0	0	9999	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	93	Analog	en		1.0	#0	MWh	kWh Upper 5 dig	Monitor U1-30 displays the MWh Display.	U1-30		80	80	Operate	0	0	32767	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	95	Analog	en		0.1	#0.0	%	ACR (q) Output	Monitor U1-32 displays the ACR(q) output.	U1-32		80	80	Operate	0	0	4000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	96	Analog	en		0.1	#0.0	%	ACR (d) Output	Monitor U1-33 displays the ACR(d) output.	U1-33		80	80	Operate	0	0	4000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	97	Analog	en		0.1	#0.0		OPE Detected	Monitor U1-34 displays the software parameter that is out of range (FLASH area)	U1-34		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	98	Analog	en		1.0	#0	PPR	Zero Servo Pulse	Monitor U1-35 displays the number of zero servo moving pulses.	U1-35		80	80	Operate	0	0	4000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	99	Analog	en		0.01	#0.00	%	PID Input	Monitor U1-36 displays the PID deviation (PID reference + PID reference bias - PID feedback reference).	U1-36		80	80	Operate	0	0	40000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	100	Analog	en		0.01	#0.00	%	PID Output	Monitor U1-37 displays the PID output capacity.	U1-37		80	80	Operate	0	0	40000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	101	Analog	en		0.01	#0.00	%	PID Setpoint	Monitor U1-38 displays the PID reference + PID reference bias.	U1-38		80	80	Operate	0	0	40000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	102	BitField8	en	0=CRC error1=Data Length2=Not Used3=Parity error4=Overrun error5=Framing error6=Timeout7=Not Used	1.0	#0		Memobus Error code	Monitor U1-39 displays the memobus error code.	U1-39		80	80	Operate	0	0	255	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	103	Analog	en		1.0	#0	H	FAN Elapsed Time	Monitor U1-40 displays the fan operating time.	U1-40		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	104	Analog	en		1.0	#0	°C	Actual Fin Temp	Monitor U1-41 displays the cooling fan temperature.	U1-41		80	80	Engineer	0	0	4000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	107	Analog	en		1.0	#0	%	ASR Out w/o Fil	Output monitor from Speed control loop (Primary delay filter input value)	U1-44		80	80	Operate	0	0	100	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	108	Analog	en		1.0	#0	%	FF Cout Output	Output monitor from feedforward control 100% is displayed at  motor rating secondary current.	U1-45		80	80	Operate	0	0	100	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	112	Analog	en		0.01	#0.00	%	Occupation Rate	CPU Resources Used	U1-49		80	80	Operate	0	0	9999	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	128	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Current Fault	Monitor U2-01 displays the existing detected fault.	U2-01		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	129	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Last Fault	Monitor U2-02 displays the previous detect fault.	U2-02		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	130	Analog	en		0.01	#0.00	Hz	Frequency Ref at Fault	Monitor U2-03 displays the frequency reference when fault was detected.	U2-03		80	80	Operate	0	0	40000	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	131	YaskawaO204O209A102	en		0.10.00.00.00.00.00.00.00.0	#0.0********	Hz	Output Freq at Fault	Monitor U2-04 displays the output frequency when fault was detected.	U2-04		80	80	Operate	000110011	044444444	4000400400400400400400400400	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* * * *0 82 3 30 82 3 00 82 3 20 82 3 00 82 3 10 82 3 20 82 3 10 82 3 3
include	132	YaskawaO204O209	en		0.10.10.10.10.10.10.010.010.010.010.010.10.10.010.10.10.010.10.010.10.10.10.10.010.10.10.010.10.10.010.10.10.010.10.10.10.10.010.010.10.10.10.10.010.010.010.010.010.10.10.010.010.010.10.10.010.010.010.10.10.10.010.010.010.10.010.010.010.010.10.010.10.10.10.010.10.10.010.010.10.10.10.10.10.10.010.10.010.10.10.10.10.10.10.10.10.010.10.010.010.10.10.10.10.10.10.10.10.10.010.10.10.10.010.10.10.10.10.10.10.10.10.10.10.10.10.010.10.10.010.10.10.010.010.10.10.010.10.10.10.10.10.010.10.10.10.010.10.010.10.10.10.10.10.10.10.10.010.010.10.010.10.10.010.010.10.10.10.10.10.10.010.10.010.010.10.010.10.10.10.10.10.10.10.10.010.010.10.10.10.10.010.10.010.010.010.10.10.10.10.10.010.010.10.010.010.10.10.10.10.010.10.10.10.10.010.10.010.10.010.010.10.010.010.10.10.10.10.10.10.10.10.010.10.10.10.010.10.10.10.01	#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.00#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.00#0.00#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.00#0.00#0.00#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.00#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.00#0.00#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00	A	Output Current at Fault	Monitor U2-05 displays the output current when fault was detected.	U2-05		80	80	Operate	02702243296173303301759863183340801602004827011049605200224250494146030034035224118096174845080140605969635880326335485241518034175349941110140171281303301254830280601106041250521602798961836614864486059699411927080195130802701652796491758011035160130415415128412722450361722777624508052801953582729413216041462653008032804118032130852004144149996220013099418011034130522243023406264110181653260535832806534183165130300330271825022432417716535877224341282101251729630064602241751101402264183658035125629898222242762181951728030263128631722501176251411734041565130224414503477485234195302414125	0223019003207971702660266014009006101600310070013101920310223085039750001920190019603973700330260031002702204101330772170386370070098050007727722600620190610270310520260013301601400265990390700980170950125026601100310270062033085033032919603861310270900772160042098053038650007979903291002230700156010506562230130019979739714006587002701310125026002600950329270220370016014402707704203700656520658156026001991994103201310370042052326006203206583901330320105070019203700329397990420192010509903906567002651250520190027003100620530850100130019050002600190620523265160013001250260026602701001960190019041077013002600770190026595013301100144079726005303301900140085098022053016005236582701100620900900220190019962010015601440656270061095061014401960700620310390170310026005231050190041037001607703865201601560270037001100	400054004480640192034066006600350019601260360068001600320040009605400220098012100400044805000980828012006000680070044082036001920340960900016002800121001920192071601600640126070096010408300360068035006801980820220028003402560260066002500960604016001200220012008205000104032005401960192036001320296012809601210019201980820380540016003900260016005400330054019209803500160022007003200260083008300256082054044090007203440540154012409000160010401600390071605405728206403200828012401300600016006401600820360064026001700400082808209801980124040002600198082016002200680260010404480604068001240128022003603300640121007160640160013006803660330026006000660054036050004480640820154033007160154044806802560420025003440192060001280120044803500220028004401280360013001600700250012401960196044044805401240360390034401600604012602560126034405000234012401020820340680083001300260044808209000680154096010406803900604082802500	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* * *51 51 314 14 074 74 346 46 171 71 26 6 26 6 34 4 369 69 168 68 213 13 253 53 336 36 312 12 282 82 134 34 251 51 13 3 17 7 255 55 282 82 214 14 35 5 37 7 362 62 31 1 115 15 153 53 166 66 272 72 175 75 039 39 210 10 271 71 143 43 254 54 236 36 038 38 355 55 110 10 010 10 316 16 22 2 10 0 068 68 066 66 034 34 376 76 317 17 139 39 033 33 04 4 041 41 379 79 367 67 037 37 038 38 071 71 047 47 280 80 36 6 170 70 134 34 052 52 02 2 21 1 23 3 31 1 342 42 15 5 043 43 112 12 173 73 069 69 310 10 113 13 335 35 138 38 18 8 243 43 055 55 046 46 279 79 142 42 332 32 151 51 236 36 249 49 111 11 245 45 251 51 048 48 340 40 246 46 37 7 04 4 29 9 137 37 366 66 112 12 080 80 117 17 317 17 047 47 342 42 273 73 272 72 354 54 333 33 181 81 073 73 378 78 135 35 354 54 145 45 376 76 19 9 049 49 316 16 140 40 340 40 175 75 374 74 012 12 362 62 035 35 044 44 215 15 02 2 374 74 19 9 267 67 339 39 374 74 211 11 036 36 182 82 062 62 242 42 07 7 179 79 035 35 282 82 311 11 179 79 267 67 245 45 037 37 241 41 280 80 076 76 014 14 152 52 153 53 077 77 28 8 33 3 232 32 048 48 20 0 255 55 316 16 00 0 12 2 044 44 141 41 013 13 148 48 180 80 215 15 36 6 073 73 132 32 25 5 150 50 20 0 375 75 278 78 348 48 016 16 378 78 050 50 141 41 147 47 139 39 170 70 381 81 346 46 015 15 28 8 01 1 050 50 04 4 13 3 038 38 272 72 28 8 113 13 044 44 09 9 366 66 370 70 077 77 169 69 069 69 272 72 014 14 240 40 077 77 332 32 349 49 281 81 245 45 152 52 268 68 147 47 068 68 381 81 15 5 237 37 177 77 034 34 167 67 171 71 353 53 217 17 244 44 311 11 350 50 375 75 154 54 033 33 278 78 243 43 376 76 233 33 349 49 052 52 362 62 170 70 2
include	133	Analog	en		0.1	#0.0	Hz	Motor Speed at Fault	Monitor U2-06 displays the motor speed when fault was detected.	U2-06		80	80	Operate	0	0	4000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	134	YaskawaO204O209	en		0.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Output Voltage at Fault	Monitor U2-07 displays the output voltage when fault was detected.	U2-07		80	80	Operate	0000000000000	0575040005750400020005750230020004000460057502000	4000733151007331510025507331255025505100510073312550	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* * *66 82 032 55 366 82 232 55 00 17 066 82 30 17 10 17 332 55 232 55 166 82 10 17 2
include	135	YaskawaO204	en		0.11.01.01.0	#0.0#0#0#0	VDC	DC Bus Voltage at Fault	Monitor U2-08 displays the DC bus voltage when fault was detected.	U2-08		80	80	Operate	0000	0000	40001000450800	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* *66 820 1732 55
include	136	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	kW	Output kWatts at Fault	Monitor U2-09 displays the output power when fault was detected.	U2-09		80	80	Operate	0000000000000000000000000000000000000000000000000000000000000	0000000000000000000000000000000000000000000000000000000000000	4000150300110110022003706004403200180015320011015037030153007409002200804400220440110037037003004422087406000180074110749004402201509001574011001500264015001800600742200600400015004430844	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* *39 3941 4138 3878 7850 509 911 1143 4382 8249 4966 6652 525 570 7073 7334 341 172 7245 4577 7717 1737 3754 547 710 1014 1442 4253 538 867 6771 7132 3276 7655 5516 1668 6869 694 446 4674 7440 406 613 1333 3312 1247 4779 7951 5148 4880 8075 7536 3681 8144 4462 6215 1535 352 20 03 3
include	137	Analog	en		0.1	#0.0	%	Torque Reference at Fault	Monitor U2-10 displays the torque reference when fault was detected.	U2-10		80	80	Operate	0	0	4000	INT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	138	BitField8	en	0=Terminal 11=Terminal 22=Terminal 33=Terminal 44=Terminal 55=Terminal 66=Terminal 77=Terminal 8	1.0	#0		Input Term Sts at Fault	Monitor U1-10 displays the input terminal status:    BitOrder: 7--6--5--4--3--2--1--0,            *When bit is logic high*      Bit 0; Terminal 1 is closed        Bit 1; Terminal 2 is closed        Bit 2; Terminal 3 is closed        Bit 3; Terminal 4 is closed        Bit 4; Terminal 5 is closed        Bit 5; Terminal 6 is closed        Bit 6; Terminal 7 is closed        Bit 7; Terminal 8 is closed.	U2-11		80	80	Operate	0	0	4000	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	139	BitField8	en	0=Contact Output (Term M1-M2)1=Open-collector (P1)2=Open-collector (P2)3=Open-collector (P3)4=Open-collector (P4)7=Fault contact (Terminal MA/MB-MC)	1.0	#0		Output Term Sts at Fault	Monitor U1-11 displays the output terminal status:    BitOrder: 7--6--5--4--3--2--1--0,            *When bit is logic high*    Bit 0; Terminal 9-10 is closed        Bit 1; Terminal 25-27 is closed        Bit 2; Terminal 26-27 is closed        Bit 3; not used        Bit 4; not used        Bit 5; not used        Bit 6; not used       Bit 7; Fault contacts are closed.	U2-12		80	80	Operate	0	0	255	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	140	BitField8	en	0=During Run1=During zero speed2=During reverse3=During external reset signal input4=During speed agree5=Inverter ready6=Minor fault7=Major fault	1.0	#0		Inverter Status at Fault	Monitor U1-12 displays the inverter status:    BitOrder: 7--6--5--4--3--2--1--0,            *When bit is logic high*      Bit 0; during run       Bit 1; during zero speed        Bit 2; during reverse run        Bit 3; if external reset signal is input        Bit 4; during speed agree        Bit 5; if inverter is ready        Bit 6; during minor fault        Bit 7; during major fault.	U2-13		80	80	Operate	0	0	4000	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	141	Analog	en		1.0	#0	H	Elapsed Time at Fault	Monitor U2-14 displays the elapsed time when fault was detected.	U2-14		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	144	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Last Fault	Monitor U3-01 displays the most recent fault.	U3-01		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	145	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Fault Message 2	Monitor U3-01 displays the second most recent fault.	U3-02		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	146	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Fault Message 3	Monitor U3-01 displays the third most recent fault.	U3-03		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	147	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Fault Message 4	Monitor U3-01 displays the forth most recent fault.	U3-04		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	148	Analog	en		1.0	#0	H	Elapsed Time 1	Monitor U3-01 displays the elapsed time of the most recent fault.	U3-05		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	149	Analog	en		1.0	#0	H	Elapsed Time 2	Monitor U3-01 displays the elapsed time of the  second most recent fault.	U3-06		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	150	Analog	en		1.0	#0	H	Elapsed Time 3	Monitor U3-01 displays the elapsed time of the third most recent fault.	U3-07		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	151	Analog	en		1.0	#0	H	Elapsed Time 4	Monitor U3-01 displays the elapsed time of the forth most recent fault.	U3-08		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	256	YaskawaO209E	en	0=0: English1=1: Japanese2=2: Deutsch3=3: Francais4=4: Italiano5=5: Espanol6=6: Portugues	1.01.01.01.01.0	#0#0#0#0#0		Select Language	The setting of A1-00 determines the language that the digital operator will display.	A1-00		80	80	Operate	00000	10112	66666	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*1032
include	257	Enumerated	en	0=0: Operation Only1=1: User Level2=2: Advanced Level	1.0	#0		Access Level	The setting of A1-01 determines which parameters will be read and written to.	A1-01		160	80	Operate	0	2	616	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	258	Enumerated	en	0=0: V/F Control1=1: V/F w/PG Fdbk2=2: Open Loop Vector3=3: Flux Vector	1.0	#0		Control Method	The setting of A1-02 determines the control mode of the inverter.	A1-02		160	80	Operate	0	2	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	259	Enumerated	en	0=0: No Initialize1110=1110: User Initialize2220=2220: 2-Wire Initial3330=3330: 3-Wire Initial	1.0	#0		Init Parameters	Parameter A1-03 is used to initialize the parameter settings back to the factory setting.	A1-03		160	80	Operate	0	0	3330	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	260	Analog	en		1.0	#0		Enter Password	Parameter A1-04 is used to enter a password into the inverter, to be able to make adjustments to locked parameters.	A1-04		160	80	Operate	0	0	9999	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	261	Analog	en		1.0	#0		Select Password	Parameter A1-05 is used to set a password for the inverter.	A1-05		160	80	Operate	0	0	9999	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	262	Analog	en		1.0	#0		User Param 1	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-01		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	263	Analog	en		1.0	#0		User Param 1	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-02		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	264	Analog	en		1.0	#0		User Param 3	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-03		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	265	Analog	en		1.0	#0		User Param 4	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-04		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	266	Analog	en		1.0	#0		User Param 5	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-05		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	267	Analog	en		1.0	#0		User Param 6	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-06		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	268	Analog	en		1.0	#0		User Param 7	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-07		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	269	Analog	en		1.0	#0		User Param 8	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-08		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	270	Analog	en		1.0	#0		User Param 9	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-09		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	271	Analog	en		1.0	#0		User Param 10	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-10		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	272	Analog	en		1.0	#0		User Param 11	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-11		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	273	Analog	en		1.0	#0		User Param 12	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-12		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	274	Analog	en		1.0	#0		User Param 13	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-13		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	275	Analog	en		1.0	#0		User Param 14	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-14		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	276	Analog	en		1.0	#0		User Param 15	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-15		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	277	Analog	en		1.0	#0		User Param 16	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-16		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	278	Analog	en		1.0	#0		User Param 17	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-17		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	279	Analog	en		1.0	#0		User Param 18	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-18		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	280	Analog	en		1.0	#0		User Param 19	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-19		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	281	Analog	en		1.0	#0		User Param 20	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-20		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	282	Analog	en		1.0	#0		User Param 21	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-21		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	283	Analog	en		1.0	#0		User Param 22	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-22		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	284	Analog	en		1.0	#0		User Param 23	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-23		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	285	Analog	en		1.0	#0		User Param 24	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-24		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	286	Analog	en		1.0	#0		User Param 25	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-25		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	287	Analog	en		1.0	#0		User Param 26	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-26		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	288	Analog	en		1.0	#0		User Param 27	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-27		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	289	Analog	en		1.0	#0		User Param 28	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-28		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	290	Analog	en		1.0	#0		User Param 29	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-29		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	291	Analog	en		1.0	#0		User Param 30	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-30		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	292	Analog	en		1.0	#0		User Param 31	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-31		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	293	Analog	en		1.0	#0		User Param 32	User?s Parameters   The user can select up to 32 parameters for quick-access programming. By setting the user access level (A1-01) to ?User Program?, only the parameters selected in function A2 can be accessed by the user.  Parameter A1-01 must be set to 4 (advanced access level)  to input parameter numbers into A2-01  through  A2-32,  and then A1-01 must  be  set to 1 (User Level) for only the user selected parameters to be viewed.	A2-32		160	80	Operate	0	0	*	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	384	YaskawaC110E	en	0=0: Operator1=1: Terminals2=2: Serial Com3=3: Option PCB4=4: Pulse Input	1.01.01.0	#0#0#0		Reference Source	The setting of b1-01 determines where the speed reference will originate from.	b1-01		160	80	Operate	0**	1**	4**	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*01
include	385	Enumerated	en	0=0: Operator1=1: Terminals2=2: Communication3=3: Option PCB	1.0	#0		Run Source	The setting of b1-02 determines where the run command will originate from.	b1-02		160	80	Operate	0	1	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	386	YaskawaA102E	en	0=0: Ramp to Stop1=1: Coast to Stop2=2: DC Injection to Stop3=3: Coast w/Timer	1.01.01.01.01.0	#0#0#0#0#0		Stopping Method	The setting of b1-03 determines the stopping method of the inverter.	b1-03		160	80	Operate	00000	00000	33333	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	01234
include	387	Enumerated	en	0=0: Reverse Enabled1=1: Reverse Disabled2=2: Exchange Phase	1.0	#0		Reverse Oper	The setting of b1-04 determines if the reverse run command is enabled or disabled.	b1-04		160	80	Operate	0	0	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	388	Enumerated	en	0=0: RUN at Freq Ref1=1: STOP2=2: RUN at Min Freq3=3: RUN at Zero RPM	1.0	#0		Zero-Speed Oper	When using the Closed Loop Flux Vector control mode, parameter B1-05 selects an operation mode to be employed when the frequency reference drops below the minimum output frequency (E1-09).  When using V/f or Open Loop Vector modes, baseblock is applied when the output frequency falls below the minimum output frequency (E1-09).	b1-05		160	80	Operate	0	0	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	389	Boolean	en	0=0: 2mS - 2 Scans1=1: 5mS - 2 Scans	1.0	#0		Cntl Input Scans	The setting of b1-06 determines the scan rate of the digital input terminals, 1 through 8.	b1-06		160	80	Operate	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	390	Boolean	en	0=0: Cycle Extrn RUN1=1: Accept Extrn RUN	1.0	#0		LOC/REM RUN Sel	Parameter B1-07 determines how the inverter will function when switching between local and remote operation.   This function prevents the motor from running when switching between local/remote and the inverter is controlled from the digital operator.	b1-07		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	391	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		RUN CMD at PRG	Parameter B1-08 determines if the inverter will accept or reject a change in the run command, from remote terminals, when the digital operator is being used to change or adjust parameters.	b1-08		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	392	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		L/R Select @Drive	Parameter B1-09 sets the run mode switchover selection during run.	b1-09		160	80	Engineer	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	393	Analog	en		0.1	#0.0	Hz	DCInj Start Freq	When the decel to stop method has been chosen, parameter b2-01 sets the frequency at which the inverter starts to DC inject.	b2-01		160	80	Operate	0	5	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	394	Analog	en		1.0	#0	%	DCInj Current	Parameter b2-02 sets the level of DC injection current, when the inverter is in the V/f or Open Loop Flux Vector modes.	b2-02		160	80	Operate	0	50	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	395	Analog	en		0.01	#0.00	s	DCInj Time@Start	Parameter b2-03 sets the amount of excitation time. Excitation before starting can be used to build the motor flux prior to starting the motor to ensure adequate and smooth starting torque.	b2-03		160	80	Operate	0	0	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	396	YaskawaO209	en		0.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00	s	DCInj Time@Stop	Parameter b2-04 sets the amount of time the drive will remain in zero speed control.	b2-04		160	80	Operate	000000	5050050500	100010001000100010001000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	501234
include	397	Analog	en		0.01	#0.00		DCInj P Gain	Parameter B2-05 sets the DC injection proportional gain.	b2-05		160	80	Engineer	0	5	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	398	Analog	en		0.1	#0.0	ms	DCInj Intgl Time	Parameter B2-06 sets the DC injection integral time.	b2-06		160	80	Engineer	0	100	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	399	Analog	en		0.1	#0.0	%	DCInj Limit	Parameter B2-07 sets the DC injection braking limit.	b2-07		160	80	Engineer	0	150	300	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	400	Analog	en		1.0	#0	%	Field Comp	Parameter B2-08 allows the magnetizing motor flux to be boosted when starting the motor.  This parameter will facilitate a quick ramp-up of the torque reference and magnetizing current to reduce motor slip during start.	b2-08		160	80	Operate	0	0	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	401	YaskawaA102E	en	0=0: SpdsrchF Disable1=1: SpdsrchF Enable2=2: SpdsrchI Disable3=3: SpdsrchI Enable	1.01.01.01.01.0	#0#0#0#0#0		SpdSrch at Start	This function allows the restart of the inverter into a coasting motor. Often times this function is used in inverter/power line bypass applications.	b3-01		160	80	Operate	00000	22322	33333	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	40123
include	402	YaskawaA102	en		1.01.01.0	#0#0#0	%	Spdsrch Current	Parameter B3-02 sets the speed search operating current.	b3-02		160	80	Operate	000	12010100	200200200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	042
include	403	Analog	en		0.1	#0.0	s	SpdSrch Dec Time	Parameter B3-03 sets the deceleration time during speed search in units of 0.1 second.	b3-03		160	80	Operate	1	20	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	404	YaskawaO204	en		1.01.01.01.01.0	#0#0#0#0#0	%	SpdSrch V/F	Parameter B3-04 sets the V/f pattern during speedsearch.	b3-04		160	80	Engineer	1010101010	100601008080	100100100100100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	32 4648 550 1047 4711 17
include	405	Analog	en		0.1	#0.0	s	Search Delay	Parameter B3-05 sets the speed search wait time.	b3-05		160	80	Operate	0	2	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	406	YaskawaO204	en		0.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0		Search IM level 1	Parameter B3-06 sets the output current during speed search.	b3-06		160	80	Engineer	00000	55757	3010101010	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *32 4715 170 1448 55
include	407	Analog	en		0.1	#0.0		Search IM level 2	Parameter B3-07 sets the ACR gain during speed search.	b3-07		160	80	Engineer	0	10	30	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	408	YaskawaO204	en		0.10.010.01	#0.0#0.00#0.00		Search ACR P Gain	Parameter B3-08 sets the ACR integral time during speed search.	b3-08		160	80	Engineer	000	55080	60600600	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *0 4748 55
include	409	Analog	en		0.1	#0.0	ms	Search ACR I Time	Parameter B3-09 sets the speed search detection compensation gain.	b3-09		160	80	Engineer	0	20	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	410	Analog	en		0.01	#0.00		Srch Detect Comp	Parameter B3-10 sets the currents application time during speed search.	b3-10		160	80	Engineer	100	110	120	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	411	Analog	en		0.1	#0.0	%	Search Method Sw Lvl	Parameter B3-11 sets the speed search switching level.	b3-11		160	80	Engineer	5	50	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	412	Analog	en		0.1	#0.0		Search I Deadband	Parameter B3-12 sets the speed search detection width.	b3-12		160	80	Engineer	20	25	50	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	414	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Bidir Search Sel	b3-14 Enables the bidirectional speed search.	b3-14		160	80	Operate	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	419	YaskawaO209	en		0.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0	s	Delay-ON Timer	Parameter B4-01 is the timer function on-delay timer.	b4-01		160	80	Operate	00000	00000	300030000300003000030000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	02451
include	420	YaskawaO209	en		0.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0	s	Delay-OFF Timer	Parameter B4-02 is the timer function off-delay timer.	b4-02		160	80	Operate	00000	00000	300030000300003000030000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	02514
include	421	Enumerated	en	0=0: Disabled1=1: Enabled D Fdbk2=2: Enabled D Fdfwd3=3: Fref+PID D Fdbk4=4: Fref+PID D Fdfwd	1.0	#0		PID Mode	Parameter B5-01 enables or disables the PID (Proportional, Integral, Derivative) function, which provides closed-loop control and regulation of a system process variable such as temperature or pressure.	b5-01		160	80	Operate	0	0	4	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	422	Analog	en		0.01	#0.00		PID Gain	Parameter B5-02 is the value by which the error signal is multiplied to generate a new frequency reference.	b5-02		160	80	Operate	0	100	2500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	423	Analog	en		0.1	#0.0	s	PID I Time	Parameter B5-03 determines how fast the integral gain increase is added to the control loop.	b5-03		160	80	Operate	0	10	3600	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	424	Analog	en		0.1	#0.0	%	PID I Limit	Parameter B5-04 is used to limit the integral value, which can eliminate oscillations and improve stability.	b5-04		160	80	Operate	0	1000	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	425	Analog	en		0.01	#0.00	s	PID D Time	Parameter B5-05 is used to dampen oscillations and reduce overshoot, improving stability.	b5-05		160	80	Operate	0	0	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	426	Analog	en		0.1	#0.0	%	PID Limit	Parameter B5-06 limits the output frequency range of the inverter when in the PID control mode.	b5-06		160	80	Operate	0	1000	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	427	Analog	en		0.1	#0.0	%	PID Offset	Parameter B5-07 is used to add a bias to the calculated PID value.	b5-07		160	80	Operate	-1000	0	1000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	428	Analog	en		0.01	#0.00	s	PID Delay Time	Parameter B5-08 is used to slow down changes in the calculated PID value, which can be used to prevent oscillations and improve stability.	b5-08		160	80	Operate	0	0	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	429	Boolean	en	0=0: Normal Character1=1: Rev Character	1.0	#0		Output Level Sel	Parameter b5-09 determines if the output term for the inverter control is positive or negative.	b5-09		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	430	Analog	en		0.1	#0.0		Output Gain	Parameter B5-10 is used for the adjustment of the PID control value to be added to the frequency reference. Output reference equals PID output x B5-10	b5-10		160	80	Operate	0	10	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	431	Boolean	en	0=0: 0 Limit1=1: Reverse	1.0	#0		Output Rev Sel	Parameter b5-11 is used when the motor is required to change direction during PID operation in response to a negative PID output signal.	b5-11		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	432	Enumerated	en	0=0: Disabled1=1: Alarm2=2: Fault	1.0	#0		Fb los Det Sel	Parameter B5-12 determines what action the inverter will take on a loss of feedback.	b5-12		160	80	Operate	0	0	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	433	Analog	en		1.0	#0	%	Fb los Det Lvl	Parameter B5-13 determines the loss of feedback level.	b5-13		160	80	Operate	0	0	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	434	Analog	en		0.1	#0.0	s	Fb los Det Time	Parameter B5-14 determines the amount of time before the inverter will detect a feeback loss.	b5-14		160	80	Operate	0	10	255	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	435	Analog	en		0.1	#0.0	Hz	PID Sleep Level	The frequency at which the PID sleep function starts	b5-15		160	80	Operate	0	0	3000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	436	Analog	en		0.1	#0.0	s	PID Sleep Time	Parameter b5-16 sets the delay time until PID sleep function begins	b5-16		160	80	Operate	0	0	255	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	437	Analog	en		0.1	#0.0	s	PID Acc/Dec Time	Parameter b5-17 sets the accel and decel times for PID sleep function	b5-17		160	80	Operate	0	0	255	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	438	YaskawaC601	en		0.10.10.1	#0.0#0.0#0.0	Hz	Dwell Ref @Start	Parameter B6-01 sets the dwell frequency reference during acceleration in units of  0.1Hz	b6-01		160	80	Operate	000	000	400030004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	102
include	439	Analog	en		0.1	#0.0	s	Dwell Time@Start	Parameter B6-02 sets the amount of time the frequency reference ?dwells? during acceleration in units of 0.1sec.	b6-02		160	80	Operate	0	0	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	440	YaskawaC601	en		0.10.10.1	#0.0#0.0#0.0	Hz	Dwell Ref @Stop	Parameter B6-03 sets the dwell frequency reference during deceleration in units of 0.1Hz.	b6-03		160	80	Operate	000	000	300040004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012
include	441	Analog	en		0.1	#0.0	s	Dwell Time @Stop	Parameter B6-04 sets the amount of time the frequency reference ?dwells? during deceleration in units of 0.1sec.	b6-04		160	80	Operate	0	0	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	458	Analog	en		0.1	#0.0	%	Droop Quantity	Parameter B7-01 sets the amount of motor speed reduction when the motor is producing 100% of rated torque.	b7-01		160	80	Operate	0	0	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	459	Analog	en		0.01	#0.00	s	Droop Delay Time	Parameter B7-02 sets the response time for the drooping function.	b7-02		160	80	Operate	3	5	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	460	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Energy Save Sel	Parameter B8-01 enables/disables the energy savings mode.	b8-01		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	461	YaskawaA102	en		0.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0		Energy Save Gain	Parameter B8-02 sets the gain for energy savings mode.	b8-02		160	80	Operate	00000	777710	100100100100100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	24103
include	462	YaskawaO204O209A102	en		0.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00	s	Energy Save F.T	Parameter B8-03 sets the energy savings filter time constant.	b8-03		160	80	Operate	0000000000000000000000000000000000000000	5050200200555505050550111505050501200200200505020020051200200200200120050520020050	1000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000100010001000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 13 * *32 46 * *47 62 * *14 17 * *14 17 1 347 62 1 347 62 2 30 13 2 232 46 0 20 13 0 214 17 0 332 46 1 432 46 1 30 13 1 30 13 0 30 13 1 20 13 1 432 46 2 232 46 1 232 46 2 347 62 2 447 62 1 414 17 0 232 46 0 40 13 2 447 62 0 414 17 0 414 17 2 30 13 2 314 17 1 214 17 2 447 62 1 214 17 2 232 46 0 347 62 2 232 46 2 447 62 0 314 17 1 447 62 0 20 13 0 4
include	463	YaskawaO204	en		0.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00		Energy Save COEF	Parameter B8-04 sets the max motor efficiency value.	b8-04		160	80	Operate	00000000000000000000000000000000000000000000	22370301323644189507632447405787462072691694038161812631312290126262176245802882046273891145382237027133578947520651157433880313530579254313602310672071561568010358362307044517957640140883279	6550065500655006550065500655006550065500655006550065500655006550065500655006550065500655006550065500655006550065500655006550065500655006550065500655006550065500655006550065500655006550065500655006550065500655006550065500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *52 5237 3738 3845 4533 339 948 486 62 212 1217 178 84 441 4155 5536 360 011 1149 4939 391 154 5413 135 516 1642 4234 3414 1453 5344 4435 3515 1547 4746 463 343 4350 5062 627 710 1032 3240 4051 51
include	464	Analog	en		1.0	#0	ms	kW Filter Time	Parameter B8-05 sets the output power detection time constant.	b8-05		160	80	Operate	0	20	2000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	465	Analog	en		1.0	#0	%	Search V limit	Parameter B8-06 sets a limited voltage value for energy savings.	b8-06		160	80	Operate	0	0	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	466	Analog	en		1.0	#0	%	V lower limit 1	Parameter B8-07 sets the energy savings lower limit.	b8-07		160	80	Engineer	0	50	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	467	Analog	en		1.0	#0	%	V lower limit 2	Parameter B8-08 sets voltage lower limit 2.	b8-08		160	80	Engineer	0	12	25	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	468	Analog	en		1.0	#0	%	V upper limit 1	Parameter B8-09 sets voltage upper limit 1.	b8-09		160	80	Engineer	0	120	120	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	469	Analog	en		1.0	#0	%	V upper limit 2	Parameter B8-10 sets voltage upper limit 2.	b8-10		160	80	Engineer	0	16	25	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	470	Analog	en		0.1	#0.0	%	Search V Step 1	Parameter B8-11 sets the voltage search width.	b8-11		160	80	Engineer	1	5	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	471	Analog	en		0.1	#0.0	%	Search V Step 2	Parameter B8-12 sets voltage step 2.	b8-12		160	80	Engineer	1	2	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	472	Analog	en		1.0	#0	ms	V average time	Parameter B8-13 sets the search operation control cycle time.	b8-13		160	80	Engineer	1	25	5000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	473	Analog	en		1.0	#0	%	KW Fltr Chg Wdth	Parameter B8-14 sets the output voltage limit for which the output voltage is held.	b8-14		160	80	Engineer	0	10	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	474	Analog	en		1.0	#0		Zero Servo Gain	Parameter B9-01 controls the zero servo response.	b9-01		160	80	Operate	0	5	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	475	Analog	en		1.0	#0		Zero Servo Count	Parameter B9-02 sets the bandwidth for the zero servo multi-function contact output.	b9-02		160	80	Operate	0	10	16383	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	476	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		PID Setpoint Sel	PID Setpoint Selection	b5-18		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	477	Analog	en		0.1	#0.0	%	PID Setpoint	PID Setpoint	b5-19		160	80	Operate	0	0	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	512	YaskawaC110	en		0.010.1	#0.00#0.0	s	Accel Time 1	Parameter c1-01 sets the acceleration time 1 to accelerate from 0 to 100% speed.	C1-01		160	80	Operate	00	1000100	6000060000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	01
include	513	YaskawaC110	en		0.010.1	#0.00#0.0	s	Decel Time 1	Parameter c1-02 sets the deceleration time 1 to decelerate from 100% speed to 0.	C1-02		160	80	Operate	00	1000100	6000060000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	01
include	514	YaskawaC110	en		0.010.1	#0.00#0.0	s	Accel Time 2	Parameter c1-03 sets the acceleration time 2 to accelerate from 0 to 100% speed.	C1-03		160	80	Operate	00	1000100	6000060000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	01
include	515	YaskawaC110	en		0.010.1	#0.00#0.0	s	Decel Time 2	Parameter c1-04 sets the deceleration time 2 to decelerate from 100% speed to 0.	C1-04		160	80	Operate	00	1000100	6000060000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	01
include	516	YaskawaC110	en		0.010.1	#0.00#0.0	s	Accel Time 3	Parameter c1-05 sets the acceleration time 3 to accelerate from 0 to 100% speed.	C1-05		160	80	Operate	00	1000100	6000060000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	01
include	517	YaskawaC110	en		0.010.1	#0.00#0.0	s	Decel Time 3	Parameter c1-06 sets the deceleration time 3 to decelerate from 100% speed to 0.	C1-06		160	80	Operate	00	1000100	6000060000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	01
include	518	YaskawaC110	en		0.010.1	#0.00#0.0	s	Accel Time 4	Parameter c1-07 sets the acceleration time 4 to accelerate from 0 to 100% speed.	C1-07		160	80	Operate	00	1000100	6000060000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	01
include	519	YaskawaC110	en		0.010.1	#0.00#0.0	s	Decel Time 4	Parameter c1-08 sets the deceleration time 4 to decelerate from 100% speed to 0.	C1-08		160	80	Operate	00	1000100	6000060000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	01
include	520	YaskawaC110	en		0.010.1	#0.00#0.0	s	Fast Stop Time	Parameter c1-09 sets the fast stop deceleration time. The actual deceleration time may be longer than the setting of C1-09 if the stall prevention during deceleration function has been enabled in parameter L3-04.	C1-09		160	80	Operate	00	1000100	6000060000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	01
include	521	Boolean	en	0=0: 0.01 Seconds1=1: 0.1 Seconds	1.0	#0		Acc/Dec Units	The setting of C1-10 determines the setting units and range of the acceleration and deceleration times C1-01 through C1-09.	C1-10		160	80	Operate	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	522	Analog	en		0.1	#0.0	Hz	Acc/Dec SW Freq	The acceleration and deceleration times automatically switch when the output frequency of the inverter is above or below the value in C1-11.	C1-11		160	80	Operate	0	0	3000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	523	Analog	en		0.01	#0.00	s	SCrv Acc  @ Start	The setting of C2-01 independently adjusts the S-curve time during acceleration and deceleration.  The S-curve function will add time to the acceleration and deceleration times.	C2-01		160	80	Operate	0	20	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	524	Analog	en		0.01	#0.00	s	SCrv Acc @ End	The setting of C2-02 independently adjusts the S-curve time during acceleration and deceleration.  The S-curve function will add time to the acceleration and deceleration times.	C2-02		160	80	Operate	0	20	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	525	Analog	en		0.01	#0.00	s	SCrv Dec @ Start	The setting of C2-03 independently adjusts the S-curve time during acceleration and deceleration.  The S-curve function will add time to the acceleration and deceleration times.	C2-03		160	80	Operate	0	20	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	526	Analog	en		0.01	#0.00	s	SCrv Dec @ End	The setting of C2-04 independently adjusts the S-curve time during acceleration and deceleration.  The S-curve function will add time to the acceleration and deceleration times.	C2-04		160	80	Operate	0	0	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	527	YaskawaA102	en		0.10.10.10.1	#0.0#0.0#0.0#0.0		Slip Comp Gain	The setting of C3-01 sets the slip compensation function. The slip compensation function  will adjust the inverter output frequency to compensate for motor slip as the motor load is increased. The slip compensation function only works in the  Open Loop modes.    C3-01 x E2-02 = actual amount of slip compensation	C3-01		160	80	Operate	0000	0101010	25252525	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0234
include	528	YaskawaA102	en		1.01.0	#0#0	ms	Slip Comp Time	By increasing the value of parameter C3-02, the response time of the slip compensation function will become slower. Reducing C3-02 to a lower value makes the slip compensation function respond more quickly.	C3-02		160	80	Operate	00	2002000	1000010000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	20
include	529	Analog	en		1.0	#0	%	Slip Comp Limit	Parameter C3-03 will set the maximum amount of slip compensation as a   percentage of motor rated slip (E2-02).  The amount of slip compensation will automatically be adjusted when the output frequency goes above the base frequency. This will compensate for the reduction in motor torque.	C3-03		160	80	Operate	0	200	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	530	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Slip Comp Regen	Parameter C3-04 enables or disables the slip compensation function during regeneration (a period of overhauling load). This function will improve the speed regulation during an overhauling condition.	C3-04		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	531	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		V/F Slip Cmp Sel	V/f Slip Cmp Sel	C3-05		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	532	Boolean	en	0=0: Slip included1=1: Slip excluded	1.0	#0		Output V Limit	 Parameter C3-06 improves (OLV) speed control accuracy in motor voltage saturation area, and (FV) torque linearity accuracy.	C3-06		160	80	Engineer	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	533	Analog	en		0.01	#0.00		Torq Comp Gain	The setting of C4-01 adjusts the gain of the Automatic Torque Boost function. The Automatic Torque Boost Function automatically boosts the inverter output voltage to achieve the required motor torque.	C4-01		160	80	Operate	0	100	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	534	YaskawaO204O209A102	en		1.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.0	#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0	ms	Torq Comp Time	By adjusting C4-02 to a higher value the response time of the Automatic Torque Boost Function will become slower, (similar to an integral time).   Normally, no adjustment is necessary.	C4-02		160	80	Operate	000000000000000000000000000000000000000000000000000000	100020010001000100010002001000100020100020020020020200200100010002001000100020200100020020020200200200100010001000100020020010002001000200200200200200200201000100010001000100020020	100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	47 55 1 10 10 4 147 55 3 111 17 3 111 17 0 147 55 5 10 10 1 111 17 2 047 55 1 00 55 1 247 55 2 00 10 0 132 46 2 032 46 2 10 55 2 20 10 0 032 46 3 111 17 2 147 55 2 132 46 3 047 55 4 011 17 0 00 55 0 20 10 2 011 17 5 00 10 1 00 10 4 00 55 5 20 10 3 00 10 5 10 10 5 011 17 5 147 55 0 047 55 4 147 55 5 00 10 3 10 10 2 111 17 1 132 46 0 111 17 4 032 46 1 032 46 4 132 46 5 032 46 1 132 46 0 032 46 4 00 55 3 247 55 0 147 55 3 011 17 4 111 17 3 011 17 1 032 46 5 10 55 4 2
include	535	Analog	en		0.1	#0.0	%	F TorqCmp@start	Parameter C4-03 improves the forward speed response at start by quickly ramping up the torque reference and motor flux.	C4-03		160	80	Engineer	0	0	2000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	536	Analog	en		0.1	#0.0	%	R TorqCmp@start	Parameter C4-04 improves the reverse speed response at start by quickly ramping up the torque reference and motor flux.	C4-04		160	80	Engineer	-2000	0	0	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	537	Analog	en		1.0	#0	ms	TorqCmp Delay T	Parameter C4-05 is the time delay that will be applied to the Torque Compensation parameters.	C4-05		160	80	Engineer	0	10	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	538	Analog	en		1.0	#0	ms	Starting torque time constant	Parameter C4-06 sets torque compensation time constant 2.	C4-06		160	80	Engineer	0	150	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	539	YaskawaA102	en		0.010.010.01	#0.00#0.00#0.00		ASR P Gain 1	The ASR proportional gain 1 adjusts the speed in response to speed deviation, and softens the effect of changes in load.   Speed response increases as the proportional gain is increased.	C5-01		160	80	Operate	1000100	1000202000	300003000030000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	413
include	540	YaskawaA102	en		0.00100.00100.0010	#0.000#0.000#0.000	s	ASR I Time 1	The ASR integral time 1 adjusts the inverter?s response time to changes in load. Speed response increases as the integral time decreases.	C5-02		160	80	Operate	000	500200500	100001000010000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	413
include	541	YaskawaA102	en		0.010.010.01	#0.00#0.00#0.00		ASR P Gain 2	Parameter C5-03 sets ASR gain setting 2.	C5-03		160	80	Operate	0100100	220001000	300003000030000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	134
include	542	YaskawaA102	en		0.00100.00100.0010	#0.000#0.000#0.000	s	ASR I Time 2	Parameter C5-04 sets ASR integral time 2.	C5-04		160	80	Operate	000	50050500	100001000010000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	413
include	543	YaskawaA102	en		0.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0	%	ASR Limit	Parameter C5-05 sets the ASR frequency compensation limit as a percentage of the maximum frequency (E1-04). When there are periods of time when the process feedback is less than the reference, the integral value will build. The ASR limit will prevent the integral value from building so large that it would take a long time for the process to come back under control.	C5-05		160	80	Operate	000000	50050000	200200200200200200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*31402
include	544	YaskawaA102	en		0.00100.00100.0010	#0.000#0.000#0.000	s	ASR Delay Time	Parameter C5-06 sets the ASR output primary delay time. The output primary delay time is used to control the secondary (torque producing) current (Iq) reference variations.	C5-06		160	80	Operate	000	4104	500500500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*43
include	545	YaskawaC601	en		0.10.10.1	#0.0#0.0#0.0	Hz	ASR Gain SW Freq	Parameter C5-07 sets the frequency to switch between Gain 1 and Integral time 1 and Gain 2 and Integral time 2.	C5-07		160	80	Operate	000	000	300040004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012
include	546	Analog	en		1.0	#0	%	ASR I Limit	Parameter C5-08 adjusts the amount of Integral control of the automatic speed regulator in the Closed Loop Flux Vector control mode. Setting parameter C5-08 to zero will make the ASR control proportional. Setting C5-08 to 400% will make the ASR control proportional and integral.	C5-08		160	80	Operate	0	400	400	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	547	YaskawaO204E	en	0=0: Heavy Duty1=1: Normal Duty 12=2: Normal Duty 2	1.01.01.01.01.0	#0#0#0#0#0		Heavy/NormalDuty	Parameter c6-01 sets the whether it will be CT or VT.	C6-01		160	80	Operate	00000	11010	22222	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *54 5532 5317 170 16
include	548	YaskawaO204C601E	en	0=0: Low Noise1=1: Fc 2.0kHz2=2: Fc 5.0kHz3=3: Fc 8.0kHz4=4: Fc 10.0kHz5=5: Fc 12.5kHz6=6: Fc 15.0kHz15=F: Fc Program	1.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.0	#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0		CarrierFreq Sel	Parameter C6-02 sets the appropriate carrier frequency pattern.	C6-02		160	80	Operate	00000000000000000000000000000000000000	66631431426432164321143463423163432321	1515151515151515151515151515151515151515151515151515151515151515151515151515	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* * *0 9 *42 43 *32 41 *54 55 *44 47 *48 50 *16 17 *10 15 *51 53 *0 10 111 11 112 14 115 16 117 17 132 43 144 47 148 50 152 53 154 55 10 55 00 2 23 3 24 4 25 6 27 7 28 11 212 13 214 14 215 17 232 39 240 40 241 43 244 46 247 48 249 49 250 52 253 55 2
include	549	YaskawaC601C602	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	kHz	CarrierFreq Max	Parameter c6-03 sets the carrier frequency upper limit.	C6-03		160	80	Operate	202020202020202020202020202020202020202020202020202020202020202020202020202020202020202020202020	22205080100125150********202220**************22205080100125150********20	150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150	UINT16				Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	1 01 11 21 31 41 51 61 71 81 91 101 111 121 131 141 150 00 10 20 30 40 50 60 70 80 90 100 110 120 130 140 152 02 12 22 32 42 52 62 72 82 92 102 112 122 132 142 15
include	550	YaskawaC601C602	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	kHz	CarrierFreq Min	Paramter c6-04 sets the carrier frequency lower limit.	C6-04		160	80	Operate	444444444444444444444444444444444444444444444444	22205080100125150********202220**************22205080100125150********20	150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150150	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	1 01 11 21 31 41 51 61 71 81 91 101 111 121 131 141 150 00 10 20 30 40 50 60 70 80 90 100 110 120 130 140 152 02 12 22 32 42 52 62 72 82 92 102 112 122 132 142 15
include	551	YaskawaC601C602	en		1.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.0	#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0		CarrierFreq Gain	Parameter c6-05 sets the carrier frequency gain.	C6-05		160	80	Operate	000000000000000000000000000000000000000000000000	0000000********000**************0000000********0	999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	1 01 11 21 31 41 51 61 71 81 91 101 111 121 131 141 150 00 10 20 30 40 50 60 70 80 90 100 110 120 130 140 152 02 12 22 32 42 52 62 72 82 92 102 112 122 132 142 15
include	552	YaskawaC601C602E	en	0=0: 2/3-phase current conversion1=1: 2-phase modulation2=2: 3-phase current modulation3=3: Low carrier & noise (1)4=4: Low carrier & noise (2)5=5: Low carrier & noise (3)6=6: Low carrier & noise (4)	1.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.0	#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0		PWM Method	Parameter c6-06 sets the PWM modulation system.	C6-06		160	80	Engineer	0000000000000000000000000000000000000000000000000	04000000********040*************04000000********0	6666666666666666666666666666666666666666666666666	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *1 01 11 21 31 41 51 61 71 81 91 101 111 121 131 141 150 00 10 20 30 40 50 60 70 80 90 100 110 120 130 140 152 02 12 22 32 42 52 62 72 82 92 102 112 122 132 142 15
include	553	YaskawaC601C602	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0		Phase SW Level	Parameter c6-07 sets the current level in two-phase/three-phase current conversion.	C6-07		160	80	Engineer	555555555555555555555555555555555555555555555555	151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515151515	303030303030303030303030303030303030303030303030303030303030303030303030303030303030303030303030	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	1 01 11 21 31 41 51 61 71 81 91 101 111 121 131 141 150 00 10 20 30 40 50 60 70 80 90 100 110 120 130 140 152 02 12 22 32 42 52 62 72 82 92 102 112 122 132 142 15
include	554	YaskawaC601C602	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0		On-Delay Gain	Parameter c6-08 sets the minimum on time of the PWM pulse.	C6-08		160	80	Engineer	101010101010101010101010101010101010101010101010101010101010101010101010101010101010101010101010	303030303030303030303030303030303030303030303030303030303030303030303030303030303030303030303030	505050505050505050505050505050505050505050505050505050505050505050505050505050505050505050505050	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	1 01 11 21 31 41 51 61 71 81 91 101 111 121 131 141 150 00 10 20 30 40 50 60 70 80 90 100 110 120 130 140 152 02 12 22 32 42 52 62 72 82 92 102 112 122 132 142 15
include	555	Boolean	en	0=0: 5khz Carrier Freq 1=1: C6-03 set value	1.0	#0		Carrier in Tune	Parameter C6-09 sets the carrier frequency during auto-tuning.	C6-09		160	80	Engineer	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	556	Enumerated	en	0=0: 0.5 kHz1=1: 1.0 kHz2=2: 1.5 kHz3=3: 2.0 kHz	1.0	#0		Fc in Stand Tune	Parameter C6-10 sets a frequency value.	C6-10		160	80	Engineer	0	1	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	640	YaskawaO103O209S	en		0.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00	Hz	Reference 1	Parameter D1-01 sets reference 1.  Preset references 1 through 8 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-09 are dependent upon the setting of  the digital operator display mode (o1-03).   Possible setting units include  Hz, percentage, RPM or engineering units.	d1-01		160	80	Operate	000000	00000600	500060006000600050006000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	540123
include	641	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 2	Parameter D1-02 sets reference 2.  Preset references 1 through 8 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-09 are dependent upon the setting of  the digital operator display mode (o1-03).   Possible setting units include  Hz, percentage, RPM or engineering units.	d1-02		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	642	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 3	Parameter D1-03 sets reference 3.  Preset references 1 through 8 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-09 are dependent upon the setting of  the digital operator display mode (o1-03).   Possible setting units include  Hz, percentage, RPM or engineering units.	d1-03		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	643	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 4	Parameter D1-04 sets reference 4.  Preset references 1 through 8 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-09 are dependent upon the setting of  the digital operator display mode (o1-03).   Possible setting units include  Hz, percentage, RPM or engineering units.	d1-04		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	644	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 5	Parameter D1-05 sets reference 5.  Preset references 1 through 8 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-09 are dependent upon the setting of  the digital operator display mode (o1-03).   Possible setting units include  Hz, percentage, RPM or engineering units.	d1-05		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	645	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 6	Parameter D1-06 sets reference 6.  Preset references 1 through 8 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-09 are dependent upon the setting of  the digital operator display mode (o1-03).   Possible setting units include  Hz, percentage, RPM or engineering units.	d1-06		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	646	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 7	Parameter D1-07 sets reference 7.  Preset references 1 through 8 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-09 are dependent upon the setting of  the digital operator display mode (o1-03).   Possible setting units include  Hz, percentage, RPM or engineering units.	d1-07		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	647	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 8	Parameter D1-08 sets reference 8.  Preset references 1 through 8 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-09 are dependent upon the setting of  the digital operator display mode (o1-03).   Possible setting units include  Hz, percentage, RPM or engineering units.	d1-08		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	648	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 9	Parameter D1-09 sets reference 9.  Preset references 1 through 17 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-017 are dependent upon the setting of  the digital operator display mode (o1-03).	d1-09		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	649	Analog	en		0.1	#0.0	%	Ref Upper Limit	Parameter D2-01 sets the reference upper limit to a percentage of the maximum frequency.	d2-01		160	80	Operate	0	1000	1100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	650	Analog	en		0.1	#0.0	%	Ref Lower Limit	Parameter D2-02 sets the reference lower limit to a percentage of the maximum frequency.	d2-02		160	80	Operate	0	0	1100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	651	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 10	Parameter D1-10 sets reference 10.  Preset references 1 through 17 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-017 are dependent upon the setting of  the digital operator display mode (o1-03).	d1-10		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	652	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 11	Parameter D1-11 sets reference 11.  Preset references 1 through 17 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-017 are dependent upon the setting of  the digital operator display mode (o1-03).	d1-11		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	653	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 12	Parameter D1-12 sets reference 12.  Preset references 1 through 17 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-017 are dependent upon the setting of  the digital operator display mode (o1-03).	d1-12		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	654	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 13	Parameter D1-13 sets reference 13.  Preset references 1 through 17 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-017 are dependent upon the setting of  the digital operator display mode (o1-03).	d1-13		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	655	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 14	Parameter D1-14 sets reference 14.  Preset references 1 through 17 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-017 are dependent upon the setting of  the digital operator display mode (o1-03).	d1-14		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	656	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 15	Parameter D1-15 sets reference 15.  Preset references 1 through 17 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-017 are dependent upon the setting of  the digital operator display mode (o1-03).	d1-15		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	657	YaskawaO103O209S	en		0.01	#0.00	Hz	Reference 16	Parameter D1-16 sets reference 16.  Preset references 1 through 17 are used in conjunction with the multi-speed function.  Setting units for d1-01 through d1-017 are dependent upon the setting of  the digital operator display mode (o1-03).	d1-16		160	80	Operate	0	0	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	658	YaskawaO103O209S	en		0.01	#0.00	Hz	Jog Reference	Parameter D1-17 sets the jog frequency.	d1-17		160	80	Operate	0	600	40000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	659	Analog	en		0.1	#0.0	%	Ref1 Lower Limit	Parameter d2-03 sets the second frequency reference lower limit.	d2-03		160	80	Operate	0	0	1100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	660	YaskawaC601	en		0.10.10.1	#0.0#0.0#0.0	Hz	Jump Freq 1	Parameter D3-01 prohibits the inverter from running at set frequency 1.	d3-01		160	80	Operate	000	000	300040004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012
include	661	YaskawaC601	en		0.10.10.1	#0.0#0.0#0.0	Hz	Jump Freq 2	Parameter D3-02 prohibits the inverter from running at set frequency 2.	d3-02		160	80	Operate	000	000	300040004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012
include	662	YaskawaC601	en		0.10.10.1	#0.0#0.0#0.0	Hz	Jump Freq 3	Parameter D3-03 prohibits the inverter from running at set frequency 3.	d3-03		160	80	Operate	000	000	300040004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012
include	663	Analog	en		0.1	#0.0	Hz	Jump Bandwidth	Parameter D3-04 sets the jump bandwith.	d3-04		160	80	Operate	0	10	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	664	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		MOP Ref Memory	The setting of d4-01 determines if the reference will be retained (memorized) when a stop command is given, or at power off.   This parameter  only affects the Up/Down multi-function input.	d4-01		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	665	YaskawaO209	en		1.01.01.01.01.01.0	#0#0#0#0#0#0	%	Trim Control Lvl	The trim control level is added to or subtracted from the analog frequency reference. The trim control level is a percentage of  the maximum output frequency.	d4-02		160	80	Operate	000000	101010101010	100100100100100100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	541032
include	666	Boolean	en	0=0: Speed Control1=1: Torque Control	1.0	#0		Torq Control Sel	The setting of D5-01 selects the inverter mode of operation when using the Closed Loop Flux Vector mode.	d5-01		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	667	YaskawaO204O209A102	en		1.01.01.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.0	#0#0#0****************************************	ms	Torq Ref Filter	Parameter D5-02 sets the delay time for the torque reference input in the torque control mode, in units of 1ms.  Parameter D5-02 can be increased to prevent an erratic internal torque reference when a ?noisy? external torque reference is present.	d5-02		160	80	Operate	0001101111100110100100011110110000000110001	01004444444444444444444444444444444444444444	100010001000400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* * * ** * * 4* * * 30 82 4 20 82 9 20 82 0 00 82 4 10 82 9 00 82 0 20 82 0 00 82 0 30 82 9 00 82 8 10 82 0 10 82 4 00 82 8 00 82 8 30 82 8 30 82 0 10 82 9 10 82 5 10 82 9 30 82 4 30 82 8 20 82 8 10 82 5 20 82 4 30 82 0 30 82 5 30 82 5 00 82 9 20 82 5 30 82 9 10 82 4 00 82 5 00 82 4 10 82 0 20 82 5 10 82 9 30 82 5 20 82 4 20 82 8 20 82 8 0
include	668	Boolean	en	1=1: Analog Input2=2: Program Setting	1.0	#0		Speed Limit Sel	Parameter D5-03 sets the speed limit selection when using the torque control mode.	d5-03		160	80	Operate	1	1	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	669	Analog	en		1.0	#0	%	Speed Lmt Value	Parameter D5-04 sets the speed limit value in the torque control mode as a percentage of the maximum output frequency, when D5-03 (speed limit input selection) is set to 2.	d5-04		160	80	Operate	-120	0	120	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	670	Analog	en		1.0	#0	%	Speed Lmt Bias	Parameter D5-05 sets the speed limit bias value in the torque control mode as a percentage of the maximum output frequency.	d5-05		160	80	Operate	0	10	120	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	671	Analog	en		1.0	#0	ms	Ref Hold Time	Parameter D5-06 sets a delay time from when the speed/torque control selection is made to when the control mode is actually changed.  This parameter will determine how long the reference at terminal 13 (speed reference or speed limit) and the reference at terminal 16 or 14 (torque limit or torque reference) will be held.	d5-06		160	80	Operate	0	0	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	672	Analog	en		1.0	#0	%	Field-Weak Lvl	Parameter D6-01 sets energy saving V/f voltage.	d6-01		160	80	Operate	0	80	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	673	Analog	en		0.1	#0.0	Hz	Field-Weak Freq	Parameter D6-02 sets the frequency lower limit.	d6-02		160	80	Operate	0	0	4000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	674	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Field Force Sel	Field Force Sel	d6-03		160	80	Reserved	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	677	Analog	en		1.0	#0	%	FieldForce Limit	Sets the value for the upper limit of the excitation current command during magnetic forcing with the load-less motor current at 100%.	d6-06		160	80	Operate	100	400	400	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	768	YaskawaO204O209	en		1.01.01.01.01.01.01.01.01.01.01.01.0	#0#0#0#0#0#0#0#0#0#0#0#0	VAC	Input Voltage	The setting of E1-01 adjusts the voltage values of the preset V/f patterns (E1-03= 0 - E), when using the V/f control modes. This provides the optimum V/f pattern for the motor. Parameter E1-01 makes no adjustments to the V/f pattern when using the custom V/f pattern (E1-03 = F) or when using the Open or Closed Loop Flux Vector control modes.  The setting of E1-01 adjusts the overvoltage level, braking transistor turn on level and the stall prevention level during deceleration.	E1-01		160	80	Operate	155155445310310445445310310155155445	200230575400400575575400460200200575	255255733510510733733510510255255733	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 17 00 17 166 82 232 62 332 62 066 82 166 82 332 62 232 62 10 17 20 17 366 82 0
include	770	Enumerated	en	0=0: 50 Hz1=1: 60 Hz Saturation2=2: 50 Hz Saturation3=3: 72 Hz4=4: 50 Hz VT15=5: 50 Hz VT26=6: 60 Hz VT17=7: 60 Hz VT28=8: 50 Hz HST19=9: 50 Hz HST210=A: 60 Hz HST111=B: 60 Hz HST212=C: 90 Hz13=D: 120 Hz14=E: 180 Hz15=F: Custom V/F270=FF: Custom w/o limit	1.0	#0		V/F Selection	The setting of E1-03 selects the volts per hertz (V/f) pattern.  E1-03 will not be changed back to the factory setting when an initialization has been set into A1-03 when using the V/F control modes	E1-03		160	80	Operate	0	10	270	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	771	YaskawaO204O209E103A102C601	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	Hz	Max Frequency	Parameter E1-04 sets the max frequency for the V/f pattern.  Adjustments may be made to parameters E1-04 through E1-13 when using the custom V/f pattern settings F or FF.	E1-04		160	80	Operate	400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400	600500600600720500500600600500500600600900120018006006005006006007205005006006005005006006009001200180060060050060060072050050060060050050060060090012001800500500500600600720500500600600500500600600900120018006006005006006007205005006006005005006006009001200180060060050060060072050050060060050050060060090012001800600600500600600720500500600600500500600600900120018005005005006006007205005006006005005006006009001200180060060060060060060050050060060060060060060050050060060060060060060050050060060060050060060072050050060060050050060060090012001800600600500600600720500500600600500500600600900120018006006005006006007205005006006005005006006009001200180050050050060060072050050060060050050060060090012001800600600500600600720500500600600500500600600900120018006006005006006007205005006006005005006006009001200180060060050060060072050050060060050050060060090012001800500500500600600720500500600600500500600600900120018006006006006006006005005006006006006006006005005006006006006006006005005006006005006005006006007201200600600720500500600600500600600500900120018005005005006005005006006006007205005006006005005006006009001200180060060060060060060060060060050050060060050060060060050050060060060012006005006006005005006006009005001800600600600600600600720600600500600900120018006006005006005007205005006006005005005005006006005005006009001800600600900600600720500500600600600600600600500600600720500600600900500500600600900120018005005005001200180050050050060018007201200500600600500500600600600600	400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 82 0 * 3 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 0 * 2 10 82 0 * 2 10 82 1 * 2 10 82 1 * 2 10 82 2 * 2 10 82 2 * 2 10 82 3 * 2 10 82 3 * 2 10 82 0 * 3 10 82 0 * 3 10 82 1 * 3 10 82 1 * 3 10 82 2 * 3 10 82 2 * 3 10 82 3 * 3 10 82 3 * 3 10 82 0 * 4 10 82 0 * 4 10 82 1 * 4 10 82 1 * 4 10 82 2 * 4 10 82 2 * 4 10 82 3 * 4 10 82 3 * 4 10 82 0 * 3 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 0 * 2 00 82 0 * 2 00 82 1 * 2 00 82 1 * 2 00 82 2 * 2 00 82 2 * 2 00 82 3 * 2 00 82 3 * 2 00 82 0 * 3 00 82 0 * 3 00 82 1 * 3 00 82 1 * 3 00 82 2 * 3 00 82 2 * 3 00 82 3 * 3 00 82 3 * 3 00 82 0 * 4 00 82 0 * 4 00 82 1 * 4 00 82 1 * 4 00 82 2 * 4 00 82 2 * 4 00 82 3 * 4 00 82 3 * 4 00 82 0 * 0 20 82 0 * 3 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 2 * 1 20 82 0 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 3 * 1 20 82 3 * 1 20 82 2 * 1 20 82 1 * 1 20 82 0 * 0 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 2 * 1 20 82 1 * 1 20 82 3 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 0 * 4 20 82 3 * 2 20 82 0 * 3 20 82 0 * 3 20 82 1 * 3 20 82 1 * 3 20 82 2 * 3 20 82 2 * 3 20 82 3 * 1 20 82 3 * 3 20 82 2 * 2 20 82 0 * 4 20 82 1 * 4 20 82 1 * 4 20 82 2 * 4 20 82 2 * 4 20 82 3 * 4 20 82 3 * 4 20 82 3 * 3 20 82 3 * 1 20 82 0 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 2 20 82 3 * 1 20 82 2 * 2 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 0 * 2 20 82 0 * 2 20 82 1 * 2 20 82 1 * 2 20 82 3 * 1 20 82 3 * 1 20 82 2 * 0 20 82 1 * 1 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 2 * 0 20 82 1 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 1 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 1 * 0 20 82 0 * 0 20 82 2 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 0 * 0 20 82 0 * 1 20 82 3 * 0 20 82 3 * 0 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 2 * 0 20 82 0 * 1 20 82 3 * 0 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 3 * 0 20 82 0 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 2 * 0 20 82 3 * 0 2
include	772	YaskawaO204O209	en		0.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Max Voltage	Parameter E1-05 sets the max voltage for the V/f pattern.  Adjustments may be made to parameters E1-04 through E1-13 when using the custom V/f pattern settings F or FF.	E1-05		160	80	Operate	000000000000	575020004600400057505750200057504000200023004000	733125505100510073317331255073315100255025505100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	66 82 10 17 332 62 132 62 066 82 066 82 30 17 266 82 232 62 30 17 00 17 132 62 2
include	773	YaskawaO204O209E103A102C601	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	Hz	Base Frequency	Parameter E1-06 sets the base frequency for the V/f pattern.  Adjustments may be made to parameters E1-04 through E1-13 when using the custom V/f pattern settings F or FF.	E1-06		160	80	Operate	000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000040040040040040040040040040040040040040040040040040040040040040040040040000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000004004004004004004004004004004004004004004004004004004004004004004004004000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000400400400400400400400400400400400400400400400400400400400400400400400400	500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600500500500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600500500500600500600500500600600500500600600600600600600600600600600600500500600600600600600600500500600600600600600600500500600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600500500500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600500500500600500600500500600600500500600600600600600600600600600600600500500600600600600600600500500600600600600600600500500600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600500500500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600600600500600500600500500600600500500600600600600600500500500600500600500500600600500500600600600600600600600600600600600500500600600600600600600500500600600600600600600500500600600	300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 0 * 2 00 82 0 * 2 00 82 1 * 2 00 82 1 * 2 00 82 2 * 2 00 82 2 * 2 00 82 3 * 2 00 82 3 * 2 00 82 0 * 3 00 82 0 * 3 00 82 1 * 3 00 82 1 * 3 00 82 2 * 3 00 82 2 * 3 00 82 3 * 3 00 82 3 * 3 00 82 0 * 4 00 82 0 * 4 00 82 1 * 4 00 82 1 * 4 00 82 2 * 4 00 82 2 * 4 00 82 3 * 4 00 82 3 * 4 00 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 0 * 2 10 82 0 * 2 10 82 1 * 2 10 82 1 * 2 10 82 2 * 2 10 82 2 * 2 10 82 3 * 2 10 82 3 * 2 10 82 0 * 3 10 82 0 * 3 10 82 1 * 3 10 82 1 * 3 10 82 2 * 3 10 82 2 * 3 10 82 3 * 3 10 82 3 * 3 10 82 0 * 4 10 82 0 * 4 10 82 1 * 4 10 82 1 * 4 10 82 2 * 4 10 82 2 * 4 10 82 3 * 4 10 82 3 * 4 10 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 0 * 2 20 82 0 * 2 20 82 1 * 2 20 82 1 * 2 20 82 2 * 2 20 82 2 * 2 20 82 3 * 2 20 82 3 * 2 20 82 0 * 3 20 82 0 * 3 20 82 1 * 3 20 82 1 * 3 20 82 2 * 3 20 82 2 * 3 20 82 3 * 3 20 82 3 * 3 20 82 0 * 4 20 82 0 * 4 20 82 1 * 4 20 82 1 * 4 20 82 2 * 4 20 82 2 * 4 20 82 3 * 4 20 82 3 * 4 2
include	774	YaskawaO204O209E103A102C601	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	Hz	Mid Frequency A	Parameter E1-07 sets the mid frequency A for the V/f pattern.  Adjustments may be made to parameters E1-04 through E1-13 when using the custom V/f pattern settings F or FF.	E1-07		160	80	Operate	000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000	253030302502503003002525303030303030302530303025025030030025253030303030303025303030250250300300252530303030302525253030302502503003002525303030303030302530303025025030030025253030303030303025303030250250300300252530303030303030253030302502503003002525303030303025252530303025025030030025253030303030303030303030303030300000000030303030303030302530303025025030030025253030303030303025303030250250300300252530303030303030253030302502503003002525303030303025252530303025025030030025253030303030303025303030250250300300252530303030303030253030302502503003002525303030303030302530303025025030030025253030303030252525303030250250300300252530303030303030303030303030303000000000303030303030303025252530303025025030300302530303030302530300250253030302530303025030300300252530303030300253030000030030030303030303030030303025025030030025303030303030303030303025302502503003002525303030303030302530303030303030303025025030030025025300303030303030253025302503030303030302530253025025030030025253025253002525303030303025302530303025025030030030	300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 0 * 2 00 82 0 * 2 00 82 1 * 2 00 82 1 * 2 00 82 2 * 2 00 82 2 * 2 00 82 3 * 2 00 82 3 * 2 00 82 0 * 3 00 82 0 * 3 00 82 1 * 3 00 82 1 * 3 00 82 2 * 3 00 82 2 * 3 00 82 3 * 3 00 82 3 * 3 00 82 0 * 4 00 82 0 * 4 00 82 1 * 4 00 82 1 * 4 00 82 2 * 4 00 82 2 * 4 00 82 3 * 4 00 82 3 * 4 00 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 0 * 2 10 82 0 * 2 10 82 1 * 2 10 82 1 * 2 10 82 2 * 2 10 82 2 * 2 10 82 3 * 2 10 82 3 * 2 10 82 0 * 3 10 82 0 * 3 10 82 1 * 3 10 82 1 * 3 10 82 2 * 3 10 82 2 * 3 10 82 3 * 3 10 82 3 * 3 10 82 0 * 4 10 82 0 * 4 10 82 1 * 4 10 82 1 * 4 10 82 2 * 4 10 82 2 * 4 10 82 3 * 4 10 82 3 * 4 10 82 2 * 1 20 82 3 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 1 * 1 20 82 2 * 1 20 82 1 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 0 * 1 20 82 2 * 1 20 82 1 * 1 20 82 0 * 0 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 3 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 3 * 3 20 82 2 * 1 20 82 3 * 2 20 82 3 * 2 20 82 0 * 3 20 82 0 * 3 20 82 1 * 3 20 82 1 * 3 20 82 2 * 2 20 82 2 * 3 20 82 1 * 2 20 82 3 * 3 20 82 0 * 4 20 82 0 * 4 20 82 1 * 4 20 82 1 * 4 20 82 2 * 4 20 82 2 * 4 20 82 3 * 4 20 82 2 * 3 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 2 * 2 20 82 3 * 1 20 82 0 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 0 * 2 20 82 0 * 2 20 82 1 * 2 20 82 3 * 1 20 82 1 * 0 20 82 2 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 0 * 1 20 82 1 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 1 * 0 20 82 0 * 0 20 82 2 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 1 * 0 20 82 1 * 0 20 82 0 * 0 20 82 0 * 1 20 82 2 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 0 * 1 20 82 3 * 0 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 3 * 0 20 82 2 * 0 20 82 3 * 4 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 2 * 0 2
include	775	YaskawaO204O209E103A102	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Mid Voltage A	Parameter E1-08 sets the mid voltage A for the V/f pattern.  Adjustments may be made to parameters E1-04 through E1-13 when using the custom V/f pattern settings F or FF.	E1-08		160	80	Operate	000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000	150150150150350500350500190240190240150150150150150140140140140350500350500180230180230140140140140140120120120120350500350500150200150200120120120120120300300300300700100070010003804803804803003003003003002802802802807001000700100036046036046028028028028028024024024024070010007001000300400300400240240240240240431431431431100614371006143754669054669043143143143143140240240240210061437100614375176615176614024024024024023453453453451006143710061437431575431575345345345345345172172172172402575402575218276218276172172172172172161161161161402575402575207264207264161161161161161138138138138402575402575172230172230138138138138138345345345345805115080511504375524375523453453453453453223223223228051150805115041452941452932232232232232227627627627680511508051150345460345460276276276276276431431431431100614371006143754669054669043143143143143140240240240210061437100614375176615176614024024024024023453453453451006143710061437431575431575345345345345345150150150150350500350500190240190240150150150150150140140140140350500350500180230180230140140140140140120120120120350500350500150200150200120120120120120300300300300700100070010003804803804803003003003003002802802802807001000700100036046036046028028028028028024024024024070010007001000300400300400240240240240240431431431431100614371006143754669054669043143143143143140240240240210061437100614375176615176614024024024024023453453453451006143710061437431575431575345345345345345150150150150350500350500190240190240150150150150150140140140140350500350500180230180230140140140140140120120120120350500350500150200150200120120120120120300300300300700100070010003804803804803003003003003002802802802807001000700100036046036046028028028028028024024024024070010007001000300400300400240240240240240431431431431100614371006143754669054669043143143143143140240240240210061437100614375176615176614024024024024023453453453451006143710061437431575431575345345345345345150150150150350500350500190240190240150150150150150140140140140350500350500180230180230140140140140140120120120120350500350500150200150200120120120120120300300300300700100070010003804803804803003003003003002802802802807001000700100036046036046028028028028028024024024024070010007001000300400300400240240240240240431431431431100614371006143754669054669043143143143143140240240240210061437100614375176615176614024024024024023453453453451006143710061437431575431575345345345345345172172172172402575402575218276218276172172172172172161161161161402575402575207264207264161161161161161138138138138402575402575172230172230138138138138138345345345345805115080511504375524375523453453453453453223223223228051150805115041452941452932232232232232227627627627680511508051150345460345460276276276276276431431431431100614371006143754669054669043143143143143140240240240210061437100614375176615176614024024024024023453453453451006143710061437431575431575345345345345345150150150150350500350500190240190240150150150150150140140140140350500350500180230180230140140140140140120120120120350500350500150200150200120120120120120300300300300700100070010003804803804803003003003003002802802802807001000700100036046036046028028028028028024024024024070010007001000300400300400240240240240240431431431431100614371006143754669054669043143143143143140240240240210061437100614375176615176614024024024024023453453453451006143710061437431575431575345345345345345150150150150350500350500190240190240150150150150150140140140140350500350500180230180230140140140140140120120120120350500350500150200150200120120120120120300300300300700100070010003804803804803003003003003002802802802807001000700100036046036046028028028028028024024024024070010007001000300400300400240240240240240431431431431100614371006143754669054669043143143143143140240240240210061437100614375176615176614024024024024023453453453451006143710061437431575431575345345345345345110110220220316316126126253253316316132132264264379379110110220220316316000000000000000000000000110110220220316316115115230230316316132132264264379379110110220220316316	255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 00 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 10 17 0 * 20 17 0 * 232 62 0 * 232 62 0 * 266 82 0 * 266 82 0 * 20 17 1 * 20 17 1 * 232 62 1 * 232 62 1 * 266 82 1 * 266 82 1 * 20 17 2 * 20 17 2 * 232 62 2 * 232 62 2 * 266 82 2 * 266 82 2 * 20 17 3 * 20 17 3 * 232 62 3 * 232 62 3 * 266 82 3 * 266 82 3 * 20 17 0 * 30 17 0 * 332 62 0 * 332 62 0 * 366 82 0 * 366 82 0 * 30 17 1 * 30 17 1 * 332 62 1 * 332 62 1 * 366 82 1 * 366 82 1 * 30 17 2 * 30 17 2 * 332 62 2 * 332 62 2 * 366 82 2 * 366 82 2 * 30 17 3 * 30 17 3 * 332 62 3 * 332 62 3 * 366 82 3 * 366 82 3 * 30 17 0 * 40 17 0 * 432 62 0 * 432 62 0 * 466 82 0 * 466 82 0 * 40 17 1 * 40 17 1 * 432 62 1 * 432 62 1 * 466 82 1 * 466 82 1 * 40 17 2 * 40 17 2 * 432 62 2 * 432 62 2 * 466 82 2 * 466 82 2 * 40 17 3 * 40 17 3 * 432 62 3 * 432 62 3 * 466 82 3 * 466 82 3 * 4
include	776	YaskawaO204O209E103A102C601	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	Hz	Min Frequency	Parameter E1-09 sets the min frequency for the V/f pattern.  Adjustments may be made to parameters E1-04 through E1-13 when using the custom V/f pattern settings F or FF.	E1-09		160	80	Operate	000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000	131515151313151513131515151515151513151515131315151313151515151515151315151513131515131315151515151212131515151313151513131515151515151513151515131315151313151515151515151315151513131515131315151515151515131515151313151513131515151515121213151515131315151313151515151515155555555500000000333333331315151513131515131315151515151515131515151313151513131515151515151513151515131315151313151515151512121315151513131515131315151515151515131515151313151513131515151515151513151515131315151313151515151515151315151513131515131315151515151212131515151313151513131515151515151555555555000000003333333315151513151515131315151313151515151512121315151513131515131315151515151515131515151313151515131315151313151515151515151315151513131515131315151515131515131315151515151515131515151313151513131515151515151513151515131315151313151515151512121315151513131515131315151515151515555555550000000033333333	400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030003000300030004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000400040004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 0 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 1 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 2 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 3 * 0 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 0 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 1 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 2 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 3 * 1 10 82 0 * 2 10 82 0 * 2 10 82 1 * 2 10 82 1 * 2 10 82 2 * 2 10 82 2 * 2 10 82 3 * 2 10 82 3 * 2 10 82 0 * 3 10 82 0 * 3 10 82 1 * 3 10 82 1 * 3 10 82 2 * 3 10 82 2 * 3 10 82 3 * 3 10 82 3 * 3 10 82 0 * 4 10 82 0 * 4 10 82 1 * 4 10 82 1 * 4 10 82 2 * 4 10 82 2 * 4 10 82 3 * 4 10 82 3 * 4 10 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 0 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 1 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 2 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 3 * 0 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 0 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 1 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 2 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 3 * 1 00 82 0 * 2 00 82 0 * 2 00 82 1 * 2 00 82 1 * 2 00 82 2 * 2 00 82 2 * 2 00 82 3 * 2 00 82 3 * 2 00 82 0 * 3 00 82 0 * 3 00 82 1 * 3 00 82 1 * 3 00 82 2 * 3 00 82 2 * 3 00 82 3 * 3 00 82 3 * 3 00 82 0 * 4 00 82 0 * 4 00 82 1 * 4 00 82 1 * 4 00 82 2 * 4 00 82 2 * 4 00 82 3 * 4 00 82 3 * 4 00 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 2 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 3 * 0 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 0 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 1 * 0 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 0 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 1 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 2 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 3 * 1 20 82 0 * 2 20 82 0 * 2 20 82 1 * 2 20 82 1 * 2 20 82 2 * 2 20 82 2 * 2 20 82 3 * 2 20 82 3 * 2 20 82 0 * 3 20 82 0 * 3 20 82 1 * 3 20 82 1 * 3 20 82 2 * 3 20 82 2 * 3 20 82 3 * 3 20 82 3 * 3 20 82 0 * 4 20 82 0 * 4 20 82 1 * 4 20 82 1 * 4 20 82 2 * 4 20 82 2 * 4 20 82 3 * 4 20 82 3 * 4 2
include	777	YaskawaO204O209E103A102	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Min Voltage	Parameter E1-10 sets the min voltage for the V/f pattern.  Adjustments may be made to parameters E1-04 through E1-13 when using the custom V/f pattern settings F or FF.	E1-10		160	80	Operate	000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000	909090908090809011013011015090909090907070707060706070901109013070707070706060606050605060709070110606060606018018018018016018016018022026022030018018018018018014014014014012014012014018022018026014014014014014012012012012010012010012014018014022012012012012012025825825825823025823025831637331643125825825825825820120120120117220117220125831625837320120120120120117217217217214317214317220125820131617217217217217210310310310392103921031261491261721031031031031038080808069806980103126103149808080808069696969576957698010380126696969696920720720720718420718420725329925334520720720720720716116116116113816113816120725320729916116116116116113813813813811513811513816120716125313813813813813825825825825823025823025831637331643125825825825825820120120120117220117220125831625837320120120120120117217217217214317214317220125820131617217217217217290909090809080901101301101509090909090707070706070607090110901307070707070606060605060506070907011060606060601801801801801601801601802202602203001801801801801801401401401401201401201401802201802601401401401401401201201201201001201001201401801402201201201201201202582582582582302582302583163733164312582582582582582012012012011722011722012583162583732012012012012011721721721721431721431722012582013161721721721721729090909080908090110130110150909090909070707070607060709011090130707070707060606060506050607090701106060606060180180180180160180160180220260220300180180180180180140140140140120140120140180220180260140140140140140120120120120100120100120140180140220120120120120120258258258258230258230258316373316431258258258258258201201201201172201172201258316258373201201201201201172172172172143172143172201258201316172172172172172909090908090809011013011015090909090907070707060706070901109013070707070706060606050605060709070110606060606018018018018016018016018022026022030018018018018018014014014014012014012014018022018026014014014014014012012012012010012010012014018014022012012012012012025825825825823025823025831637331643125825825825825820120120120117220117220125831625837320120120120120117217217217214317214317220125820131617217217217217210310310310392103921031261491261721031031031031038080808069806980103126103149808080808069696969576957698010380126696969696920720720720718420718420725329925334520720720720720716116116116113816113816120725320729916116116116116113813813813811513811513816120716125313813813813813825825825825823025823025831637331643125825825825825820120120120117220117220125831625837320120120120120117217217217214317214317220125820131617217217217217290909090809080901101301101509090909090707070706070607090110901307070707070606060605060506070907011060606060601801801801801601801601802202602203001801801801801801401401401401201401201401802201802601401401401401401201201201201001201001201401801402201201201201201202582582582582302582302583163733164312582582582582582012012012011722011722012583162583732012012012012011721721721721431721431722012582013161721721721721729090909080908090110130110150909090909070707070607060709011090130707070707060606060506050607090701106060606060180180180180160180160180220260220300180180180180180140140140140120140120140180220180260140140140140140120120120120100120100120140180140220120120120120120258258258258230258230258316373316431258258258258258201201201201172201172201258316258373201201201201201172172172172143172143172201258201316172172172172172202040405757232346465757242448486868202040405757000000000000000000000000101010101010111123231010101010101010101010101010	255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550255025502550510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100510051005100733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331733173317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331255025505100510073317331	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 00 2 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 03 13 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 014 17 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 032 34 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 035 46 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 047 62 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 066 66 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 067 77 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 078 82 0 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 00 2 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 03 13 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 014 17 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 032 34 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 035 46 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 047 62 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 066 66 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 067 77 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 078 82 1 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 00 2 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 03 13 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 014 17 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 032 34 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 035 46 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 047 62 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 066 66 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 067 77 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 078 82 2 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 00 2 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 03 13 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 014 17 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 032 34 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 035 46 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 047 62 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 066 66 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 067 77 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 078 82 3 * 00 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 10 2 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 13 13 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 114 17 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 132 34 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 135 46 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 147 62 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 166 66 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 167 77 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 178 82 0 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 10 2 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 13 13 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 114 17 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 132 34 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 135 46 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 147 62 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 166 66 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 167 77 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 178 82 1 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 10 2 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 13 13 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 114 17 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 132 34 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 135 46 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 147 62 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 166 66 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 167 77 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 178 82 2 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 10 2 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 13 13 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 114 17 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 132 34 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 135 46 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 147 62 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 166 66 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 167 77 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 178 82 3 * 10 17 0 * 20 17 0 * 232 62 0 * 232 62 0 * 266 82 0 * 266 82 0 * 20 17 1 * 20 17 1 * 232 62 1 * 232 62 1 * 266 82 1 * 266 82 1 * 20 17 2 * 20 17 2 * 232 62 2 * 232 62 2 * 266 82 2 * 266 82 2 * 20 17 3 * 20 17 3 * 232 62 3 * 232 62 3 * 266 82 3 * 266 82 3 * 20 17 0 * 30 17 0 * 332 62 0 * 332 62 0 * 366 82 0 * 366 82 0 * 30 17 1 * 30 17 1 * 332 62 1 * 332 62 1 * 366 82 1 * 366 82 1 * 30 17 2 * 30 17 2 * 332 62 2 * 332 62 2 * 366 82 2 * 366 82 2 * 30 17 3 * 30 17 3 * 332 62 3 * 332 62 3 * 366 82 3 * 366 82 3 * 30 17 0 * 40 17 0 * 432 62 0 * 432 62 0 * 466 82 0 * 466 82 0 * 40 17 1 * 40 17 1 * 432 62 1 * 432 62 1 * 466 82 1 * 466 82 1 * 40 17 2 * 40 17 2 * 432 62 2 * 432 62 2 * 466 82 2 * 466 82 2 * 40 17 3 * 40 17 3 * 432 62 3 * 432 62 3 * 466 82 3 * 466 82 3 * 4
include	778	YaskawaC601	en		0.10.10.1	#0.0#0.0#0.0	Hz	Mid Frequency B	Parameter E1-11 sets the middle output frequency B for the V/f pattern.  Adjustments may be made to parameters E1-04 through E1-13 when using the custom V/f pattern settings F or FF.	E1-11		160	80	Operate	000	000	400030004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	102
include	779	YaskawaO204	en		0.10.10.10.1	#0.0#0.0#0.0#0.0	VAC	Mid Voltage B	Parameter E1-12 sets the middle output voltage B for the V/f pattern.  Adjustments may be made to parameters E1-04 through E1-13 when using the custom V/f pattern settings F or FF.	E1-12		160	80	Operate	0000	0000	2550510073315100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 1732 5566 8262 62
include	780	YaskawaO204	en		0.10.10.10.1	#0.0#0.0#0.0#0.0	VAC	Base Voltage	Parameter E1-04 sets the base voltage for the V/f pattern.  Adjustments may be made to parameters E1-04 through E1-13 when using the custom V/f pattern settings F or FF.	E1-13		160	80	Operate	0000	0000	5100510073312550	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	32 5562 6266 820 17
include	782	YaskawaO204O209	en		0.010.10.10.10.010.10.010.10.10.10.010.10.10.10.010.010.010.10.010.10.10.10.10.10.010.10.010.010.010.10.010.010.010.10.10.10.10.010.10.010.010.010.010.10.10.10.10.10.10.10.010.10.010.010.10.10.10.10.010.010.10.10.010.010.010.10.010.10.10.10.10.010.10.10.10.010.10.10.010.10.10.10.10.10.10.010.10.010.10.10.10.10.010.10.10.010.10.10.10.010.010.010.10.10.010.10.010.10.10.010.10.10.010.010.010.10.10.10.010.10.010.10.010.10.10.10.10.10.10.10.10.10.10.10.10.010.10.10.10.10.10.10.010.010.10.10.10.010.010.010.10.010.10.10.010.10.10.010.010.010.10.10.010.010.010.010.10.10.10.10.10.10.10.10.010.010.010.10.10.10.010.10.10.10.10.10.10.10.10.10.010.10.010.10.10.10.010.010.10.10.10.10.10.10.10.10.10.10.10.10.10.010.10.10.010.010.10.010.10.010.10.10.10.10.10.010.010.010.10.010.10.10.10.10.10.010.010.010.10.010.10.010.10.010.10.10.10.10.010.010.10.10.10.010.010.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.010.10.10.10.10.10.010.010.010.10.010.010.10.010.10.010.10.10.10.010.010.10.10.010.010.10.10.10.10.010.010.10.010.10.10.10.10.10.10.010.10.10.10.10.10.010.010.10.10.010.10.10.10.10.01	#0.00#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.00#0.00#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.00#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.00#0.00#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.00#0.00#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.00#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.00#0.00#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.00	A	Motor Rated FLA	Parameter E2-01 must be set to the motor’s nameplate current value. When auto-tuning is performed, the motor rated current must be input. The value calculated during auto-tuning will automatically change parameter E2-01.  Parameter E2-01 must be greater than the no load current value (E2-03) or an OPE02 error will occur.	E2-01		160	80	Operate	34412420018659627017450230415224165986260180412832154864340110808015012577310184834060358993302706280140211953980415115413001804976125506223461954141506483102309811237241652745062183224162370583434030480224494532961801301959917110130321502244145483587300961102831802001158022521107680417532322002504141756064302415128112675358341282243023513034652484153001106352414227014096654160534063605341811070452241812560804152246527016018030214537322180273933018085300272161716096279877330450270961801706499215321282604153291302411724142506422417560751849125180961838017358032526367541462260128808087172411831401723531522241302501102714562483441851306515027583586051653427450200998032150481959662639818801404171125165343044596250604921653321607727621755391170411307134183605483177805237033012517216017596130358130110	16032919919201005238502230170370019602600190013009004203301600330260019003865303100700656700140011007702660100310310052326009902660223042062098016015603296562600105041026001330397700110037002202600156039039037003862660196090095031019913002703700420160022041042031005301603100270065819003973861907971330105015609901708501250320140019003293863102707002600772850260013301920105062022052070070070032965632019019201960370014005235302700260095095050002600265950190027002701250260052038626002600850610520370022062098085052333050003100610500026510070062039719001001100330700260019005232230131015602700131031019016065627032926601560772260019919001701310797199900770266037002230797133013305309901900320950223026003207972700410144037001960530190014003306561003979801600797160065817027070019052061050003700620223095062062070014403901600980144027026552019001050196085027013106203101604107721250523130019953026005000130026519937001920990658190130038615607726206109001006589803906589801300160270039777219603303971900420190131077027062014004207971330329125065826516005000310265770656520310026601100144013101400772105026001050700	68082048040003601300192054003409000460083004480330019601240120036008205660430096012806800220016001600300025001540620036096068001200716019806600540012401600280042039007801600830023008206000360098015202500101244069203900820820101296062004600196022407404803300540900012403600440820124074001160680680060801600448098090064019203600260039001980340220026006403000448082090096070017406000192022005660360040002300160044010402200152016008201500640640400050008280350012001280604083002560224012150716068025604480604070026006920104096083006000220012601040828044014002800192013008201210068001260121006803602200140090044803602500120016008300448013005400320036006040290074064042016005407806600360017006000540432034032001920540196015406600900054001920360034001280198043006402560520083006401820604082034408280500012804480350012001500360980250036001920360016003407001600640104012601215082801240520025601600160017403440820360028003440700620104044802600500022005402900124096068082017002600130030005401160716012100330068054090004000198016006403000960390019201240126019603601600280082014202500330068060809001920500012009804320106064032001540540124035001060182034008202600142068036001210096062015401600104074006600250034403200350019202600716026002200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	33 33 542 42 540 40 482 82 332 32 544 44 23 3 451 51 571 71 554 54 35 5 417 17 314 14 548 48 569 69 335 35 01 1 013 13 11 1 115 15 414 14 443 43 08 8 353 53 037 37 245 45 036 36 54 4 470 70 578 78 56 6 132 32 134 34 253 53 544 44 416 16 379 79 56 6 351 51 035 35 52 2 038 38 333 33 149 49 242 42 445 45 517 17 111 11 175 75 315 15 539 39 27 7 336 36 170 70 054 54 472 72 216 16 449 49 567 67 267 67 054 54 143 43 26 6 45 5 169 69 547 47 134 34 440 40 148 48 073 73 554 54 535 35 213 13 072 72 075 75 035 35 353 53 48 8 133 33 053 53 252 52 49 9 014 14 07 7 243 43 10 0 446 46 039 39 511 11 049 49 379 79 271 71 33 3 580 80 374 74 24 4 150 50 342 42 043 43 434 34 366 66 337 37 115 15 210 10 23 3 215 15 139 39 082 82 011 11 42 2 372 72 376 76 037 37 536 36 436 36 342 42 245 45 474 74 50 0 582 82 55 5 062 62 04 4 244 44 18 8 052 52 517 17 247 47 047 47 455 55 116 16 541 41 047 47 214 14 252 52 266 66 080 80 016 16 176 76 543 43 317 17 515 15 33 3 068 68 276 76 262 62 372 72 52 2 138 38 03 3 144 44 31 1 455 55 553 53 368 68 055 55 041 41 532 32 337 37 02 2 47 7 414 14 332 32 270 70 31 1 336 36 217 17 050 50 044 44 051 51 212 12 349 49 152 52 312 12 134 34 10 0 033 33 445 45 273 73 342 42 16 6 049 49 410 10 115 15 040 40 050 50 471 71 212 12 246 46 240 40 269 69 278 78 26 6 254 54 051 51 346 46 339 39 339 39 48 8 279 79 314 14 174 74 047 47 351 51 117 17 474 74 346 46 452 52 075 75 581 81 362 62 25 5 38 8 550 50 24 4 51 1 245 45 132 32 07 7 038 38 113 13 446 46 513 13 59 9 371 71 066 66 536 36 00 0 276 76 568 68 555 55 462 62 577 77 551 51 447 47 52 2 22 2 537 37 481 81 267 67 513 13 238 38 581 81 566 66 241 41 176 76 350 50 511 11 55 5 53 3 373 73 012 12 477 77 234 34 533 33 275 75 210 10 480 80 244 44 548 48 140 40 38 8 416 16 055 55 348 48 341 41 240 40 554 54 282 82 279 79 09 9 50 0 148 48 443 43 549 49 010 10 077 77 368 68 369 69 032 32 49 9 238 38 267 67 39 9 438 38 448 48 233 33 352 52 17 7 110 10 55 5 21 1 57 7 550 50 135 35 10 0 312 12 578 78 073 73 277 77 04 4 335 35 446 46 139 39 142 42 380 80 59 9 141 41 313 13 355 55 234 34 041 41 478 78 345 45 376 76 253 53 16 6 570 70 281 81 012 12 04 4 010 10 311 11 316 16 211 11 237 37 3
include	783	YaskawaO204	en		0.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00	Hz	Motor Rated Slip	Parameter E2-02 sets motor 1 rated slip.	E2-02		160	80	Operate	00000000000000000000000000000000000000000000000000000	3001300130018014601501671600250017013916002702501431601671331391401602600130290002901250170013800170133290001801702601352731500	20002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	35 356 678 7839 3967 6744 4447 4768 685 59 913 1381 8134 3475 7540 4048 4841 4170 7036 371 114 1446 4642 4212 1215 1749 508 82 279 8053 540 076 7666 663 355 5571 7143 4374 7451 5177 7773 737 745 4532 3269 6972 7211 1110 1033 3352 524 438 3882 82
include	784	YaskawaO204	en		0.10.10.10.010.10.10.010.010.10.10.010.010.010.10.10.010.10.10.010.010.10.010.10.10.010.10.10.010.10.010.10.010.10.10.10.10.10.10.10.010.10.10.10.10.010.10.010.10.10.10.010.10.10.10.010.10.1	#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0	A	No-Load Current	Parameter E2-03 sets the motor no-load current in Amps. The motor no load current will be calculated when auto-tuning is performed.	E2-03		160	80	Operate	000000000000000000000000000000000000000000000000000000000	21956109270240810180510960961201801206636040038257623080018660720152450440130014018533012328022081512311129604563001564904007002607680432297157807837558015019192	104919852215000949309915000195936991500018932915000150001299132913091500069926591500099259952913991599499930977115000150006197961500015000150003963699189984915000189915592699979264150001500015000657159328150002229419655385	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	11 1140 4044 4469 6947 4753 5368 685 554 5474 740 01 167 6772 7248 4839 3912 1282 8236 376 677 7732 3215 178 84 413 1355 5534 3410 1070 7075 752 246 4673 7371 7178 787 762 6214 143 376 7650 5049 4952 5238 3841 4166 6681 8179 799 933 3342 4280 8051 5135 3545 4543 43
include	785	Analog	en		1.0	#0		Number of Poles	Parameter E2-04 sets the number of motor poles. When auto-tuning is performed, the number of motor poles must be input (even numbers only).	E2-04		160	80	Operate	2	4	48	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	 
include	786	YaskawaO204	en		0.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.0010	#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000	Ohm	Term Resistance	Parameter E2-05 sets the motor phase-to-phase resistance value in units of 0.01 ohms . The motor terminal resistance will be calculated when auto-tuning is performed. No further adjustment is necessary.	E2-05		160	80	Operate	000000000000000000000000000000000000000000000000000000000	2887913810100493912288252601233819822150203993989643898423760155224591595302555092922316351152144664951171296587951626920267333364461997210515677114160156230403101991372088	650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	6 610 108 834 3468 6846 4667 6769 6915 1732 3214 1478 7862 625 512 1272 7275 750 082 8281 8145 4533 3338 3813 1353 5341 4148 4840 4043 4351 5139 3970 7035 3571 7152 5273 7380 8074 7444 4454 5476 7636 3711 1150 502 277 771 14 455 553 349 497 742 429 979 7966 6647 47
include	787	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	%	Leak Inductance	Parameter E2-06 sets the motor leakage inductance in units of 0.1%. E2-06 is set as a percentage of voltage.	E2-06		160	80	Operate	000000000000000000000000000000000000000000000	196196199200199187193172155205185193183187155195184201201188207235200201200208195200235188207182155188182172196182182202172182183138143	400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	40 404 477 7747 5546 4635 3536 378 870 7014 142 268 6834 3467 6739 397 73 39 942 4245 4575 7574 7462 6273 7315 1711 1110 1078 8243 4376 7644 4469 696 612 1232 3272 7271 7138 385 513 1341 410 066 661 133 33
include	788	Analog	en		0.01	#0.00		Saturation Comp1	Parameter E2-07 sets the motor iron core saturation coefficient at 50% of the magnetic flux.	E2-07		160	80	Operate	0	50	50	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	 
include	789	Analog	en		0.01	#0.00		Saturation Comp2	Parameter E2-08 sets the motor iron core saturation coefficient at 75% of the magnetic flux.	E2-08		160	80	Operate	0	75	75	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	 
include	790	Analog	en		0.1	#0.0	%	Mechanical Loss	Parameter E2-09 sets the motor mechanical loss as a percentage of motor rated output power, in units of 0.1%.	E2-09		160	80	Operate	0	0	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	 
include	791	YaskawaO204	en		1.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.0	#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0	W	Tcomp Iron Loss	Parameter E2-10 sets the motor iron loss of the torque compensation.	E2-10		160	80	Operate	00000000000000000000000000000000000000000000000000000000	7501200172470038577775865316005864402850960176016002150112526320013026338550853215011285228501419326219377925370014265082636995055384409251125750532350245370082312601260130272	6553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	44 4415 175 555 5571 7135 353 343 4366 6648 4874 7472 7252 5214 1449 4979 7980 8146 461 153 5336 3770 7040 4042 4234 3450 504 413 1382 820 038 386 669 6967 6745 4562 6232 3233 3373 7339 3911 119 910 1041 4176 7677 7775 752 251 517 754 5412 1247 4778 7868 688 8
include	792	YaskawaO204	en		0.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00	kW	Mtr Rated Power	Parameter E2-11 sets the motor rated power.	E2-11		160	80	Operate	0404040404040404040404040404040404040404040404040404040404040404040404040404040404040	40370450015009000300018504001100075751509000110055018502200022040150022001505500185001100022007503703000450037001100750030000750750016000550013200402205503700	65000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	* *4 413 138 849 4911 1142 4237 3717 171 133 3334 3416 1640 4038 389 954 5435 3532 3241 4110 102 214 1453 5350 5043 4339 3936 3644 4446 4645 457 715 1555 556 648 4852 5247 4751 510 03 35 512 12
include	793	Enumerated	en	0=0: V/F Control1=1: V/F w/PG Fdbk2=2: Open Loop Vector3=3: Flux Vector	1.0	#0		Control Method	Parameter E3-01 sets the motor 2 control method.	E3-01		160	80	Operate	0	2	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	794	YaskawaC601	en		0.10.10.1	#0.0#0.0#0.0	Hz	Max Frequency	Parameter E3-02 sets the maximum output frequency.	E3-02		160	80	Operate	400400400	600600600	400030004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	102
include	795	YaskawaO204O209	en		0.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Max Voltage	Parameter E3-03 sets the maximum voltage 2	E3-03		160	80	Operate	0000000000000	2000575046002000200057505750400020005750230040004000	2550733151002550255073317331510025507331255051005100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* * *66 82 032 55 10 17 30 17 266 82 266 82 332 55 20 17 066 82 10 17 132 55 332 55 0
include	796	YaskawaO204O209E301	en		0.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	Hz	Base Frequency	Parameter E3-04 sets base frequency 2.	E3-04		160	80	Operate	000000000	600600600600600500500500600	300030003000300030003000300030003000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 82 0 10 82 0 20 82 1 10 82 0 00 82 1 20 82 2 00 82 2 10 82 2 20 82 1 0
include	797	YaskawaE301	en		0.10.10.10.1	#0.0#0.0#0.0#0.0	Hz	Mid Frequency	Parameter E3-05 sets middle frequency 2.	E3-05		160	80	Operate	0000	3030300	3000300030003000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	1203
include	798	YaskawaO204O209E301	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Mid Voltage	Parameter E3-06 sets middle output voltage 2.	E3-06		160	80	Operate	0000000000000000000000000000000000000000000	110276150150110300140300345300280322140280161300150280345276150120120220140240120120240322240280240138140138264172140253126132150	2550510025502550255051002550510051005100510051002550510025505100255051005100510025502550255051002550510025502550510051005100510051002550255025505100255025505100255025502550	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* * * *47 62 1 00 3 2 10 3 0 00 17 0 232 35 2 04 13 0 132 35 0 132 35 1 132 35 2 136 46 0 036 46 1 04 13 2 136 46 2 14 13 1 032 35 0 00 3 2 036 46 2 032 35 1 047 62 1 10 3 0 114 17 0 114 17 2 132 62 0 24 13 2 047 62 0 114 17 2 014 17 0 047 62 0 036 46 1 147 62 2 136 46 0 147 62 2 014 17 1 04 13 1 114 17 1 132 62 2 20 3 1 04 13 0 032 62 1 20 17 1 20 17 2 20 3 1 1
include	799	YaskawaE301	en		0.10.10.1	#0.0#0.0#0.0	Hz	Min Frequency	Parameter E3-07 sets minimum output frequency 2.	E3-07		160	80	Operate	000	51515	300030003000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	210
include	800	YaskawaO204O209E301	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Min Voltage	Parameter E3-08 sets base voltage 2.	E3-08		160	80	Operate	0000000000000000000000000000000000000000000	2018090140140120120138161602072046801381806018014070402076070702012090239090401031401801031611206969807060	2550510025505100510051005100510051002550510025505100255051005100255051005100255051005100255025502550255051002550255025502550510025505100510025505100510025502550255025502550	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* * * *32 34 2 00 2 2 035 46 0 035 46 0 147 62 2 147 62 2 047 62 1 135 46 1 014 17 0 132 34 1 10 17 0 232 62 1 23 13 1 147 62 1 032 34 0 014 17 2 032 34 2 135 46 2 13 13 0 132 62 0 232 34 1 014 17 2 13 13 0 03 13 2 10 17 2 247 62 0 00 2 0 00 17 1 20 2 0 10 2 2 132 62 2 20 2 1 135 46 2 032 34 0 10 2 1 035 46 1 147 62 0 114 17 1 114 17 1 03 13 1 03 13 2 014 17 0 0
include	801	YaskawaO204O209	en		0.010.10.10.10.10.10.10.010.10.10.10.10.10.010.010.010.10.10.010.010.010.10.10.10.010.010.10.10.010.10.010.10.10.10.10.10.10.010.010.10.10.10.010.10.10.10.10.010.10.10.010.10.10.010.010.10.10.010.10.010.10.10.10.10.010.10.10.10.10.10.10.10.10.10.10.010.10.010.10.10.010.010.10.10.10.10.10.010.10.010.010.010.10.10.10.010.10.10.10.10.10.10.10.010.010.10.10.010.10.10.10.010.10.10.10.010.10.10.10.10.10.10.010.010.010.10.10.010.010.010.10.10.10.10.010.10.10.10.10.10.10.10.010.010.010.010.10.10.10.010.10.10.10.10.10.10.10.10.10.010.010.010.10.010.010.10.010.10.10.10.010.10.10.10.010.010.010.10.10.10.10.010.10.10.010.010.010.010.10.10.10.010.10.10.10.10.10.010.10.10.10.10.10.10.010.010.10.10.10.010.10.010.010.010.10.10.10.010.10.10.10.010.10.010.10.10.010.10.010.10.10.10.10.10.010.010.10.010.010.010.1	#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.00#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.00#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.00#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.00#0.00#0.00#0.0	A	Motor Rated FLA	Parameter E4-01 sets motor 2 rate current (FLA).	E4-01		160	80	Operate	3237099414142422412517213012834605110986241527180230981606220035804119511039321721957735880130140414841180626299489914058358874562125414155235648016571270801752719517774160172224415200419632451838012513030234172112250776033014048224160983402243404932302260329821665341282222110274502706360530413027041964817534806433025018492765221104148541414321281654835213552675165125641501309917412245052803241450180413407030030027609641541418486311522491178018062330250631502009620076171305296346316032651307735818602730222418018331096110273008011060550649187580963117080125346283215183805317514537623432	190310099041037001991900980144012509502655000850900420260027013301960900131062019202706203291560850329190144015607702600656125098033038641015604206209903869909805302600700386620110039026005202705307001300658223065614001991560170770329523144019002600192039079719039716007001100125027002651440950196077033026609803861900131090031001900310039732027002230190900190052316095022022070019937002230610500027001050223041077231014001606565302660196010039727052322070037007724103700320950130031027016027052050001300110053013001050990170329220370052062019039037001330390310062026002600270330797260037001003106101050190079717070016006202660196061014001920772192070017010505207722656101310320523125077026001003302702700190013301600266085070019926006588505000370039710065662079726513306581100260026001900160065842014001310310420160320	64074001980820828048044802500344026002560680121002200196012408300540360046001960320012404000700160082039002200780640344039001540716016002600280082096082036001240124019809601980280011607160174090012402500820830010407001280160033001420540016003500540390034015408201200344044808300400082019206409003600160025002600604068034402240500015401200660028009604480320019606800448068009806406040520064019604320130068025604404402200540900054001260121006080260054008201920960350068016001280660050003609805401300440220082801700820828064025603300960700420700104012150330025001280300026001980340820440900010401600640820900036008206800140060006000540120019208300828036096012602300448018203401600360012406600500012603000400019204000152034026001040192068012603200640130026001540716036012005406040448036003600620019202200540600016002200121001012980360150016001920620340016002500692056604300360016001060350029007401240680640	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	* * *53 53 179 79 175 75 062 62 140 40 150 50 338 38 181 81 380 80 347 47 341 41 055 55 33 3 069 69 035 35 317 17 073 73 139 39 25 5 169 69 112 12 277 77 182 82 066 66 02 2 042 42 249 49 33 3 342 42 10 0 081 81 049 49 078 78 116 16 045 45 380 80 138 38 31 1 143 43 275 75 149 49 135 35 077 77 379 79 343 43 379 79 238 38 28 8 116 16 337 37 143 43 177 77 270 70 067 67 117 17 376 76 366 66 28 8 336 36 348 48 09 9 151 51 245 45 04 4 340 40 049 49 271 71 378 78 042 42 344 44 181 81 250 50 017 17 182 82 267 67 046 46 00 0 37 7 113 13 236 36 270 70 380 80 252 52 241 41 381 81 147 47 15 5 078 78 31 1 06 6 238 38 043 43 014 14 212 12 369 69 253 53 214 14 353 53 37 7 074 74 052 52 351 51 10 0 169 69 350 50 144 44 033 33 247 47 072 72 272 72 137 37 040 40 354 54 251 51 368 68 055 55 252 52 111 11 251 51 075 75 310 10 034 34 24 4 033 33 045 45 28 8 06 6 05 5 332 32 27 7 373 73 244 44 372 72 337 37 362 62 010 10 175 75 262 62 374 74 147 47 248 48 334 34 066 66 133 33 166 66 376 76 055 55 148 48 270 70 28 8 248 48 111 11 079 79 071 71 042 42 072 72 054 54 376 76 12 2 30 0 267 67 254 54 039 39 067 67 353 53 02 2 115 15 215 15 373 73 31 1 346 46 217 17 262 62 232 32 034 34 368 68 311 11 150 50 246 46 171 71 236 36 013 13 177 77 06 6 35 5 268 68 14 4 182 82 310 10 382 82 136 36 171 71 111 11 376 76 210 10 241 41 268 68 212 12 074 74 244 44 280 80 078 78 216 16 232 32 31 1 273 73 052 52 014 14 039 39 313 13 06 6 13 3 137 37 240 40 215 15 09 9 03 3 255 55 054 54 17 7 232 32 145 45 12 2 246 46 341 41 139 39 19 9 370 70 116 16 115 15 114 14 113 13 39 9 235 35 14 4 212 12 134 34 135 35 233 33 374 74 3
include	802	YaskawaO204	en		0.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00	Hz	Motor Rated Slip	Parameter E4-02 sets the motor 2 rated slip.	E4-02		160	80	Operate	000000000000000000000000000000000000000000000000000000	2901502731700016001431600026013001801460130025013317001602501701402900260125017013918000138167160150300013916729013329013013500270	200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	* *38 384 443 4375 7571 718 878 7814 1413 1379 8082 8233 3339 3976 7611 1147 4772 726 668 6834 3445 457 781 8146 461 110 1049 5032 3270 702 255 5566 6640 4015 1744 4477 7767 6751 5142 4241 415 535 3574 7448 489 93 312 120 053 5452 5269 6973 7336 37
include	803	YaskawaO204	en		0.010.10.10.010.010.010.010.10.010.10.10.010.010.010.010.10.010.10.10.10.010.10.010.10.10.10.010.010.10.10.10.10.10.10.10.10.10.10.10.10.10.010.10.10.10.010.10.10.10.010.10.010.10.10.10.010.1	#0.00#0.0#0.0#0.00#0.00#0.00#0.00#0.0#0.00#0.0#0.0#0.00#0.00#0.00#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.0	A	No-load  Current	Parameter E4-03 sets motor 2 no-load current.	E4-03		160	80	Operate	000000000000000000000000000000000000000000000000000000000	12036038218051080140720450112432400270601907623021992456260440120191109157901202311859681058040051815761566678130030012324070015029718638533056280490220152800960	18912991309329195915930925991399396150001329150009915000264699104938518999791599189655522657150001500015000771150003099222915591500015000150001500015000328499984915000949269941915000150001500015000198619189979652926593699	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	* *48 4812 121 15 533 3334 3415 174 47 781 8139 3969 6932 3268 6841 4136 3711 1143 4314 1438 3813 130 045 4544 449 966 6667 6778 7810 1074 7453 5351 5149 4971 7173 7382 8276 7672 7242 4255 553 375 7547 4752 5235 3579 7977 7780 8070 7040 402 250 5046 468 86 654 54
include	804	Analog	en		1.0	#0		Motor 2 # of Poles	Parameter E4-04 sets motor 2 numver of poles.	E4-04		160	80	Operate	2	4	48	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	 
include	805	YaskawaO204	en		0.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.0010	#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000	Ohm	Term Resisitance	Parameter E4-05 sets motor 2 line-to-line resistance.	E4-05		160	80	Operate	00000000000000000000000000000000000000000000000000000000	98424655022101465501152649526911523169222889842301595923333201997355614515640329798892233331552315523010100159531626916011010038198399264951227714032522459399138122648829	6500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	* *50 5041 4114 149 980 8072 7270 7067 6744 4439 3943 4340 406 60 013 1338 3879 7968 6854 542 251 5149 4955 551 173 7352 5210 1078 7871 7136 3776 7615 1745 457 734 3469 6974 7475 753 366 6632 3212 1248 4835 3546 464 442 4253 5333 335 58 877 7711 1147 4781 82
include	806	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	%	Leak Inductance	Parameter E4-06 sets motor 2 leak inductance.	E4-06		160	80	Operate	000000000000000000000000000000000000000000000	182205201182182188235208143199183182184202188187193201172196155235207182196182187188172138172155199200195200193196201183195200207155185	400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400400	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	* *14 1473 730 069 6976 7674 7411 1133 3377 7766 6638 383 313 1345 4567 6768 6842 4241 4140 4070 7043 4375 7532 324 45 535 3512 1272 721 18 839 3946 4647 557 778 8236 3771 719 934 3410 1015 1744 446 62 2
include	807	YaskawaO204	en		0.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00	kW	Mtr Rated Power	Parameter E4-07 sets the motor rated power.	E4-07		160	80	Operate	0404040404040404040404040404040404040404040404040404040404040404040404040404040404040	40300001850405500370016000550900040110037030001100015007575002200150110030003702201100018501850022015022000132002200550015004500900075370055040075075007504500	65000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	* *55 5542 420 014 1445 4552 525 516 1632 3240 4036 3611 1117 178 833 3348 4810 102 27 744 444 43 350 509 953 5335 3534 3454 5451 5143 4347 4741 4146 4649 491 112 1238 3837 376 615 1539 3913 13
include	808	Analog	en		0.01	#0.00		Saturation Comp3	Iron core saturation coefficient at magnetic flux 130% is set.	E2-12		160	80	Operate	0	130	500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	 
include	896	YaskawaO209	en		1.01.01.01.0	#0#0#0#0	PPR	PG Pulses/Rev	Parameter F1-01 sets the number of PG pulses per revolution	F1-01		160	80	Operate	0000	600102410241000	60000600006000060000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0123
include	897	Enumerated	en	0=0: Ramp to Stop1=1: Coast to Stop2=2: Fast-Stop3=3: Alarm Only	1.0	#0		PG Fdbk Loss Sel	The setting of parameter F1-02 selects the stopping method when a missing PG signal is detected.	F1-02		160	80	Operate	0	1	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	898	Enumerated	en	0=0: Ramp to Stop1=1: Coast to Stop2=2: Fast-Stop3=3: Alarm Only	1.0	#0		PG Overspeed Sel	Parameter F1-03 selects the stopping method when the motor speed has exceeded the overspeed level (F1-08) for a time longer than the overspeed time (F1-09).	F1-03		160	80	Operate	0	1	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	899	Enumerated	en	0=0: Ramp to Stop1=1: Coast to Stop2=2: Fast-Stop3=3: Alarm Only	1.0	#0		PG Deviation Sel	The setting of parameter F1-04 selects the stopping method when the motor speed has deviated from the speed reference. The deviation level is set by parameter F1-10, and the deviation delay time is set by parameter F1-11.	F1-04		160	80	Operate	0	3	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	900	Boolean	en	0=0: Fwd C.C.W.1=1: Fwd C.W.	1.0	#0		PG Rotation Sel	The setting of parameter F1-05 determines the relationship between the motor rotation direction and the pulse generator rotation direction.(Note:CCW and CW are determined by looking from the back (opposite the shaft side) of the motor. The motor?s forward direction is counter clockwise.)	F1-05		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	901	Analog	en		1.0	#0		PG Output Ratio	Parameter F1-06 sets the division ratio for monitoring the PG pulse signals when using the PG-B2 option card.	F1-06		160	80	Operate	1	1	132	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	902	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		PG Ramp PI/I Sel	The setting of F1-07 selects whether speed control (ASR) integral operation is activated during acceleration and deceleration.	F1-07		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	903	Analog	en		1.0	#0	%	PG Overspd Level	Parameter F1-08 sets the motor overspeed detection level as a percentage of the maximum output frequency (E1-04).	F1-08		160	80	Operate	0	115	120	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	904	YaskawaA102	en		0.10.10.1	#0.0#0.0#0.0	s	PG Overspd Time	Parameter F1-09 sets the time from when an overspeed condition is detected to when the fault occurs.	F1-09		160	80	Operate	000	0100	202020	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	413
include	905	Analog	en		1.0	#0	%	PG Deviate Level	Parameter F1-10 sets the speed deviation detection level as a percentage of the maximum output frequency (E1-04).	F1-10		160	80	Operate	0	10	50	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	906	Analog	en		0.1	#0.0	s	PG Deviate Time	Parameter F1-11 sets the elapsed time from when speed deviation is detected to when a fault occurs.	F1-11		160	80	Operate	0	5	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	907	Analog	en		1.0	#0		PG # Gear Teeth1	Parameter F1-12 is set to the number of gear teeth connected to the motor.	F1-12		160	80	Operate	0	0	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	908	Analog	en		1.0	#0		PG # Gear Teeth2	Parameter F1-13 is set to the number of gear teeth connected to the load.	F1-13		160	80	Operate	0	0	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	909	Analog	en		0.1	#0.0	s	PGO Detect Time	Parameter F1-14 sets the time from when the pulse generator (PG) signal is missing to when the fault signal is displayed.	F1-14		160	80	Operate	0	20	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	910	Boolean	en	0=0: No moving average1=1: Moving average	1.0	#0		SPD DTCT FILTER	Parameter F1-15 sets the speed detection filter selection.	F1-15		160	80	Engineer	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	911	Boolean	en	0=0: 3ch Individual1=1: 3ch Addition	1.0	#0		AI-14 Input Sel	Parameter F2-01 sets the function of channel 1 through channel 3 of the AI-14B option card. The AI-14B will accept a 0 to ±10V or 4-20mA analog reference.	F2-01		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	912	Enumerated	en	0=0: BCD 1%1=1: BCD 0.1%2=2: BCD 0.01%3=3: BCD 1 Hz4=4: BCD 0.1 Hz5=5: BCD 0.01 Hz6=6: BCD(5DG) 0.01 Hz7=7: Binary	1.0	#0		DI Input	Parameter F3-01 selects the setting mode of the frequency reference input when using the DI-08 or DI-16H2 options.	F3-01		160	80	Operate	0	0	7	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	913	Enumerated	en	1=1: Frequency Ref2=2: Output Freq3=3: Output Current5=5: Motor Speed6=6: Output Voltage7=7: DC Bus Voltage8=8: Output kWatts9=9: Torque Reference15=15: Term A1 Level16=16: Term A2 Level17=17: Term A3 Level18=18: Mot SEC Current19=19: Mot EXC Current20=20: SFS Output21=21: ASR Input22=22: ASR Output23=23: Speed Deviation24=24: PID Feedback26=26: Voltage Ref (Vq)27=27: Voltage Ref (Vd)31=31: Not used32=32: ACR(q) Output33=33: ACR(d) Output36=36: PID Input37=37: PID Output38=38: PID Setpoint39=39: Heatsink Temp C41=41: Actual Fin Temp43=43: Id Comp Value44=44: ASR Out w/o Fil45=45: FF Cout Output46=46: FF Estimate Spd49=49: Occupation rate	1.0	#0		AO Ch1 Select	Parameter F4-01 determines which item may be monitored from channel 1.	F4-01		160	80	Operate	1	2	49	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	914	Analog	en		0.1	#0.0		AO Ch1 Gain	Parameter F4-02 sets the channel 1 output gain for the analog output monitors.	F4-02		160	80	Operate	0	1000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	915	Enumerated	en	1=1: Frequency Ref2=2: Output Freq3=3: Output Current5=5: Motor Speed6=6: Output Voltage7=7: DC Bus Voltage8=8: Output kWatts9=9: Torque Reference15=15: Term A1 Level16=16: Term A2 Level17=17: Term A3 Level18=18: Mot SEC Current19=19: Mot EXC Current20=20: SFS Output21=21: ASR Input22=22: ASR Output23=23: Speed Deviation24=24: PID Feedback26=26: Voltage Ref (Vq)27=27: Voltage Ref (Vd)31=31: Not used32=32: ACR(q) Output33=33: ACR(d) Output36=36: PID Input37=37: PID Output38=38: PID Setpoint39=39: Heatsink Temp C41=41: Actual Fin Temp43=43: Id Comp Value44=44: ASR Out w/o Fil45=45: FF Cout Output46=46: FF Estimate Spd49=49: Occupation rate	1.0	#0		AO Ch2 Select	Parameter F4-03 determines which item may be monitored from channel 2.	F4-03		160	80	Operate	1	3	49	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	916	Analog	en		0.1	#0.0		AO Ch2 Gain	Parameter F4-04 sets the channel 2 output gain for the analog output monitors.	F4-04		160	80	Operate	0	500	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	917	Analog	en		0.1	#0.0	%	AO Ch1 Bias	Parameter F4-05 sets the channel 1 output bias for the analog output monitors.	F4-05		160	80	Operate	-1100	0	1100	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	918	Analog	en		0.1	#0.0	%	AO Ch2 Bias	Parameter F4-06 sets the channel 2 output bias for the analog output monitors.	F4-06		160	80	Operate	-1100	0	1100	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	919	Boolean	en	0=0: 0-10 VDC1=1: -10 +10 VDC	1.0	#0		AO Opt Level Ch1	Parameter f4-07 sets the analog ouput (CH1) signal level.	F4-07		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	920	Boolean	en	0=0: 0-10 VDC1=1: -10 +10 VDC	1.0	#0		AO Opt Level Ch2	Parameter F4-08 sets the analog output level for CH2.	F4-08		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	921	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		DO Ch1 Select	Parameter F5-01 sets form C type dry contact number one for the DO-02C option card.	F5-01		160	80	Operate	0	0	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	922	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		DO Ch2 Select	Parameter F5-02 sets form C type dry contact number two for the DO-02C option card.	F5-02		160	80	Operate	0	1	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	923	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		DO Ch3 Select	Parameter F5-03 selects the multi-function output CH3 for the DO-08 option.	F5-03		160	80	Operate	0	2	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	924	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		DO Ch4 Select	Parameter F5-04 selects the multi-function output CH4 for the DO-08 option.	F5-04		160	80	Operate	0	4	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	925	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		DO Ch5 Select	Parameter F5-05 selects the multi-function output CH5 for the DO-08 option.	F5-05		160	80	Operate	0	6	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	926	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		DO Ch6 Select	Parameter F5-06 selects the multi-function output CH6 for the DO-08 option.	F5-06		160	80	Operate	0	55	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	927	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		DO Ch7 Select	Parameter F5-07 selects the multi-function output CH7 for the DO-08 option.	F5-07		160	80	Operate	0	15	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	928	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		DO Ch8 Select	Parameter F5-08 selects the multi-function output CH8 for the DO-08 option.	F5-08		160	80	Operate	0	15	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	929	Enumerated	en	0=0: 8ch Individual 1=1: Binary Output2=2: 8ch Selected	1.0	#0		DO-08 Selection	Parameter F5-09 selects the option card DO-08 mode.	F5-09		160	80	Operate	0	0	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	930	Enumerated	en	0=0: Ramp to Stop1=1: Coast to Stop2=2: Fast-Stop3=3: Alarm Only	1.0	#0		Comm Bus Flt Sel	Parameter f6-01 sets the response to a BUS fault.	F6-01		160	80	Operate	0	1	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	931	Boolean	en	0=0: Always Detected1=1: Only During Run	1.0	#0		EF0 Detection	Parameter f6-02 selects the optional external fault detection.	F6-02		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	932	Enumerated	en	0=0: Ramp to Stop1=1: Coast to Stop2=2: Fast-Stop3=3: Alarm Only	1.0	#0		EF0 Fault Action	Parameter f6-03 selects the external fault detection operation.	F6-03		160	80	Operate	0	1	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	933	Analog	en		1.0	#0		Trace Sample Tim	Parameter f6-04 selects the trace sampling time.	F6-04		160	80	Operate	0	0	60000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	934	Boolean	en	0=0: A Display1=1: 100% / 8192	1.0	#0		Current Unit Sel	Current Display Unit Sel	F6-05		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	935	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Torq Ref/Lmt Sel	Torq Ref/Lmt Sel	F6-06		160	80	Reserved	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1024	Enumerated	en	0=0: 3-Wire Control1=1: Local/Remote Sel2=2: Option/Inv Sel3=3: Multi-Step Ref 14=4: Multi-Step Ref 25=5: Multi-Step Ref 36=6: Jog Freq Ref7=7: Multi-Acc/Dec 18=8: Ext Baseblk N.O.9=9: Ext Baseblk N.C.10=A: Acc/Dec RampHold11=B: OH2 Alarm Signal12=C: Term A2 Enable13=D: V/F Mode Select14=E: ASR Intgrl Reset15=F: Term Not Used16=10: MOP Increase17=11: MOP Decrease18=12: Forward Jog19=13: Reverse Jog20=14: Fault Reset21=15: Fast-Stop N.O.22=16: Motor 2 Select23=17: Fast Stop N.C.24=18: Timer function25=19: PID Disable26=1A: Multi-Acc/Dec 227=1B: Program Lockout28=1C: TrimCtl Increase29=1D: TrimCtl Decrease30=1E: Ref Sample Hold31=1F: Terminal A1/A2 Switch32=20: NO/Always Det Ramp to Stop33=21: NC/Always Det Ramp to Stop34=22: NO/During RUN Ramp to Stop35=23: NC/During RUN Ramp to Stop36=24: NO/Always Det Coast to Stop37=25: NC/Always Det Coast to Stop38=26: NO/During RUN Coast to Stop39=27: NC/During RUN Coast to Stop40=28: NO/Always Det Fast-Stop41=29: NC/Always Det Fast-Stop42=2A: NO/During RUN Fast-Stop43=2B: NC/During RUN Fast-Stop44=2C: NO/Always Det Alarm Only45=2D: NC/Always Det Alarm Only46=2E: NO/During RUN Alarm Only47=2F: NC/During RUN Alarm Only48=30: PID Intgrl Reset49=31: PID Intgrl Hold50=32: Multi-Step Ref 452=34: PID SFS Cancel53=35: Input Level Sel96=60: DCInj Activate97=61: Speed Search 198=62: Speed Search 299=63: Energy Save Mode100=64: Speed Search 3101=65: KEB Ridethru NC102=66: KEB Ridethru NO103=67: Comm Test Mode104=68: HighSlipBraking105=69: JOG2106=6A: Drive Enable113=71: Spd/Trq Ctl Chng114=72: Zero Servo Cmd119=77: ASR Gain Switch120=78: Tref Sign change	1.0	#0		Terminal S3 Sel	Parameter H1-01 independently sets the function of digital input terminal S3.	H1-01		160	80	Operate	0	36	120	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		1	Output	Right	80	140	 
include	1025	Enumerated	en	0=0: 3-Wire Control1=1: Local/Remote Sel2=2: Option/Inv Sel3=3: Multi-Step Ref 14=4: Multi-Step Ref 25=5: Multi-Step Ref 36=6: Jog Freq Ref7=7: Multi-Acc/Dec 18=8: Ext Baseblk N.O.9=9: Ext Baseblk N.C.10=A: Acc/Dec RampHold11=B: OH2 Alarm Signal12=C: Term A2 Enable13=D: V/F Mode Select14=E: ASR Intgrl Reset15=F: Term Not Used16=10: MOP Increase17=11: MOP Decrease18=12: Forward Jog19=13: Reverse Jog20=14: Fault Reset21=15: Fast-Stop N.O.22=16: Motor 2 Select23=17: Fast Stop N.C.24=18: Timer function25=19: PID Disable26=1A: Multi-Acc/Dec 227=1B: Program Lockout28=1C: TrimCtl Increase29=1D: TrimCtl Decrease30=1E: Ref Sample Hold31=1F: Terminal A1/A2 Switch32=20: NO/Always Det Ramp to Stop33=21: NC/Always Det Ramp to Stop34=22: NO/During RUN Ramp to Stop35=23: NC/During RUN Ramp to Stop36=24: NO/Always Det Coast to Stop37=25: NC/Always Det Coast to Stop38=26: NO/During RUN Coast to Stop39=27: NC/During RUN Coast to Stop40=28: NO/Always Det Fast-Stop41=29: NC/Always Det Fast-Stop42=2A: NO/During RUN Fast-Stop43=2B: NC/During RUN Fast-Stop44=2C: NO/Always Det Alarm Only45=2D: NC/Always Det Alarm Only46=2E: NO/During RUN Alarm Only47=2F: NC/During RUN Alarm Only48=30: PID Intgrl Reset49=31: PID Intgrl Hold50=32: Multi-Step Ref 452=34: PID SFS Cancel53=35: Input Level Sel96=60: DCInj Activate97=61: Speed Search 198=62: Speed Search 299=63: Energy Save Mode100=64: Speed Search 3101=65: KEB Ridethru NC102=66: KEB Ridethru NO103=67: Comm Test Mode104=68: HighSlipBraking105=69: JOG2106=6A: Drive Enable113=71: Spd/Trq Ctl Chng114=72: Zero Servo Cmd119=77: ASR Gain Switch120=78: Tref Sign change	1.0	#0		Terminal S4 Sel	Parameter H1-02 independently sets the function of digital input terminal S4.	H1-02		160	80	Operate	0	20	120	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		1	Output	Right	80	200	 
include	1026	Enumerated	en	0=0: 3-Wire Control1=1: Local/Remote Sel2=2: Option/Inv Sel3=3: Multi-Step Ref 14=4: Multi-Step Ref 25=5: Multi-Step Ref 36=6: Jog Freq Ref7=7: Multi-Acc/Dec 18=8: Ext Baseblk N.O.9=9: Ext Baseblk N.C.10=A: Acc/Dec RampHold11=B: OH2 Alarm Signal12=C: Term A2 Enable13=D: V/F Mode Select14=E: ASR Intgrl Reset15=F: Term Not Used16=10: MOP Increase17=11: MOP Decrease18=12: Forward Jog19=13: Reverse Jog20=14: Fault Reset21=15: Fast-Stop N.O.22=16: Motor 2 Select23=17: Fast Stop N.C.24=18: Timer function25=19: PID Disable26=1A: Multi-Acc/Dec 227=1B: Program Lockout28=1C: TrimCtl Increase29=1D: TrimCtl Decrease30=1E: Ref Sample Hold31=1F: Terminal A1/A2 Switch32=20: NO/Always Det Ramp to Stop33=21: NC/Always Det Ramp to Stop34=22: NO/During RUN Ramp to Stop35=23: NC/During RUN Ramp to Stop36=24: NO/Always Det Coast to Stop37=25: NC/Always Det Coast to Stop38=26: NO/During RUN Coast to Stop39=27: NC/During RUN Coast to Stop40=28: NO/Always Det Fast-Stop41=29: NC/Always Det Fast-Stop42=2A: NO/During RUN Fast-Stop43=2B: NC/During RUN Fast-Stop44=2C: NO/Always Det Alarm Only45=2D: NC/Always Det Alarm Only46=2E: NO/During RUN Alarm Only47=2F: NC/During RUN Alarm Only48=30: PID Intgrl Reset49=31: PID Intgrl Hold50=32: Multi-Step Ref 452=34: PID SFS Cancel53=35: Input Level Sel96=60: DCInj Activate97=61: Speed Search 198=62: Speed Search 299=63: Energy Save Mode100=64: Speed Search 3101=65: KEB Ridethru NC102=66: KEB Ridethru NO103=67: Comm Test Mode104=68: HighSlipBraking105=69: JOG2106=6A: Drive Enable113=71: Spd/Trq Ctl Chng114=72: Zero Servo Cmd119=77: ASR Gain Switch120=78: Tref Sign change	1.0	#0		Terminal S5 Sel	Parameter H1-03 independently sets the function of digital input terminal S5.       2-wire initialization default is 3       3-wire initialization default is 0	H1-03		160	80	Operate	0	3	120	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		1	Output	Right	80	260	 
include	1027	Enumerated	en	0=0: 3-Wire Control1=1: Local/Remote Sel2=2: Option/Inv Sel3=3: Multi-Step Ref 14=4: Multi-Step Ref 25=5: Multi-Step Ref 36=6: Jog Freq Ref7=7: Multi-Acc/Dec 18=8: Ext Baseblk N.O.9=9: Ext Baseblk N.C.10=A: Acc/Dec RampHold11=B: OH2 Alarm Signal12=C: Term A2 Enable13=D: V/F Mode Select14=E: ASR Intgrl Reset15=F: Term Not Used16=10: MOP Increase17=11: MOP Decrease18=12: Forward Jog19=13: Reverse Jog20=14: Fault Reset21=15: Fast-Stop N.O.22=16: Motor 2 Select23=17: Fast Stop N.C.24=18: Timer function25=19: PID Disable26=1A: Multi-Acc/Dec 227=1B: Program Lockout28=1C: TrimCtl Increase29=1D: TrimCtl Decrease30=1E: Ref Sample Hold31=1F: Terminal A1/A2 Switch32=20: NO/Always Det Ramp to Stop33=21: NC/Always Det Ramp to Stop34=22: NO/During RUN Ramp to Stop35=23: NC/During RUN Ramp to Stop36=24: NO/Always Det Coast to Stop37=25: NC/Always Det Coast to Stop38=26: NO/During RUN Coast to Stop39=27: NC/During RUN Coast to Stop40=28: NO/Always Det Fast-Stop41=29: NC/Always Det Fast-Stop42=2A: NO/During RUN Fast-Stop43=2B: NC/During RUN Fast-Stop44=2C: NO/Always Det Alarm Only45=2D: NC/Always Det Alarm Only46=2E: NO/During RUN Alarm Only47=2F: NC/During RUN Alarm Only48=30: PID Intgrl Reset49=31: PID Intgrl Hold50=32: Multi-Step Ref 452=34: PID SFS Cancel53=35: Input Level Sel96=60: DCInj Activate97=61: Speed Search 198=62: Speed Search 299=63: Energy Save Mode100=64: Speed Search 3101=65: KEB Ridethru NC102=66: KEB Ridethru NO103=67: Comm Test Mode104=68: HighSlipBraking105=69: JOG2106=6A: Drive Enable113=71: Spd/Trq Ctl Chng114=72: Zero Servo Cmd119=77: ASR Gain Switch120=78: Tref Sign change	1.0	#0		Terminal S6 Sel	Parameter H1-04 independently sets the function of digital input terminal S6.       2-wire initialization default is 4       3-wire initialization default is 3	H1-04		160	80	Operate	0	4	120	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		1	Output	Right	80	320	 
include	1028	Enumerated	en	0=0: 3-Wire Control1=1: Local/Remote Sel2=2: Option/Inv Sel3=3: Multi-Step Ref 14=4: Multi-Step Ref 25=5: Multi-Step Ref 36=6: Jog Freq Ref7=7: Multi-Acc/Dec 18=8: Ext Baseblk N.O.9=9: Ext Baseblk N.C.10=A: Acc/Dec RampHold11=B: OH2 Alarm Signal12=C: Term A2 Enable13=D: V/F Mode Select14=E: ASR Intgrl Reset15=F: Term Not Used16=10: MOP Increase17=11: MOP Decrease18=12: Forward Jog19=13: Reverse Jog20=14: Fault Reset21=15: Fast-Stop N.O.22=16: Motor 2 Select23=17: Fast Stop N.C.24=18: Timer function25=19: PID Disable26=1A: Multi-Acc/Dec 227=1B: Program Lockout28=1C: TrimCtl Increase29=1D: TrimCtl Decrease30=1E: Ref Sample Hold31=1F: Terminal A1/A2 Switch32=20: NO/Always Det Ramp to Stop33=21: NC/Always Det Ramp to Stop34=22: NO/During RUN Ramp to Stop35=23: NC/During RUN Ramp to Stop36=24: NO/Always Det Coast to Stop37=25: NC/Always Det Coast to Stop38=26: NO/During RUN Coast to Stop39=27: NC/During RUN Coast to Stop40=28: NO/Always Det Fast-Stop41=29: NC/Always Det Fast-Stop42=2A: NO/During RUN Fast-Stop43=2B: NC/During RUN Fast-Stop44=2C: NO/Always Det Alarm Only45=2D: NC/Always Det Alarm Only46=2E: NO/During RUN Alarm Only47=2F: NC/During RUN Alarm Only48=30: PID Intgrl Reset49=31: PID Intgrl Hold50=32: Multi-Step Ref 452=34: PID SFS Cancel53=35: Input Level Sel96=60: DCInj Activate97=61: Speed Search 198=62: Speed Search 299=63: Energy Save Mode100=64: Speed Search 3101=65: KEB Ridethru NC102=66: KEB Ridethru NO103=67: Comm Test Mode104=68: HighSlipBraking105=69: JOG2106=6A: Drive Enable113=71: Spd/Trq Ctl Chng114=72: Zero Servo Cmd119=77: ASR Gain Switch120=78: Tref Sign change	1.0	#0		Terminal S7 Sel	Parameter H1-05 independently sets the function of digital input terminal S7.       2-wire initialization default is 6       3-wire initialization default is 4	H1-05		160	80	Operate	0	6	120	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		1	Output	Right	80	380	 
include	1029	Enumerated	en	0=0: 3-Wire Control1=1: Local/Remote Sel2=2: Option/Inv Sel3=3: Multi-Step Ref 14=4: Multi-Step Ref 25=5: Multi-Step Ref 36=6: Jog Freq Ref7=7: Multi-Acc/Dec 18=8: Ext Baseblk N.O.9=9: Ext Baseblk N.C.10=A: Acc/Dec RampHold11=B: OH2 Alarm Signal12=C: Term A2 Enable13=D: V/F Mode Select14=E: ASR Intgrl Reset15=F: Term Not Used16=10: MOP Increase17=11: MOP Decrease18=12: Forward Jog19=13: Reverse Jog20=14: Fault Reset21=15: Fast-Stop N.O.22=16: Motor 2 Select23=17: Fast Stop N.C.24=18: Timer function25=19: PID Disable26=1A: Multi-Acc/Dec 227=1B: Program Lockout28=1C: TrimCtl Increase29=1D: TrimCtl Decrease30=1E: Ref Sample Hold31=1F: Terminal A1/A2 Switch32=20: NO/Always Det Ramp to Stop33=21: NC/Always Det Ramp to Stop34=22: NO/During RUN Ramp to Stop35=23: NC/During RUN Ramp to Stop36=24: NO/Always Det Coast to Stop37=25: NC/Always Det Coast to Stop38=26: NO/During RUN Coast to Stop39=27: NC/During RUN Coast to Stop40=28: NO/Always Det Fast-Stop41=29: NC/Always Det Fast-Stop42=2A: NO/During RUN Fast-Stop43=2B: NC/During RUN Fast-Stop44=2C: NO/Always Det Alarm Only45=2D: NC/Always Det Alarm Only46=2E: NO/During RUN Alarm Only47=2F: NC/During RUN Alarm Only48=30: PID Intgrl Reset49=31: PID Intgrl Hold50=32: Multi-Step Ref 452=34: PID SFS Cancel53=35: Input Level Sel96=60: DCInj Activate97=61: Speed Search 198=62: Speed Search 299=63: Energy Save Mode100=64: Speed Search 3101=65: KEB Ridethru NC102=66: KEB Ridethru NO103=67: Comm Test Mode104=68: HighSlipBraking105=69: JOG2106=6A: Drive Enable113=71: Spd/Trq Ctl Chng114=72: Zero Servo Cmd119=77: ASR Gain Switch120=78: Tref Sign change	1.0	#0		Terminal S8 Sel	Parameter H1-06 independently sets the function of digital input terminal S8.       2-wire initialization default is 8       3-wire initialization default is 6	H1-06		160	80	Operate	0	8	120	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		1	Output	Right	80	440	 
include	1034	Boolean	en	0=0: Hold1=1: Fout is 0	1.0	#0		Sel External BB	Parameter h1-11 selects the baseblock operation.	H1-11		160	80	Engineer	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1035	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		Terminal M1-M2 Sel	Parameter H2-01 independently sets the function of output terminal M1-M2.	H2-01		160	80	Operate	0	0	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		2	Input	Left	-60	50	 
include	1036	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		Terminal M3-M4 Sel	Parameter H2-02 independently sets the function of output terminal M3-M4.	H2-02		160	80	Operate	0	1	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		2	Input	Left	-60	170	 
include	1037	Enumerated	en	0=0: During RUN 11=1: Zero Speed2=2: Fref/Fout Agree13=3: Fref/Set Agree14=4: Freq Detect 15=5: Freq Detect 26=6: Inverter Ready7=7: DC Bus Undervolt8=8: Baseblk 19=9: Option Reference10=A: Remote Operation11=B: Trq Det 1 N.O.12=C: Loss of Ref13=D: DB Overheat14=E: Fault15=F: Not Used16=10: Minor Fault17=11: Reset Cmd Active18=12: Timer Output19=13: Fref/Fout Agree220=14: Fref/Set Agree221=15: Freq Detect 322=16: Freq Detect 423=17: Trq Det 1 N.C.24=18: Trq Det 2 N.O.25=19: Trq Det 2 N.C.26=1A: Reverse Dir27=1B: Baseblk 228=1C: Motor 2 Selected29=1D: Regenerating30=1E: Restart Enabled31=1F: Overload (OL1)32=20: OH Prealarm48=30: Torque Limit49=31: Speed Limit50=32: Spd Lim @ T cont51=33: Zero Servo End52=34: Brake Command55=37: During RUN 256=38: Drive Enable	1.0	#0		Terminal M5-M6 Sel	Parameter H2-03 independently sets the function of output terminal M5-M6.	H2-03		160	80	Operate	0	2	56	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		2	Input	Left	-60	290	 
include	1040	Boolean	en	0=0: 0-10 VDC1=1: -10 +10 VDC	1.0	#0		Term A1 Lvl Sel	The setting of H3-01 determines if terminal A1 will be a 0-10V or a (0 ± 10V) analog input.	H3-01		160	80	Engineer	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		3	Input	Top	180	-60	 
include	1041	Analog	en		0.1	#0.0	%	Terminal A1 Gain	The setting of H3-02 is the gain adjustment for the analog input terminal A1.	H3-02		160	80	Operate	0	1000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		3	Input	Bottom	260	140	 
include	1042	Analog	en		0.1	#0.0	%	Terminal A1 Bias	The setting of H3-03 is the bias adjustment for the analog input terminal A1.	H3-03		160	80	Operate	-1000	0	1000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		3	Input	Bottom	340	140	 
include	1043	Boolean	en	0=0: 0-10 VDC1=1: -10 +10 VDC	1.0	#0		Term A3 Signal	The setting of H3-04 determines if terminal A3 will be a 0-10V or a (0 ± 10V) analog input.	H3-04		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		5	Input	Top	180	-60	 
include	1044	YaskawaO209E	en	0=0: Frequency Bias1=1: Frequency Gain2=2: Aux Reference13=3: Aux Reference24=4: Voltage Bias5=5: Acc/Dec Change6=6: DC Brake Current7=7: Overtorque Level8=8: Stall Prev Level9=9: Ref Lower Limit10=A: Jump Frequency11=B: PID Feedback12=C: PID Set Point13=D: Frequency Bias 214=E: MotorTemperature16=10: Fwd Torque Limit17=11: Rev Torque Limit18=12: Regen Torq Limit19=13: Torque reference20=14: Torque Comp21=15: Torque Limit22=1F: Not Used	1.01.01.01.0	#0#0#0#0		Terminal A3 Sel	Parameter H3-05 sets the function of the analog input terminal A3.	H3-05		160	80	Operate	0000	2222	21212121	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		5	Output	Right	420	0	3210
include	1045	Analog	en		0.1	#0.0	%	Terminal A3 Gain	The setting of H3-06 is the gain adjustment for the analog input terminal A3.	H3-06		160	80	Operate	0	1000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		5	Input	Bottom	260	140	 
include	1046	Analog	en		0.1	#0.0	%	Terminal A3 Bias	The setting of H3-07 is the bias adjustment for the analog input terminal A3.	H3-07		160	80	Operate	-1000	0	1000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		5	Input	Bottom	340	140	 
include	1047	Enumerated	en	0=0: 0-10 VDC1=1: -10 +10 VDC2=2: 4-20 mA	1.0	#0		Term A2 Signal	The setting of H3-08 determines if terminal A2 will be a  0-10V, 0±10V,  or a  4-20ma analog input.   When terminal 14 is used as a 0-10V or a (0 ± 10V) analog input, a jumper located on the control board must be cut.	H3-08		160	80	Operate	0	2	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		4	Input	Top	180	-60	 
include	1048	Enumerated	en	0=0: Frequency Bias1=1: Frequency Gain2=2: Aux Reference13=3: Aux Reference24=4: Voltage Bias5=5: Acc/Dec Change6=6: DC Brake Current7=7: Overtorque Level8=8: Stall Prev Level9=9: Ref Lower Limit10=A: Jump Frequency11=B: PID Feedback12=C: PID Set Point13=D: Frequency Bias 214=E: MotorTemperature15=10: Fwd Torque Limit16=11: Rev Torque Limit17=12: Regen Torq Limit18=13: Torque reference19=14: Torque Comp20=15: Torque Limit21=1F: Not Used	1.0	#0		Terminal A2 Sel	Parameter H3-09 sets the function of the analog input terminal A2.  Setting parameters H3-05 and H3-09 to the same values causes an OPE fault to occur.	H3-09		160	80	Operate	0	0	21	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		4	Output	Right	420	0	 
include	1049	Analog	en		0.1	#0.0	%	Terminal A2 Gain	The setting of H3-10 is the gain adjustment for the analog input terminal A2.	H3-10		160	80	Operate	0	1000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		4	Input	Bottom	260	140	 
include	1050	Analog	en		0.1	#0.0	%	Terminal A2 Bias	The setting of H3-11 is the bias adjustment for the analog input terminal A2.	H3-11		160	80	Operate	-1000	0	1000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		4	Input	Bottom	340	140	 
include	1051	Analog	en		0.01	#0.00	s	Filter Avg Time	Parameter H3-12 changes the filter time constant (integration time) of the analog input terminals 13, 14, and 16.	H3-12		160	80	Operate	0	3	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		3	Internal	Left	420	60	 
include	1052	Boolean	en	0=0: terminal A11=1: terminal A2	1.0	#0		TA1/A2 Select	Parameter h3-13 selects which analog reference is active.	H3-13		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1053	Enumerated	en	1=1: Frequency Ref2=2: Output Freq3=3: Output Current5=5: Motor Speed6=6: Output Voltage7=7: DC Bus Voltage8=8: Output kWatts9=9: Torque Reference15=15: Term A1 Level16=16: Term A2 Level17=17: Term A3 Level18=18: Mot SEC Current19=19: Mot EXC Current20=20: SFS Output21=21: ASR Input22=22: ASR Output23=23: Speed Deviation24=24: PID Feedback26=26: Voltage Ref (Vq)27=27: Voltage Ref (Vd)31=31: Not used32=32: ACR(q) Output33=33: ACR(d) Output36=36: PID Input37=37: PID Output38=38: PID Setpoint39=39: Heatsink Temp C41=41: Actual Fin Temp43=43: Id Comp Value44=44: ASR Out w/o Fil45=45: FF Cout Output46=46: FF Estimate Spd49=49: Occupation rate	1.0	#0		Terminal FM Sel	The setting of H4-01 determines which item can be monitored from the multi-function analog output, terminals 21 and 22.	H4-01		160	80	Operate	1	2	49	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		6	Input	Left	200	0	 
include	1054	YaskawaO209	en		0.10.10.10.010.1	#0.0#0.0#0.0#0.00#0.0	%	Terminal FM Gain	The setting of H4-02 is the gain adjustment of output terminal 21.	H4-02		160	80	Operate	00000	1000100010001001000	10000100001000025010000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		6	Input	Bottom	260	140	52104
include	1055	YaskawaO209	en		0.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0	%	Terminal FM Bias	The setting of H4-03 is the bias adjustment of output terminal 21.	H4-03		160	80	Operate	-100-1100-100-1100-1100-1100	000000	1001100100110011001100	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		6	Input	Bottom	340	140	*40152
include	1056	Enumerated	en	1=1: Frequency Ref2=2: Output Frequency3=3: Output Current5=5: Motor speed6=6: Output voltage7=7: DC bus voltage8=8: Output power9=9: Torque reference15=15: Term A1 Level16=16: Term A2 Level17=17: Term A3 Level18=18: Mtr sec curr (lq)19=19: Mtr exc curr (ld)20=20: Primary freq SFS21=21: Speed ctl ASR input22=22: Speed ctl ASR output23=23: Speed deviation24=24: PID feedback26=26: Voltage ref (Vq)27=27: Voltage ref (Vd)31=31: Not used32=32: ACR(q) Output33=33: ACR(d) Output36=36: PID Input37=37: PID Output38=38: PID Reference39=39: Heatsink Temp C41=41: Actual Fin Temp43=43: Id Comp Value44=44: ASR Out w/o Fil45=45: FF Cout Output46=46: FF Estimate Spd49=49: Occupation rate	1.0	#0		Terminal AM Sel	The setting of H4-04 determines which item can be monitored from the output terminals 23 and 22.	H4-04		160	80	Operate	1	3	49	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		7	Input	Left	200	0	 
include	1057	YaskawaO209	en		0.10.10.010.10.1	#0.0#0.0#0.00#0.0#0.0	%	Terminal AM Gain	The setting of H4-05 is the gain adjustment of output terminal 23.	H4-05		160	80	Operate	00000	50050050500500	10000100002501000010000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		7	Input	Bottom	260	140	42015
include	1058	YaskawaO209	en		0.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0	%	Terminal AM Bias	The setting of H4-06 is the bias adjustment of output terminal 23.	H4-06		160	80	Operate	-1000-1000-100-1100-1100	00000	1100110010011001100	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		7	Input	Bottom	340	140	45021
include	1059	Enumerated	en	0=0: 0-10 VDC1=1: -10 +10 VDC2=2: 4-20 mA	1.0	#0		AO Level Select1	The setting of H4-07 determines if the analog outputs (terminals 21 and 23) will be a 0-10V or a (0 ± 10V) output.	H4-07		160	80	Operate	0	0	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		6	Input	Top	420	-60	 
include	1060	Enumerated	en	0=0: 0-10 VDC1=1: -10 +10 VDC2=2: 4-20 mA	1.0	#0		AO Level Select2	The setting of H4-07 determines if the analog output 2 will be a 0-10V or a (0 ± 10V) output.	H4-08		160	80	Operate	0	0	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		7	Input	Top	420	-60	 
include	1061	Hexadecimal	en		1.0	#0		Serial Comm Adr	Parameter H5-01 is the address unit for the inverter.	H5-01		80	80	Operate	0	31	32	UINT16	Writable				Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1062	Enumerated	en	0=0: 1200 Baud1=1: 2400 Baud2=2: 4800 Baud3=3: 9600 Baud4=4: 19200 BPS	1.0	#0		Serial Baud Rate	Parameter H5-02 selects the MODBUS communication baud rate.	H5-02		80	80	Operate	0	3	4	UINT16	Writable				Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1063	Enumerated	en	0=0: No Parity1=1: Even Parity2=2: Odd Parity	1.0	#0		Serial Com Sel	Parameter H5-03 selects the MODBUS parity.	H5-03		80	80	Operate	0	0	2	UINT16	Writable				Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1064	Enumerated	en	0=0: Ramp to Stop1=1: Coast to Stop2=2: Fast-Stop3=3: Alarm Only	1.0	#0		Serial Fault Sel	Parameter H5-04 selects the stopping method when a MODBUS communication error has been detected.	H5-04		160	80	Operate	0	3	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1065	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Serial Flt Dtct	Parameter H5-05 enables or disables the MODBUS time out detection function. After initial communication begins, if communication is interrupted for longer than 2 seconds, then a communication fault will occur.	H5-05		160	80	Operate	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1066	Analog	en		1.0	#0	ms	Transmit WaitTIM	Parameter h5-06 sets the beginning wait time for transmission.	H5-06		160	80	Operate	5	5	65	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1067	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		RTS Control Sel	Parameter h5-07 selects enables/disables RTS control.	H5-07		80	80	Operate	0	1	1	UINT16	Writable				Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1068	Enumerated	en	0=0: Frequency Ref1=1: PID Feedback2=2: PID Set Point	1.0	#0		Pulse Input Sel	Parameter h6-01 selects the pulse string input function.	H6-01		160	80	Operate	0	0	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1069	Analog	en		1.0	#0	Hz	Pulse In Scaling	Parameter H6-02 sets the number of pulse for 100%	H6-02		160	80	Operate	1000	1440	32000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1070	Analog	en		0.1	#0.0	%	Pulse Input Gain	Parameter h6-03 sets the pulse string input gain.	H6-03		160	80	Operate	0	1000	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1071	Analog	en		0.1	#0.0	%	Pulse Input Bias	Parameter h6-04 sets the pulse string input bias.	H6-04		160	80	Operate	-1000	0	1000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1072	Analog	en		0.01	#0.00	s	Pulse In Filter	Parameter H6-05 sets the pulse string input command filter time constant.	H6-05		160	80	Operate	0	10	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1073	Enumerated	en	1=1: Frequency Ref2=2: Output Freq5=5: Motor Speed20=20: SFS Output24=24: PID Feedback31=31: Not used36=36: PID Input	1.0	#0		Pulse Moni Sel	Parameter H6-06 selects the pulse monitor.	H6-06		160	80	Operate	1	2	36	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1074	Analog	en		1.0	#0	Hz	Pulse Moni Scale	Parameter h6-07 sets the pulse string monitor scaling.	H6-07		160	80	Operate	0	1440	32000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1075	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Auto Comp Select	Auto Comp Select	H3-14		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1152	Enumerated	en	0=0: Disabled1=1: Std Fan Cooled2=2: Std BlowerCooled3=3: Vector Motor	1.0	#0		MOL Fault Select	The setting of L1-01 enables and disables the electronic thermal overload protection, which is designed to protect the motor.  The electronic thermal overload function estimates motor temperature based on the inverter output current, frequency and time.	L1-01		160	80	Operate	0	1	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1153	YaskawaO209	en		0.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0	min	MOL Time Const	Parameter L1-02 sets the time it takes, for the inverter to trip on an OL1 fault, when the motor is drawing 125% of the motor rated current.	L1-02		160	80	Operate	111111	108010108010	50200505020050	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012345
include	1154	Enumerated	en	0=0: Ramp to Stop1=1: Coast to Stop2=2: Fast-Stop3=3: Alarm Only	1.0	#0		Mtr OH Alarm Sel	Parameter L1-03 selects the motor overheat alarm action.	L1-03		160	80	Operate	0	3	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1155	Enumerated	en	0=0: Ramp to Stop1=1: Coast to Stop2=2: Fast-Stop	1.0	#0		Mtr OH Fault Sel	Parameter L1-04 selects the motor overheat operation (OH4)	L1-04		160	80	Operate	0	1	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1156	Analog	en		0.01	#0.00	s	Mtr Temp Filter	Parameter L1-05 is the motor temperature time constant (OH3)	L1-05		160	80	Operate	0	20	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1157	Enumerated	en	0=0: Disabled1=1: PwrL Ridethru t2=2: CPU Power Active	1.0	#0		PwrL Selection	The setting of L2-01 enables and disables the power loss ride-through function and determines the method of restart.	L2-01		160	80	Operate	0	0	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1158	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	s	PwrL Ridethru t	The setting of L2-02 determines the power loss ride through time.  The value for this parameter is dependent upon the capacity of the inverter.	L2-02		160	80	Operate	0000000000000000000000000000000000000000000	2020520202022010201202020201120102020820320205520820102010312020202022020	255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255255	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	15 1562 6236 3613 1312 1253 532 251 517 710 100 046 4654 5450 5052 521 132 3217 175 59 916 1639 3948 4835 3511 1144 4437 374 445 4538 3842 4240 4043 436 63 333 3341 418 847 4714 1434 3449 4955 55
include	1159	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	s	PwrL Baseblock t	Parameter L2-03 sets the minimum base block time.	L2-03		160	80	Operate	111111111111111111111111111111111111	12153851041893220196871517913147151211102113216721117	505050505050505050505050505050505050505050505050505050505050505050505050	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	46 470 04 434 347 736 3642 4335 3552 5241 412 233 3354 5453 535 540 406 615 1650 518 848 4832 323 339 3949 4913 1344 459 1055 5514 1462 6237 3839 391 111 1217 17
include	1160	YaskawaO204	en		0.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	s	PwrL V/F Ramp t	The setting of L2-04 determines the time it takes the output voltage to return to its previous level.	L2-04		160	80	Operate	000000000	106101566333	505050505050505050	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	47 559 1213 1778 8242 4673 7732 4166 720 8
include	1161	YaskawaO204	en		1.01.01.0	#0#0#0	VDC	PUV Det Level	Parameter L2-05 sets the inverter main circuit DC bus undervoltage trip level.	L2-05		160	80	Operate	300431150	380546190	420603210	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	32 6266 820 17
include	1162	Analog	en		0.1	#0.0	%	KEB Decel Time	Parameter L2-06 sets the load inertia ride-through frequency, as a percentage of the output frequency. KEB is an acronym for ?Kinetic Energy Braking?.	L2-06		160	80	Operate	0	0	2000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1163	Analog	en		0.1	#0.0	s	UV Return Time	Parameter L2-07 sets the time to shift to speed after ride through return is set.	L2-07		160	80	Operate	0	0	255	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1164	Analog	en		1.0	#0	%	KEB Frequency	Parameter L2-08 sets the KEB decel time.	L2-08		160	80	Operate	0	100	300	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1165	Analog	en		1.0	#0	%	KEB Min Freq Level	Parameter L2-09 sets the KEB decel gain.	L2-09		160	80	Engineer	0	20	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1166	Analog	en		1.0	#0	ms	KEB Detect Time	Parameter L2-10 sets the KEB decel gain.	L2-10		160	80	Engineer	0	50	2000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1167	Enumerated	en	0=0: Disabled1=1: General Purpose2=2: Intelligent	1.0	#0		StallP Accel Sel	Parameter L3-01 enables/disables the stall prevention during acceleration.	L3-01		160	80	Operate	0	1	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1168	YaskawaC601	en		1.01.01.0	#0#0#0	%	StallP Accel Lvl	Parameter L3-02 is a percentage of inverter rated current above which accleration stops when stall prevention is enabled.	L3-02		160	80	Operate	000	150120120	200200200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012
include	1169	Analog	en		1.0	#0	%	StallP CHP Lvl	Parameter L3-03 will be the stall prevention level during acceleration when operating above base frequency (E1-06)	L3-03		160	80	Operate	0	50	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1170	Enumerated	en	0=0: Disabled1=1: General Purpose2=2: Intelligent3=3: Stall prev w/R	1.0	#0		StallP Decel Sel	Parameter L3-04 determines if stall prevention during deceleration prevents an overvoltage trip during deceleration by automatically extending the deceleration time.	L3-04		160	80	Operate	0	1	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1171	Enumerated	en	0=0: Disabled1=1: Decel Time 12=2: Decel Time 2	1.0	#0		StallP Run Sel	Parameter L3-05 sets the rate of deceleration, when stall prevention is enabled to be either C1-02 or C1-04.	L3-05		160	80	Operate	0	1	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1172	YaskawaC601	en		1.01.01.0	#0#0#0	%	StallP Run Level	Parameter L3-06 sets the current level for which the inverter accelerates back to the frequency reference.	L3-06		160	80	Operate	303030	150120120	200200200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012
include	1173	Analog	en		0.01	#0.00		StallP Gain	Parameter L3-07 sets the stall prevention proportional gain.	L3-07		160	80	Engineer	10	100	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1174	Analog	en		1.0	#0	ms	StallP Intg Time	Parameter L3-8 sets the stall prevention integral gain.	L3-08		160	80	Engineer	10	100	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1175	Analog	en		0.1	#0.0		Shortened T Rate	Parameter L3-09 sets the ratio by which deceleration time is shortened by.	L3-09		160	80	Engineer	10	10	50	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1176	Analog	en		1.0	#0	%	Stall Prev Decel Lvl	Parameter L3-10 sets the stall prevention level when decelerating.	L3-10		160	80	Engineer	80	92	95	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1177	YaskawaC601	en		0.10.10.1	#0.0#0.0#0.0	Hz	Spd Agree Level	L4-01 is used in conjunction with the multi-function outputs, (H2-01, H2-02, and H2-03), as the speed agree level for a contact closure.	L4-01		160	80	Operate	000	000	300040004000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012
include	1178	Analog	en		0.1	#0.0	Hz	Spd Agree Width	L4-02 is used in conjunction with the multi-function outputs, (H2-01, H2-02, and H2-03), as the speed agree bandwith for a contact closure.	L4-02		160	80	Operate	0	20	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1179	YaskawaC601	en		0.10.10.1	#0.0#0.0#0.0	Hz	Spd Agree Lvl+-	L4-03 is used in conjunction with the multi-function outputs, (H2-01, H2-02, and H2-03), as the speed agree level with sign for a contact closure.	L4-03		160	80	Operate	-3000-4000-4000	000	300040004000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012
include	1180	Analog	en		0.1	#0.0	Hz	Spd Agree Wdth+-	L4-04 is used in conjunction with the multi-function outputs, (H2-01, H2-02, and H2-03), as the speed agree bandwith with sign for a contact closure.	L4-04		160	80	Operate	0	20	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1181	Boolean	en	0=0: Stop1=1: Run@L4-06PrevRef	1.0	#0		Ref Loss Sel	The setting of L4-05 determines the operation method of the inverter when the frequency reference is lost.	L4-05		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1182	Analog	en		1.0	#0		Num of Restarts	The setting of L5-01 determines the number of times the inverter will perform an automatic restart.	L5-01		160	80	Operate	0	0	10	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1183	Boolean	en	0=0: No Flt Relay1=1: Flt Relay Active	1.0	#0		Restart Sel	The setting of L5-02 determines if the fault contact activates during an automatic retry attempt.	L5-02		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1184	Analog	en		0.1	#0.0	s	Max Restart Time	Parameter L5-03 sets the fault retry continuous time.	L5-03		160	80	Engineer	5	100	1800	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1185	Enumerated	en	0=0: Disabled1=1: OL@SpdAgree-Alm2=2: OL At RUN - Alm3=3: OL@SpdAgree-Flt4=4: OL At RUN - Flt5=5: UL@SpdAgree-Alm6=6: UL At RUN - Alm7=7: UL@SpdAgree-Flt8=8: UL At RUN - Flt	1.0	#0		Torq Det 1 Sel	Overtorque detection is used to signal when the output current or motor torque has reached a specified level. The setting of L6-01 determines the inverter response to an overtorque condition.	L6-01		160	80	Operate	0	0	8	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1186	Analog	en		1.0	#0	%	Torq Det 1 Lvl	Parameter L6-02 sets the overtorque detection current level in percent of inverter rated current when using the V/f control modes, and motor rated torque when using Open and Closed Loop Flux Vector control modes.	L6-02		160	80	Operate	0	150	300	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1187	Analog	en		0.1	#0.0	s	Torq Det 1 Time	Parameter L6-03 sets the time delay which occurs after the output current or motor torque has exceeded the value in L6-02. OL3 is then displayed.	L6-03		160	80	Operate	0	1	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1188	Enumerated	en	0=0: Disabled1=1: OL@SpdAgree-Alm2=2: OL At RUN - Alm3=3: OL@SpdAgree-Flt4=4: OL At RUN - Flt5=5: UL@SpdAgree-Alm6=6: UL At RUN - Alm7=7: UL@SpdAgree-Flt8=8: UL At RUN - Flt	1.0	#0		Torq Det 2 Sel	Overtorque detection is used to signal when the output current or motor torque has reached a specified level. The setting of L6-04 determines the inverter response to an overtorque condition.Activates overtorque detection 2, and selects whether detection generates an alarm or a fault.  *Overtorque detection 2 functions the same as overtorque detection 1 (L6-01), except that ?OL4? is dis-played on the digital operator instead. This function is used when two types of detection are output to the multi-function output terminals.	L6-04		160	80	Operate	0	0	8	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1189	Analog	en		1.0	#0	%	Torq Det 2 Lvl	Parameter L6-05 sets the overtorque detection current level in percent of inverter rated current when using the V/f control modes, and motor rated torque when using open and closed loop flux vector control modes.	L6-05		160	80	Operate	0	150	300	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1190	Analog	en		0.1	#0.0	s	Torq Det 2 Time	Parameter L6-06 sets the time delay which occurs after the output current or motor torque has exceeded the value in L6-05. OL4 is then displayed.	L6-06		160	80	Operate	0	1	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1191	Analog	en		1.0	#0	%	Torq Limit Fwd	Parameter L7-01 sets the forward torque limit when operating in the Open Loop Vector and Flux Vector modes.	L7-01		160	80	Operate	0	200	300	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1192	Analog	en		1.0	#0	%	Torq Limit Rev	Parameter L7-02 sets the reverse torque limit when operating in the Open Loop Vector and Flux Vector modes.	L7-02		160	80	Operate	0	200	300	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1193	Analog	en		1.0	#0	%	Torq Lmt Fwd Rgn	Parameter L7-0-3 sets the regenerative forward torque limit when operating in the Open Loop Vector and Flux Vector modes.	L7-03		160	80	Operate	0	200	300	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1194	Analog	en		1.0	#0	%	Torq Lmt Rev Rgn	Parameter L7-04 sets the regenerative reverse torque limit when operating in the Open Loop Vector and Flux Vector modes.	L7-04		160	80	Operate	0	200	300	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1195	Analog	en		0.1	#0.0		Torq Limit Gain	Parameter L7-05 sets the torque limit gain.	L7-05		160	80	Engineer	0	20	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1196	Analog	en		1.0	#0	ms	Torq Limit Time	Parameter L7-06 sets the torque limit integral time constant.	L7-06		160	80	Engineer	5	200	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1197	Boolean	en	0=0: Not Provided1=1: Provided	1.0	#0		DB Resistor Prot	Parameter L8-01 enables or disables the dynamic braking resistor overheat protection. This function is only available when using a Yaskawa Electric 3% duty cycle type dynamic braking resistor.	L8-01		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1198	YaskawaO204	en		1.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.0	#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0	°C	OH Pre-Alarm Lvl	Parameter L8-02 sets the overheat pre-alarm level.	L8-02		160	80	Operate	505050505050505050505050505050505050505050505050505050505050	9095110901009011010095110959595851081001081057810095100100909590951089898	130130130130130130130130130130130130130130130130130130130130130130130130130130130130130130	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	46 4738 3851 5135 353 339 3917 1754 5453 5315 1536 370 212 1244 4549 4950 5052 5214 1443 439 932 3416 1613 138 84 710 1140 4155 5548 4842 42
include	1199	Enumerated	en	0=0: Ramp to Stop1=1: Coast to Stop2=2: Fast-Stop3=3: Alarm Only	1.0	#0		OH Pre-Alarm Sel	Parameter L8-03 selects the stopping method of the inverter when an overheat pre-alarm occurs.	L8-03		160	80	Operate	0	3	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1200	YaskawaO204	en		1.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.01.0	#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0#0	°C	OH1 Fault Level	Parameter L8-04 sets the OH detection level.	L8-04		160	80	Engineer	5050505050505050505050505050505050505050505050505050505050	1081101051001081201201109510510511810010510511810012088118100100105105110110110115110	130130130130130130130130130130130130130130130130130130130130130130130130130130130130130	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	42 4250 5040 4146 4748 4817 1715 153 344 4553 534 749 4935 3536 3812 1252 5239 3951 5143 4355 6210 118 80 232 3416 169 913 1314 1454 54
include	1201	YaskawaO209B	en	0=0: Disabled1=1: Enabled	1.01.01.01.01.0	#0#0#0#0#0		PH Loss In Sel	Parameter L8-05 enable/disables input phase loss detection.  The input phase loss detection circuit monitors the DC bus current ripple and activates when one of the input phases is lost.	L8-05		160	80	Operate	00000	10111	11111	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	40251
include	1202	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	%	PH Loss In Lvl	Parameter L8-06 sets the loss of input phase voltage ripple level.	L8-06		160	80	Engineer	0000000000000000000000000000000000000000000	16010020020018016015020017017016010075240170210200755012020012010015015017010020012014050170230150200200100150180100160160200	500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	51 5134 3445 4544 4412 1250 5054 5439 396 68 815 1537 371 110 1041 417 717 1733 3332 323 311 1136 365 59 962 6214 142 246 464 452 520 042 4240 4053 5343 4313 1338 3855 5516 1635 3548 4849 4947 47
include	1203	YaskawaO209E	en	0=0: Disabled1=1: 1PH Loss Det2=2: 2/3PH Loss Det	1.01.01.01.01.01.0	#0#0#0#0#0#0		PH Loss Out Sel	Parameter L8-07 enables/disables input phase loss protection.  The input phase loss detection circuit monitors the DC bus current ripple and activates when one of the input phases is lost.	L8-07		160	80	Operate	000000	100100	222222	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	450123
include	1204	Analog	en		0.1	#0.0	%	PH Loss Out Lvl	Parameter L8-08 sets the output phase detection level.	L8-08		160	80	Engineer	0	50	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1205	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Ground Fault Sel	Parameter L8-09 selects ground fault protection.	L8-09		160	80	Operate	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1206	Boolean	en	0=0: Fan On-Run Mode1=1: Fan Always On	1.0	#0		Fan On/Off Sel	Parameter L8-10 selects when the fan will operate.	L8-10		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1207	Analog	en		1.0	#0	s	Fan Delay Time	Parameter L8-11 sets the cooling fan ON/OFF delay time.	L8-11		160	80	Operate	0	60	300	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1208	Analog	en		1.0	#0	°C	Ambient Temp	Parameter L8-12 sets the ambient temperature.	L8-12		160	80	Operate	45	45	60	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1209	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		UV3 Detect	Parameter L8-13 enables/disables UV3 detection.	L8-13		160	80	Engineer	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1210	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Inverter OL Sel	Parameter L8-14 enables/disables inverter overload protection.	L8-14		160	80	Engineer	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1211	YaskawaC601B	en	0=0: Disabled1=1: Enabled	1.01.01.0	#0#0#0		OL2 Sel @ L-Spd	Parameter L8-15 enables/disables low frequency OL2	L8-15		160	80	Operate	000	011	111	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	012
include	1212	Analog	en		0.1	#0.0	Hz	Low Spd OL2 Freq	Parameter L8-16 sets the low speed OL2 frequency.	L8-16		160	80	Engineer	0	60	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1213	Analog	en		1.0	#0	%	OL2 0Hz Gain	Parameter L8-17 sets the low frequency 0L zero speed gain.	L8-17		160	80	Engineer	5	50	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1214	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Soft CLA Sel	Software CLA Selection	L8-18		160	80	Reserved	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1218	Analog	en		0.1	#0.0	%	Fref at Floss	Frequency Reference at Frequency Reference Loss	L4-06		160	80	Operate	0	800	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1223	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		OV Inhibit Selection	Enables/disables the function that controls overvoltage (OV) from restrictions to the torque limit on the side where regeneration occurs in response to the voltage in the main circuit.	L3-11		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1224	YaskawaO204	en		1.01.01.0	#0#0#0	V	OV Inhbt VoltLvl	Sets the voltage levels in the main circuit that restricts the torque limit on the regen side to zero.	L3-12		160	80	Operate	350700350	380760380	390780390	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *32 620 17
include	1225	Boolean	en	0=0: P-ctrl @ Acc/Dec1=1: I-ctrl @ Acc/Dec	1.0	#0		Torque Limit Sel	Selects the control method for the torque limit during acceleration and deceleration.	L7-07		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1280	Enumerated	en	4=4: Control Method5=5: Motor Speed6=6: Output Voltage7=7: DC Bus Voltage8=8: Output kWatts9=9: Torque Reference10=10: Input Term Sts11=11: Output Term Sts12=12: Int Ctl Sts 113=13: Elapsed Time14=14: FLASH ID15=15: Term A1 Level16=16: Term A2 Level17=17: Term A3 Level18=18: Mot SEC Current19=19: Mot EXC Current20=20: SFS Output21=21: ASR Input22=22: ASR Output23=23: Speed Deviation24=24: PID Feedback25=25: DI-16 Reference26=26: Voltage Ref (Vq)27=27: Voltage Ref (Vd)28=28: CPU ID29=29: kWh30=30: MWh32=32: ACR(q) Output33=33: ACR(d) Output34=34: OPE Detected36=36: PID Input37=37: PID Output38=38: PID Setpoint39=39: Transmit Err40=40: Fan Elapsed Time41=41: Actual Fin Temp44=44: ASR Out w/o Fil45=45: FF Cout Output48=48: fscmax49=49: Occupation Rate	1.0	#0		User Monitor Sel	The setting of o1-01 inserts a user selected monitor to be viewed in the operation menu.	o1-01		160	80	Operate	4	6	49	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1281	Enumerated	en	1=1: Frequency Ref2=2: Output Freq3=3: Output Current4=4: User Monitor	1.0	#0		Power-On Monitor	The setting of o1-02 selects the monitor to be displayed on the digital operator immediately after power is applied.	o1-02		160	80	Operate	1	1	4	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1282	Analog	en	0=0: Hz1=1: %	1.0	#0		Display Scaling	The setting of o1-03 determines the digital operator scaling.  This function can be used in situations where it is easier for the user to look at percentage of speed, RPM or engineering  units on the digital operator.	o1-03		160	80	Operate	0	0	39999	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1283	Boolean	en	0=0: Hertz1=1: RPM	1.0	#0		Display Units	Sets the display units for parameters and monitors related to frequency, in the Closed Loop Flux Vector control mode.	o1-04		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1284	Enumerated	en	0=0: Lightest1=1: Lighter2=2: Light3=3: Average4=4: Dark5=5: Darkest	1.0	#0		LCD Contrast	LCD Contrast	o1-05		160	80	Operate	0	3	5	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1285	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Local/Remote Key	The setting of o2-01 determines if the Local/Remote key on the digital operator is enabled or disabled.	o2-01		160	80	Operate	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1286	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Oper STOP key	The setting of o2-02 determines if the stop key on the digital operator is enabled or disabled when the inverter is operated from the external terminals.	o2-02		160	80	Operate	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1287	Enumerated	en	0=0: No Change1=1: Set Defaults2=2: Clear All	1.0	#0		User Defaults	The setting of 02-03 allows the user to set their own parameter default values.	o2-03		160	80	Operate	0	0	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1288	Enumerated	en	0=20P41=20P72=21P53=22P24=23P75=25P56=27P57=20118=20159=201810=202211=203012=203713=204514=205515=207516=209017=211032=40P433=40P734=41P535=42P236=43P737=44P038=45P539=47P540=401141=401542=401843=402244=403045=403746=404547=405548=407549=409050=411051=413252=416053=418554=422055=4300	1.0	#0		Inverter Model #	Parameter o2-04 sets the inverter capacity according to the model number.	o2-04		80	80	Operate	0	01234567891011121314151617323334353637383940414243444546474849505152535455	55	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1289	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Operator M.O.P.	The setting of o2-05 determines if the enter key must be used to input a frequency reference from the digital operator.	o2-05		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1290	YaskawaO209B	en	0=0: Disabled1=1: Enabled	1.01.01.01.01.01.0	#0#0#0#0#0#0		Oper Detection	The setting of o2-06 determines if the inverter will stop when the digital operator is removed.	o2-06		160	80	Operate	000000	101000	111111	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	401235
include	1291	Analog	en		1.0	#0	H	Elapsed Time Set	The setting of o2-07 determines the initial value of the elapsed timer. The elapsed timer can be viewed in U1-13.	o2-07		160	80	Operate	0	0	65535	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1292	YaskawaO209B	en	0=0: Power-On Time1=1: Running Time	1.01.01.01.01.0	#0#0#0#0#0		Elapsed Time Run	The setting of 02-08 determines the method of timing. The elapsed timer can be viewed in U1-13.	o2-08		160	80	Operate	00000	11101	11111	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	14205
include	1293	Enumerated	en	1=1: American spec2=2: European spec	1.0	#0		Init Mode Sel	The setting of o2-09 determines what specifications the inverter will default to when doing a factory reset.	o2-09		160	80	Operate	0	1	3	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1294	Analog	en		1.0	#0	H	Fan ON Time Set	Parameter o2-10 sets the initial value for the fan operating time	o2-10		160	80	Operate	0	0	65535	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1295	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Test Mode Select	Parameter o2-11 enables/disables test mode.	o2-11		160	80	Engineer	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1296	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		FLT Trace Init	FLT Trace Init	o2-12		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1297	Boolean	en	0=0: Disable1=1: Enable	1.0	#0		PUF Cont Det Sel	PUF Cont Det Sel	o2-13		160	80	Engineer	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1298	Boolean	en	0=0: No Change1=1: Clear All	1.0	#0		kWh Monitor Init	Parameter o2-14 initializes monitor U1-29.	o2-14		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1301	Enumerated	en	0=0: COPY SELECT1=1: INV->OP READ2=2: OP->INV WRITE3=3: OP<->INV VERIFY	1.0	#0		Copy Function Sel	Parameter o3-01 sets the inverter/operator copy function.	o3-01		160	80	Operate	0	0	3	UINT16				Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1302	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Read Allowable	Parameter o3-02 enables/disables read permission.	o3-02		160	80	Operate	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1408	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Hunt Prev Select	Parameter N1-01 enables/disables hunting prevention.  Occasionally, resonance between the internal control system and the mechanical system causes current instability. This instability is called hunting, and may cause the machine to vibrate at lower speeds. The hunting prevention function monitors the motor flux and corrects an unstable output current waveform.	N1-01		160	80	Operate	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1409	Analog	en		0.01	#0.00		Hunt Prev Gain	Parameter N1-02 sets the hunting prevention gain in units of 0.01	N1-02		160	80	Operate	0	100	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1410	YaskawaO204	en		1.01.01.01.01.0	#0#0#0#0#0	ms	Hunt Prev Time	Parameter N1-03 sets the hunting prevention time constant.	N1-03		160	80	Engineer	00000	10301001010	500500500500500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	32 4647 6216 1766 820 15
include	1411	Analog	en		1.0	#0	%	Hunt Prev Limit	Parameter N1-04 sets the hunting prevention limit	N1-04		160	80	Engineer	0	5	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1412	Analog	en		0.01	#0.00		AFR Gain	Parameter N2-01 sets the AFR (automatic frequency regulator) gain in units of 0.01. AdjustingN2-01 will increase or decrease the AFR frequency response, when the load changes	N2-01		160	80	Operate	0	100	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1413	Analog	en		1.0	#0	ms	AFR Time	Parameter N2-02 sets the AFR (automatic frequency regulator) time.  Adjusting N2-02 will increase or decrease the AFR frequency response, when the load changes.	N2-02		160	80	Operate	0	50	2000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1414	Analog	en		1.0	#0	ms	AFR Time 2	Parameter N2-03 sets AFR time 2.	N2-03		160	80	Operate	0	750	2000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1415	Analog	en		0.1	#0.0	Hz	AFR Limit	Parameter N2-04 sets the AFR (automatic frequency regulator) limit.	N2-04		160	80	Engineer	0	50	600	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1416	Analog	en		1.0	#0	%	HSB Decel Width	Parameter N3-01 sets the high slip deceleration frequency width.	N3-01		160	80	Operate	1	5	20	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1417	Analog	en		1.0	#0	%	HSB Current Ref	Parameter N3-02 sets the current limit value during high slip deceleration.	N3-02		160	80	Operate	100	150	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1418	Analog	en		0.1	#0.0	s	HSB DwelTim@Stp	Parameter N3-03 sets the amount of time the frequency dwells during deceleration.	N3-03		160	80	Operate	0	10	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1419	Analog	en		1.0	#0	s	HSB OL Time	Parameter  N3-04 sets the OL occurrence time.	N3-04		160	80	Operate	30	40	1200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1420	Analog	en		1.0	#0	%	HSB Gain	Parameter N3-05 sets the v/f gain during HSB deceleration.	N3-05		160	80	Engineer	1	5	50	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1421	Analog	en		1.0	#0	%	Spd Agree	Parameter N3-06 sets the current value when motor speed and frequency reference agree.	N3-06		160	80	Engineer	0	50	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1422	Analog	en		1.0	#0	ms	Spd Agree Time	Parameter N3-07 sets the speed agree time.	N3-07		160	80	Engineer	100	800	2000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1423	Analog	en		1.0	#0	%	V Level 1	Parameter N3-08 sets the speed decreasing voltage level.	N3-08		160	80	Engineer	80	87	90	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1424	Analog	en		1.0	#0	%	V Level 2	Parameter N3-09  sets the speed decreasing voltage level 2.	N3-09		160	80	Engineer	90	92	95	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1425	Analog	en		1.0	#0	%	RI Comp	Parameter n3-10 sets the primary resistance drop compensation value.	N3-10		160	80	Engineer	20	50	100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1426	Analog	en		1.0	#0	ms	RI Comp Time	Parameter N3-11 sets the primary resistance drop filter time constant.	N3-11		160	80	Engineer	10	200	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1427	Analog	en		1.0	#0	Hz	HSB Prohibit	Parameter N3-12 sets the level for which QS deceleration is performed.	N3-12		160	80	Engineer	0	6	20	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1428	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		FLUX OBSERVER	Parameter N4-01 enables/disables the observer selection.	N4-01		160	80	Engineer	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1429	Analog	en		0.1	#0.0		OBSERVER COMP	Parameter N4-02 sets the observer output phase compensation gain.	N4-02		160	80	Engineer	0	6	20	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1430	Analog	en		0.01	#0.00	s	OBSERVER FILTER	Parameter N4-03 sets the observer output phase compensation filter.	N4-03		160	80	Engineer	0	100	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1431	Analog	en		1.0	#0		Obsrvr Volt Comp	Parameter N4-04 sets the observer output voltage compensation gain.	N4-04		160	80	Engineer	0	40	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1432	Analog	en		1.0	#0	ms	OBSERVER I TIME	Parameter N4-05 sets the observer speed detection integral time.	N4-05		160	80	Engineer	0	2	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1433	Analog	en		0.01	#0.00		OBSERVER GAIN	Parameter N4-06 sets the observer gain.	N4-06		160	80	Engineer	0	120	200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1456	YaskawaA102B	en	0=0: Disabled1=1: Enabled	1.01.01.0	#0#0#0		Feedforward Sel	FEEDFORWARD SEL	N5-01		160	80	Operate	000	101	111	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*34
include	1457	YaskawaO204	en		0.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.0010	#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000	s	Motor Accel Time	MOTOR ACCEL TIME	N5-02		160	80	Operate	1111111111111111111111111111111111111111111	1781451543238641661425333171753202652443875923175921783871541751545333559101683233551457772446736461661426463171392320265168178317	10000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *35 3536 3644 4453 532 21 115 159 96 645 457 741 4113 1316 1647 4749 4932 3246 4637 3739 394 448 4810 1054 5438 3811 1143 433 352 528 851 5150 5034 3433 3317 1742 4255 5512 1240 405 50 014 14
include	1458	Analog	en		0.01	#0.00		Feedforward Gain	FEEDFORWARD GAIN	N5-03		160	80	Operate	0	100	10000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1459	YaskawaA102	en		0.010.01	#0.00#0.00	Hz	Spd Response F	SPD RESPONSE F	N5-04		160	80	Engineer	00	40001000	50005000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	34
include	1488	YaskawaO204	en		0.10.10.010.010.10.10.10.010.10.10.10.10.10.10.10.10.10.10.10.10.10.010.10.010.10.10.10.010.010.010.010.10.010.10.010.10.010.10.10.10.10.010.10.10.10.10.10.10.10.10.010.10.10.10.010.10.10.10.10.10.1	#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.00#0.00#0.00#0.0#0.00#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0	A	Inv Rate Current	Parameter N9-01 sets the inverter rated current.	N9-01		160	80	Engineer	0000000000000000000000000000000000000000000000000000000000000	3231041032058041402150370770220450520180063011207101800240450750145012503501700200013006750310087018021027053034602300600760320370017017207005060115041098028301500415021609601250260062015003040990910850390410	15000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000150001500015000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *41 411 10 08 862 6214 1434 3478 7872 727 776 7613 1368 6847 479 949 4940 4043 4345 4512 1238 3866 6639 3982 8280 8055 556 637 3732 3233 3373 7335 3516 165 544 4436 3674 7453 5371 7181 812 254 5411 1175 7569 6915 1548 4817 1750 503 370 7051 5177 774 452 5279 7946 4610 1042 4267 67
include	1489	YaskawaO204O209	en		0.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.0010	#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000#0.000		DCCT Gain	Parameter N9-02 sets the DCCT gain.	N9-02		160	80	Engineer	000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000	100211271125121311381106143210021251117410021064112711541224113812141116115412021155116711741273125110766171031109310731255110611256171283109111361136114310311116966107411061249966108512021085116710911167125111496171273128311491149107412491076112510871127100211336171076125111251251113911691031127311271273127311361143113612131133114912139661149116911551139122411741002111611431202114952912021155120210851091125511671224113910855291073529112511161143122411801064529109111551154107310871149128310311273113910931255114911801064114611691106529107611391432107612839661146109110741273111612141106115510731249114914321093106411461139109310851214108711801146107411491139108712241031118011431138113810741213100211279661087113311331255109312731283117414321167115410641249114611391214121311391214127311741249113611801255617107312731154113311391169113810311169	200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000200020002000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* * *52 52 513 13 011 11 150 50 135 35 562 62 20 0 44 4 214 14 50 0 010 10 552 52 416 16 036 36 050 50 58 8 512 12 216 16 23 3 245 45 02 2 414 14 25 5 14 4 49 9 533 33 155 55 117 17 054 54 444 44 035 35 413 13 433 33 51 1 549 49 438 38 438 38 040 40 255 55 512 12 037 37 143 43 135 35 115 15 037 37 251 51 13 3 151 51 22 2 549 49 52 2 04 4 041 41 233 33 07 7 21 1 26 6 441 41 043 43 515 15 19 9 413 13 234 34 252 52 10 0 539 39 033 33 29 9 24 4 513 13 14 4 146 46 048 48 462 62 05 5 252 52 27 7 57 7 138 38 540 40 538 38 211 11 039 39 26 6 111 11 537 37 06 6 548 48 545 45 453 53 436 36 414 14 10 0 212 12 540 40 03 3 541 41 132 32 53 3 045 45 53 3 451 51 449 49 244 44 42 2 136 36 246 46 251 51 532 32 154 54 132 32 213 13 512 12 140 40 436 36 547 47 110 10 432 32 449 49 145 45 116 16 154 54 534 34 541 41 51 1 155 55 25 5 446 46 517 17 144 44 56 6 047 47 210 10 142 42 448 48 035 35 232 32 09 9 053 53 262 62 19 9 11 1 037 37 442 42 249 49 043 43 47 7 412 12 48 8 035 35 045 45 254 54 215 15 26 6 262 62 417 17 210 10 242 42 053 53 017 17 551 51 08 8 134 34 047 47 442 42 543 43 041 41 453 53 534 34 436 36 155 55 047 47 040 40 150 50 050 50 443 43 211 11 40 0 152 52 037 37 534 34 139 39 439 39 544 44 117 17 45 5 01 1 414 14 462 62 52 2 216 16 510 10 015 15 442 42 146 46 48 8 411 11 253 53 18 8 25 5 514 14 015 15 538 38 147 47 544 44 233 33 454 54 07 7 016 16 439 39 146 46 148 48 250 50 255 55 448 48 1
include	1490	YaskawaA102	en		0.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00		ACR Q GAIN	Parameter N9-03 sets the ACRq gain.	N9-03		160	80	Engineer	000000	103010507010	600600600600600600	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*32410
include	1491	YaskawaA102	en		0.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0	ms	ACR Q I TIME	Parameter N9-04 sets the ACRq integral action time.	N9-04		160	80	Engineer	000000	000100100100	100001000010000100001000010000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*22334
include	1492	YaskawaA102	en		1.01.01.01.0	#0#0#0#0	%	ACR Q LIMIT	Parameter N9-05 sets the ACRq limit.	N9-05		160	80	Engineer	0000	5510020	150150150150	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*234
include	1493	YaskawaA102	en		0.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00		ACR D GAIN	Parameter N9-06 sets the ACRd gain.	N9-06		160	80	Engineer	000000	307030503050	600600600600600600	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*13420
include	1494	YaskawaO204O209A102	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	ms	ACR D I TIME	Parameter N9-07 sets the ACRd integral action time.	N9-07		160	80	Engineer	000000000000000000000000000000000000000000000000000000000	006005005507501001009006005002006006005003003001150110020085050010060010509001150100001004504006001001006009505001200300450110075010030045006001200550100005001050100400950	100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000100001000010000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* * * *0 55 0 29 16 1 438 38 1 47 8 1 44 4 2 40 55 0 332 32 1 438 38 2 417 17 1 46 6 1 41 1 1 442 42 1 43 3 2 439 39 1 433 33 2 434 34 1 446 49 2 410 12 2 433 33 1 437 37 2 42 2 2 40 55 3 335 35 2 441 42 2 45 5 2 413 16 2 440 40 2 40 55 1 20 55 2 336 36 1 43 3 1 450 62 1 40 55 1 332 32 2 443 46 1 439 39 2 45 5 1 450 55 2 41 1 2 437 37 1 443 45 2 436 36 2 40 0 1 42 2 1 44 4 1 40 55 2 246 49 1 417 17 2 440 41 1 47 7 2 40 55 3 234 34 2 48 9 2 40 0 2 435 35 1 46 6 2 4
include	1495	YaskawaA102	en		1.01.01.01.01.01.0	#0#0#0#0#0#0	%	ACR D LIMIT	Parameter N9-08 sets the ACRd limit.	N9-08		160	80	Engineer	000000	510010051005	150150150150150150	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*33242
include	1496	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		AVR Selection	Parameter N9-09 enable/disables automatic volume recognition.	N9-09		160	80	Engineer	0	1	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1497	Analog	en		0.1	#0.0	ms	AVR Time	Parameter N9-10 sets the automatic volume recognition time constant.	N9-10		160	80	Engineer	0	10	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1498	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	µs	On-Delay Time	Parameter N9-11 sets the IGBT short-circuit prevention time.	N9-11		160	80	Engineer	15352515252535151515	20403020303040202020	180180180180180180180180180180	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	44 4554 5412 1646 4655 6248 5317 1747 470 1132 43
include	1499	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	µs	On-Delay Comp	Parameter N9-12 sets the on delay correction.	N9-12		160	80	Engineer	00000000000000000000	1825242636292320342040232240252232262018	200200200200200200200200200200200200200200200200200200200200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	52 5213 1441 440 56 645 4732 3453 5312 1249 5055 627 1137 4054 5435 3648 4815 1517 1716 1651 51
include	1500	YaskawaO204O209A102	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	V	IGBT Volt Drop 1	Parameter N9-13 sets the IGBT voltage drop.	N9-13		160	80	Engineer	00000000000000000000000000000000000000000000000000000000000000000	2705603003424266930530382631024002406102625026362435353033345733055240300560252656273453350263030643105950053034	100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	9 9 2 30 17 1 250 51 2 332 39 1 143 44 1 332 39 2 217 17 1 39 9 1 315 15 2 339 39 2 30 0 2 345 49 2 332 39 2 141 42 1 310 13 2 32 2 1 30 17 2 03 4 1 340 62 2 232 39 1 26 8 2 332 39 1 035 35 2 340 62 2 016 16 1 34 4 2 340 62 1 25 5 2 339 39 1 32 3 2 338 38 1 337 37 1 352 54 1 332 34 1 314 14 2 344 44 2 335 36 1 332 39 2 036 37 2 37 8 1 340 62 1 050 51 1 30 17 2 253 55 2 30 17 1 15 5 1 311 14 1 342 43 2 310 10 1 316 17 2 340 41 2 340 40 1 30 17 1 06 6 1 345 49 1 30 1 1 338 38 2 31 1 2 30 17 2 132 34 2 355 62 1 340 62 2 152 52 2 340 62 1 115 15 1 3
include	1501	YaskawaO204	en		1.01.0	#0#0	ms	Pwr Angle Filt 1	Parameter N9-14 sets the power factor filter time constant 1.	N9-14		160	80	Engineer	00	55	10001000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	48 620 47
include	1502	YaskawaO204	en		1.01.0	#0#0	ms	Pwr Angle Filt 2	Parameter N9-15 sets the power factor filter time constant 2.	N9-15		160	80	Engineer	00	55	10001000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 4748 62
include	1503	Analog	en		0.01	#0.00	s	IDFB Filter	Parameter N9-16 sets the IDFB filter for power factor angle.	N9-16		160	80	Engineer	0	100	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1504	Analog	en		0.01	#0.00	s	R, IDFB Filter	Parameter N9-17 sets the R IQFB filter time constant.	N9-17		160	80	Engineer	0	100	250	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1505	Analog	en		1.0	#0	ms	L-Tuning Filter	Parameter N9-18 sets the L auto-tuning filter.	N9-18		160	80	Engineer	0	1000	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1506	Analog	en		1.0	#0	µs	DCCT Filter Time	Parameter N9-19 sets the electric current detection.	N9-19		160	80	Engineer	-1000	0	1000	INT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1507	YaskawaO204	en		0.010.01	#0.00#0.00		Soft Current Limit Gain	Parameter N9-20 set the gain of the software current limit.	N9-20		160	80	Engineer	00	200100	400400	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 4647 62
include	1508	YaskawaO204	en		0.10.1	#0.0#0.0	ms	Soft Current Limit Time Constant	Parameter N9-21 sets the filter time constant of the current limit.	N9-21		160	80	Engineer	00	205	10001000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	47 620 46
include	1509	YaskawaC601	en		0.10.10.10.1	#0.0#0.0#0.0#0.0	%	Soft Current Limit 1	Parameter N9-22 sets current limit value 1.	N9-22		160	80	Engineer	0000	1200150012001200	3000300012001200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*012
include	1510	YaskawaC601	en		0.10.10.10.1	#0.0#0.0#0.0#0.0	%	Soft Current Limit 2	Parameter N9-23 sets current limit value 2.	N9-23		160	80	Engineer	0000	1200120015001200	3000120030001200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	*102
include	1511	Analog	en		0.1	#0.0	Hz	Soft CL Switch Point	Parameter N9-24 sets the current limit switch frequency.	N9-24		160	80	Engineer	0	60	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1512	Analog	en		0.1	#0.0	%	Soft Current Limit 3	Parameter N9-25 sets current limit value 3.	N9-25		160	80	Engineer	0	3000	3000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1513	YaskawaA102O204	en		0.010.010.010.010.010.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00	%	Correction Level	Parameter N9-26 sets the phase on delay correction.	N9-26		160	80	Engineer	00000000000	1501501501501501503000150700400	10001000100010001000150015001500150015001500	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	0 * *2 * *3 * *4 * *1 * ** 0 16* 40 44* 17 17* 45 62* 37 39* 32 36
include	1514	YaskawaO204	en		0.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00		IGBT Conversion	Parameter N9-27 sets the coefficient by which the rated current of the inverter is converted into IGBT rated current.	N9-27		160	80	Engineer	00000000000000000000000000000000000000000000	454971616085686968072718158496585745882616745755871686780766479603065726452647666647125	200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *37 3738 3816 1654 5444 443 339 3940 4062 6252 5245 4511 116 617 1753 537 742 421 18 851 519 90 035 3541 4148 4812 1215 1555 5514 1443 4347 4710 1033 335 536 3613 1334 3446 4650 502 249 494 432 32
include	1515	Boolean	en	0=0: Disabled1=1: Enabled	1.0	#0		Aging Mode	Parameter N9-28 selects the aging mode.	N9-28		160	80	Engineer	0	0	1	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1516	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VDC	IGBT Volt Drop2	G7 N9-29	N9-29		160	80	Engineer	0000000000000000000000	10101012121210131012101012121212121012121211	100100100100100100100100100100100100100100100100100100100100100100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *12 1410 1045 4535 3540 4111 1155 5515 1562 6216 179 946 4647 5442 4339 3936 377 838 3844 4432 340 6
include	1518	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	µs	ON-Delay Comp2	ON-Delay Comp2	N9-31		160	80	Engineer	000000000000000000000000	262620302523232223302229212424242040251824184022	200200200200200200200200200200200200200200200200200200200200200200200200	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *0 349 5015 1513 1310 1132 348 96 612 1248 4845 477 741 4417 174 553 5354 5435 3616 1614 1451 5255 6237 40
include	1519	Analog	en		0.01	#0.00	µs	ON-Delay Comp3	ON-Delay Comp3	N9-32		160	80	Engineer	0	0	9	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1520	YaskawaO204	en		1.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-4	#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000		IGBT Coefficient 1	Sets the value of the binomial coefficient a when the IGBT voltage is approximately a binomial equation by the logarithmic scale in relation to the electric current value. Von = a x Ln(I)^2 + b x Ln(I) + c I: IGBT Standard Current Value (%)	N9-33		160	80	Engineer	00000000000000000000000000000	198159452204279372442407204196295428198294765435148372462457283438156383202435175435462	6553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *6 648 4816 1610 1049 5039 4046 4713 1412 122 245 454 411 1155 5562 623 353 5315 1541 420 132 387 843 445 551 529 954 5417 17
include	1521	YaskawaO204	en		1.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-4	#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000		IGBT Coefficient 2	Sets monomial coefficient b in the equation above.	N9-34		160	80	Engineer	00000000000000000000000000000	8821110896964694882956896812228503108227225294253534034027211572434090482999338210191036535	6553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *6 613 140 110 104 45 516 1641 4248 4843 443 315 1545 4512 1249 5054 5451 5217 1755 5511 1162 6239 4032 382 246 479 97 853 53
include	1522	YaskawaO204	en		1.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-41.0E-4	#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000#0.0000		IGBT Coefficient 3	Sets coefficient b in the equation above.	N9-35		160	80	Engineer	00000000000000000000000000000	79607937882279798916796077498953756378957851801173588858891677238916908374087851775371547636882283247792775391278577	6553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535655356553565535	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	* *3 349 505 551 524 42 246 470 141 4217 1739 4011 1143 4454 5410 1062 6248 489 915 1516 167 812 1253 536 632 3813 1445 4555 55
include	1523	Analog	en		0.1	#0.0	%	IGBT Comp1	Sets percentage of the IGBT voltage drop value set in by the value of the electric current 	N9-36		160	80	Engineer	0	80	1000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	1792	Boolean	en	1=1: First Motor2=2: Second Motor	1.0	#0		Motor Selection	Parameter T1-08 selects which motor is to be autotuned (1 or 2).	T1-00		160	80	Operate	1	1	2	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	 
include	1793	YaskawaA102E	en	0=0: Standard Tuning1=1: Tune-No Rotate2=2: Term Resistance	1.01.01.01.01.0	#0#0#0#0#0		Tuning Mode Sel	Parameter T1-01 selects the tuning mode.	T1-01		160	80	Operate	00000	00022	22222	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	*2310
include	1794	YaskawaO204	en		0.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01	#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00	kW	Mtr Rated Power	Parameter T1-02 sets the motor rated power.	T1-02		160	80	Operate	0404040404040404040404040404040404040404040404040404040404040404040404040404040404040	40550220750037011000160005507503700751500220001100030002200220037018504500754030000750018501100900055004037009000132004500550075018500150015030001100150220400	65000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000650006500065000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	* *38 3835 3515 1536 3650 5052 525 56 612 1233 338 854 5417 1711 1110 1043 434 442 4246 461 10 055 5548 489 97 716 1647 4732 3245 4549 4951 5113 1314 1439 3953 5341 4134 3444 4440 402 23 337 37
include	1795	YaskawaO204O209	en		0.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Rated Voltage	Parameter T1-01 sets the motor rated voltage.	T1-03		160	80	Operate	0000000	2000400020002000460023004000	2555510025502550510025505100	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	* * *32 62 00 17 20 17 032 62 10 17 132 62 2
include	1796	YaskawaO204O209	en		0.010.10.010.10.10.10.010.10.10.010.10.10.010.10.010.10.010.010.010.10.10.10.10.10.10.10.010.010.010.10.10.010.10.010.10.010.10.10.010.010.10.10.10.10.10.10.10.10.10.010.10.010.10.10.10.010.10.10.10.10.10.10.10.010.10.10.10.10.10.10.10.10.010.010.10.10.010.10.10.10.10.010.10.10.10.10.10.010.10.10.010.010.10.10.10.10.10.10.10.010.010.010.10.010.10.10.10.10.10.010.10.10.10.010.10.010.010.010.010.10.10.10.010.10.010.10.010.10.010.10.10.10.10.010.10.010.010.010.010.10.10.010.010.010.010.10.10.010.10.10.010.010.010.010.10.010.10.10.010.10.10.10.10.10.10.010.10.010.10.10.10.10.10.10.10.10.10.010.010.10.10.10.10.10.010.010.10.010.10.010.010.010.10.010.10.10.10.10.010.10.10.10.10.10.1	#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.0#0.00#0.0#0.00#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.0#0.00#0.0#0.00#0.0#0.00#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.00#0.0#0.00#0.00#0.00#0.00#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.00#0.00#0.00#0.0#0.0#0.00#0.00#0.00#0.00#0.0#0.0#0.00#0.0#0.0#0.00#0.00#0.00#0.00#0.0#0.00#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.0#0.0#0.0#0.0#0.00#0.00#0.0#0.00#0.0#0.00#0.00#0.00#0.0#0.00#0.0#0.0#0.0#0.0#0.00#0.0#0.0#0.0#0.0#0.0#0.0	A	Rated Current	Parameter T1-02 sets the motor rated current.	T1-04		160	80	Operate	180771102241453043732414164215484151858125183477358456252993231025062145911504121963307530098411951309660535817160340803767518413967514062183277165452703218060852703701831304157031019541514028349605583565112482001286331180175230452002216522427300183301703425021634652130396217215041421450125327632222241805350676283110991259613041642303023287180534549986060150415803426021587414135115803462711022431160752164880961103021505065226017241411530496703402445091241701751288027125806385963701801780488060345271112	1330770850190013102700310320410390530190031026001005309801001607702600386620520990320266019604201310797140032916079726606562600900330156010507725000260017013103100658310500010041032950009806201600199658523397223019016005237722230310016001050260062026601560260098026003975000530270523950386192095061026516001400196039719202201300190027026001002660133026519601900260052012503294201440130037001603700110019070019022019001560420370070026008509909807721250329530196027001907001330420386397900330330140026006581602230190070039033027010507002600199700190026513106561900386700797700270013003700520223014403700105027008506203100199370079719913301400950620270110062061077285031001560170656310656523265520658950	3600154022004480290060807406408208201280430096083003601160250036068015407160900124010401980640620050001240290018203000820420192066001500600019608203900260019201210071603403200680016007401215036082078012150280012403600540142013009005400640360012001700540074003600260083001400620039008300280056609801210011607001300224096040002560126062036003500460090040004403300448054060003606600340068050004320692010402600780124034403000828042090002500640152064044044803600106010121520566022001980250019202600820128046006040640174036001060900980196012001200300083001600680520043001740820820700230016006920540220044806203200150043209601600192022006040300010121040520034408280230060801920140068004809000182048034003500256016005402500160012601700192074003600340160096016001200680104014202240	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	39 39 278 78 23 3 550 50 212 12 452 52 434 34 174 74 275 75 567 67 28 8 514 14 134 34 217 17 532 32 28 8 438 38 132 32 133 33 278 78 516 16 243 43 177 77 276 76 579 79 274 74 56 6 45 5 235 35 212 12 146 46 14 4 442 42 233 33 146 46 26 6 545 45 115 15 269 69 51 1 149 49 211 11 210 10 255 55 216 16 571 71 512 12 253 53 59 9 534 34 455 55 132 32 475 75 242 42 455 55 438 38 577 77 513 13 540 40 29 9 144 44 27 7 151 51 20 0 113 13 444 44 410 10 451 51 553 53 113 13 211 11 517 17 42 2 16 6 149 49 517 17 138 38 215 15 17 7 255 55 58 8 166 66 544 44 547 47 143 43 282 82 547 47 268 68 241 41 413 13 14 4 55 5 47 7 482 82 272 72 548 48 214 14 273 73 215 15 532 32 56 6 239 39 441 41 25 5 550 50 416 16 476 76 280 80 242 42 135 35 581 81 248 48 462 62 533 33 454 54 570 70 50 0 536 36 10 0 472 72 214 14 549 49 435 35 454 54 136 36 415 15 43 3 279 79 538 38 410 10 580 80 542 42 58 8 25 5 152 52 50 0 237 37 139 39 535 35 143 43 47 7 569 69 21 1 21 1 54 4 117 17 29 9 233 33 551 51 114 14 437 37 467 67 51 1 466 66 211 11 436 36 516 16 140 40 537 37 550 50 541 41 112 12 545 45 450 50 143 43 536 36 246 46 537 37 252 52 248 48 154 54 476 76 251 51 481 81 562 62 211 11 152 52 13 3 42 2 453 53 240 40 454 54 246 46 440 40 139 39 14 4 247 47 52 2 573 73 570 70 22 2 268 68 510 10 13 3 153 53 449 49 171 71 245 45 234 34 545 45 544 44 141 41 576 76 59 9 447 47 4
include	1797	Analog	en		0.1	#0.0	Hz	Rated Frequency	Parameter T1-03 sets the motor base frequency.	T1-05		160	80	Operate	0	600	4000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	 
include	1798	Analog	en		1.0	#0		Number of Poles	Parameter T1-05 sets the motor's number of poles.	T1-06		160	80	Operate	2	4	48	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	 
include	1799	Analog	en		1.0	#0	RPM	Rated Speed	Parameter T1-04 sets the motor's nameplate RPM rating.	T1-07		160	80	Operate	0	1750	24000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		10	Internal	Right	170	40	 
include	1800	Analog	en		1.0	#0	PPR	PG Pulses/Rev	PG Pulses/Rev	T1-08		160	80	Operate	0	1024	60000	UINT16	Writable	Serial Writable		Incoming Connection Allowed	Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2052	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Fault Message 5	FAULT MESSAGE 5	U3-09		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2053	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Fault Message 6	FAULT MESSAGE 6	U3-10		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2054	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Fault Message 7	FAULT MESSAGE 7	U3-11		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2055	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Fault Message 8	FAULT MESSAGE 8	U3-12		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2056	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Fault Message 9	FAULT MESSAGE 9	U3-13		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2057	Enumerated	en	0=None1=PUF DC Bus Fuse Open2=UV1 DC Bus Undervolts3=UV2 CTL PS Undervolts4=UV3 MC Answerback5=SC Short Circuit6=GF Ground Fault7=OC Over Current8=OV DC Bus Overvoltage9=OH Heatsink Overtemp10=OH1 Heatsink MAX Temp11=OL1 Motor Overload12=OL2 Inverter Overload13=OL3 Overtorque 114=OL4 Overtorque 215=RR Brake Transistor Fail16=RH Brake Resistor Overheat17=EF3 External Fault S318=EF4 External Fault S419=EF5 External Fault S520=EF6 External Fault S621=EF7 External Fault S722=EF8 External Fault S823=FAN24=OS Overspeed25=DEV Speed Deviation26=PGO Encoder (PG) Loss27=PF Input Phase Loss28=LF Output Phase Loss29=OH3 Motor Overheat 130=OPR Operator Disconnect31=ERR EEPROM R/W Error32=OH4 Motor Overheat 233=CE Modbus Comms Loss34=BUS Option Comms Error35=E-15 SI-F/G Comms Error36=E-10 SI-F/G Comms Loss37=CF Loss of Motor Control38=SVE Zero Servo Fault39=EF0 Option Ext Fault40=FBL PID Feedback Loss	1.0	#0		Fault Message 10	FAULT MESSAGE 10	U3-14		80	80	Operate	0	0	16384	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2062	Analog	en		1.0	#0	H	Elapsed Time 5	ELAPSED TIME 5	U3-15		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2063	Analog	en		1.0	#0	H	Elapsed Time 6	ELAPSED TIME 6	U3-16		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2064	Analog	en		1.0	#0	H	Elapsed Time 7	ELAPSED TIME 7	U3-17		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2065	Analog	en		1.0	#0	H	Elapsed Time 8	ELAPSED TIME 8	U3-18		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2066	Analog	en		1.0	#0	H	Elapsed Time 9	ELAPSED TIME 9	U3-19		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	2067	Analog	en		1.0	#0	H	Elapsed Time 10	ELAPSED TIME 10	U3-20		80	80	Operate	0	0	65535	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	 
include	3000	Dummy	en		1	#0		Digital Input Block		C1s		80	80	Dummy	0	0	0	DUMMY							1	Output	Right	110	230	
include	3100	Dummy	en		1	#0		Motor Control Block		C1d		80	80	Dummy	0	0	0	DUMMY	Writable	Serial Writable					8	Input	Left	0	0	
include	3001	Dummy	en		1	#0		Analog Input 1 Block		C2s		80	80	Dummy	0	0	0	DUMMY							3	Output	Right	420	60	
include	3101	Dummy	en		1	#0		Motor Control Block		C2d		80	80	Dummy	0	0	0	DUMMY	Writable	Serial Writable					8	Input	Left	0	60	
include	3002	Dummy	en		1	#0		Analog Input 2 Block		C3s		80	80	Dummy	0	0	0	DUMMY							4	Output	Right	420	60	
include	3102	Dummy	en		1	#0		Motor Control Block		C3d		80	80	Dummy	0	0	0	DUMMY	Writable	Serial Writable					8	Input	Left	0	120	
include	3003	Dummy	en		1	#0		Analog Input 3 Block		C4s		80	80	Dummy	0	0	0	DUMMY							5	Output	Right	420	60	
include	3103	Dummy	en		1	#0		Motor Control Block		C4d		80	80	Dummy	0	0	0	DUMMY	Writable	Serial Writable					8	Input	Left	0	180	
include	3004	Dummy	en		1	#0		Modbus I/O Block		C5s		80	80	Dummy	0	0	0	DUMMY							9	Output	Right	300	180	
include	3104	Dummy	en		1	#0		Motor Control Block		C5d		80	80	Dummy	0	0	0	DUMMY	Writable	Serial Writable					8	Input	Left	0	240	
include	3005	Dummy	en		1	#0		Motor Control Block		C6s		80	80	Dummy	0	0	0	DUMMY							8	Output	Right	460	60	
include	3105	Dummy	en		1	#0		Digital Output Block		C6d		80	80	Dummy	0	0	0	DUMMY	Writable	Serial Writable					2	Input	Left	-80	230	
include	3006	Dummy	en		1	#0		Motor Control Block		C7s		80	80	Dummy	0	0	0	DUMMY							8	Output	Right	460	120	
include	3106	Dummy	en		1	#0		Analog Output FM Block		C7d		80	80	Dummy	0	0	0	DUMMY	Writable	Serial Writable					6	Input	Left	200	60	
include	3007	Dummy	en		1	#0		Motor Control Block		C8s		80	80	Dummy	0	0	0	DUMMY							8	Output	Right	460	180	
include	3107	Dummy	en		1	#0		Analog Output AM Block		C8d		80	80	Dummy	0	0	0	DUMMY	Writable	Serial Writable					7	Input	Left	200	60	
include	3009	Dummy	en		1	#0		Motor Control Block		C10s		80	80	Dummy	0	0	0	DUMMY							8	Output	Right	460	0	
include	3109	Dummy	en		1	#0		Motor Block		C10d		80	80	Dummy	0	0	0	DUMMY	Writable	Serial Writable					10	Input	Left	0	80	
include	1	BitField16	en	0=Run1=Reverse2=External Fault3=Fault Reset4=ComNet5=ComCtrl6=MFI17=MFI28=MFI39=MFI410=MFI511=MFI6	1	#0		Command		MB-01		90	90	Operate	0	0	65535	UINT16	Writable	Serial Writable	Transient	Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	30	
include	2	Analog	en		.01	#0.00	Hz	Frequency Reference		MB-02		80	80	Operate	-32767	0	32767	INT16	Writable	Serial Writable	Transient	Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	90	
include	6	Analog	en		1.0	#0		PID Setpoint		MB-06		80	80	Operate	-32767	0	32767	INT16	Writable	Serial Writable	Transient	Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	150	
include	7	Analog	en		0.0013774104683	#0.00	V	Analog Output FM		MB-07		80	80	Operate	-7986	0	7986	INT16	Writable	Serial Writable	Transient	Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	210	
include	8	Analog	en		0.0013774104683	#0.00	V	Analog Output AM		MB-08		80	80	Operate	-7986	0	7986	INT16	Writable	Serial Writable	Transient	Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	270	
include	9	BitField8	en	0=MFI11=MFI22=MFI36=Fault Relay7=Fault Relay NC	1	#0		Outputs		MB-09		90	90	Operate	0	0	255	UINT16	Writable	Serial Writable	Transient	Incoming Connection Allowed	Outgoing Connections Allowed		9	Input	Left	0	330	
include	15	BitField16	en	1=PID Value12=S5 Broadcast Enable13=S6 Broadcast Enable14=S7 Broadcast Enable15=S8 Broadcast Enable	1	#0		Command Selection		MB-15		90	90	Operate	0	0	65535	UINT16	Writable	Serial Writable	Transient	Incoming Connection Allowed	Outgoing Connections Allowed		9	Internal	Left	0	180	
include	16	BitField16	en	0=Run Command1=At Zero Speed2=Reverse Operation3=Fault Reset Signal4=Speed Agree5=Drive Ready6=Alarm7=Fault14=ComRef15=ComCtrl	1	#0		Status		MB-16		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	30	
include	17	BitField16	en	0=OPE Error1=Err Error2=Program Mode3=ICN Status 04=ICN Status 1	1	#0		Fault Details		MB-17		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	40	
include	18	Enumerated	en	1=OPE012=OPE023=OPE036=OPE0610=OPE1011=OPE11	1	#0		OPE Details		MB-18		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	50	
include	20	BitField16	en	00=    Fuse Blown  FU01=  DC Bus Uvolt UV102=Ctrl Pwr Uvolt UV203=Ckt Answerback UV305=  Ground Fault  GF06=   Overcurrent  OC07=   Overvoltage  OV08=Heatsink  Temp  OH09=Drive Overheat OH110=Motor Overload OL111=Drive Overload OL212=  Overtorque 1 OL313=  Overtorque 2 OL414= DB Transistor  RR15=   DB Resistor  RH	1	#0		Fault Content 1		MB-20		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	60	
include	21	BitField16	en	00=External Flt 3 EF301=External Flt 4 EF402=External Flt 5 EF503=External Flt 6 EF604=External Flt 7 EF705=External Flt 8 EF807=     Overspeed  OS08= Spd Deviation DEV09=       PG Open PGO10=I/P Phase Loss  PF11=O/P Phase Loss  LF12=    DCCT Fault  CF13= Op Disconnect OPR14=  EEPROM Fault ERR	1	#0		Fault Content 2		MB-21		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	70	
include	22	BitField16	en	00=MB Comms Error  CE01=     Bus Error BUS02= SI-F/G Error E-1503=  SI-F/G Fail E-1004= Control Fault  CF05=Zero Servo Flt SVE06=External Fault EF0	1	#0		Fault Content 3		MB-22		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	80	
include	23	BitField16	en	2=CPF02 Fault3=CPF03 Fault4=CPF04 Fault5=CPF05 Fault6=CPF06 Fault	1	#0		CPF Content 1		MB-23		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	90	
include	24	BitField16	en	0=CPF20 Fault1=CPF21 Fault2=CPF22 Fault3=CPF23 Fault	1	#0		CPF Content 2		MB-24		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	100	
include	25	BitField16	en	00=  Undervoltage  UV01=   Overvoltage  OV02= Heatsink Temp  OH03=Drive Overheat OH104=  Overtorque 1 OL305=  Overtorque 2 OL406=2-Wire Seq I/P  EF07= Ext Baseblock  BB08=   Ext Fault 3 EF309=   Ext Fault 4 EF410=   Ext Fault 5 EF511=   Ext Fault 6 EF612=   Ext Fault 7 EF713=   Ext Fault 8 EF814=   Cooling Fan FAN15=     Overspeed  OS	1	#0		Alarm Content 1		MB-25		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	110	
include	32	BitField16	en	00=         Operating01=           Reverse02=  Startup Complete03=             Fault04=Data Setting Error05=Multi-Function IP106=Multi-Function IP207=Multi-Function IP3	1	#0		Drive Status		MB-32		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	120	
include	26	BitField16	en	00= Spd Deviation DEV01=       PG Open PGO02= Op Disconnect OPR03=MB Comms Error  CE04=     Bus Error BUS05=   Wait Trans CALL06=Motor Overload OL107=Drive Overload OL208= SI-R/G Alarm E-1509=External Fault EF0	1	#0		Alarm Content 2		MB-26		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	130	
include	33	BitField16	en	00= Overcurrent OC/GF01=MnCkt Overvolt  OV02=Drive Overload OL203=  Overheat OH1 OH205=    Fuse Blown PUF06= PID Fdbk Loss FbL07=  Ext Error EF EF008=Hardware Error CPF09=Over-ld/tq OL1/OL310=Spd err PGO/OS/DEV11=  MnCkt Uvolts  UV12=Supply UV1/UV2/UV313=O/P Phase Loss  LF14=MB Comms Error  CE15= Op Disconnect OPR	1	#0		Fault Details		MB-33		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	140	
include	34	BitField16	en	00=      Writing Data03= Upr/Lwr Limit Err04=Data Integrity Err	1	#0		Data Link Status		MB-34		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	150	
include	43	BitField16	en	00=Run Fwd IP Term S101=Run Rev IP Term S202=  MF Input Term S303=  MF Input Term S404=  MF Input Term S505=  MF Input Term S606=  MF Input Term S707=  MF Input Term S8	1	#0		Sequence Input Status		MB-43		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	160	
include	44	BitField16	en	00=         Operating01=     At Zero Speed02=   Frequency Match03=Desired Freq Match04=Frequency Detect 105=Frequency Detect 206= Startup Completed07=Low Volts Detected08=Baseblock Active09=Freq Ref Non-Comms10= Run Cmd Non-Comms11=        Overtorque12=     Freq Ref Lost13=          Retrying14=             Error15=  MB Comms Timeout	1	#0		Drive Status		MB-44		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	170	
include	61	BitField16	en	00=         CRC Error01=  Invalid Data Len03=      Parity Error04=           Overrun05=     Framing Error06=           Timeout	1	#0		Comms Error Details		MB-61		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	180	
include	35	YaskawaO103S	en		0.10.1	#0.0#0.0	Hz	Frequency Ref	Displays the frequency reference.  The units differ depending on O1-03 setting.	MB-35		80	80	Operate	00	0*	400040000	UINT16					Outgoing Connections Allowed		11	Internal	Right	0	190	*0
include	36	YaskawaO103S	en		0.10.1	#0.0#0.0	Hz	Output Freq	Displays the inverter output frequency.  The units differ depending on O1-03 setting.	MB-36		80	80	Operate	00	0*	400040000	INT16					Outgoing Connections Allowed		11	Internal	Right	0	200	*0
include	37	YaskawaO204O209	en		0.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	VAC	Output Voltage	Displays the output voltage (reference).	MB-37		80	80	Operate	0000000000000	0400040004000575020002300200057505750200046005750	2550510051005100733125502550255073317331255051007331	UINT16					Outgoing Connections Allowed		11	Internal	Right	0	210	* * *32 55 332 55 232 55 066 82 20 17 20 17 10 17 366 82 166 82 30 17 032 55 166 82 0
include	39	YaskawaO204	en		0.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.1	#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0#0.0	kW	Output kWatts	Displays the inverter output power (calculated).	MB-39		80	80	Operate	0000000000000000000000000000000000000000000000000000000000000	0000000000000000000000000000000000000000000000000000000000000	1000740741500600220157407401500159001504403018001100300748440110150370022011002200300180022090015030032004400748320060018001100440802200153701500110442640446000600302200370444000900370110	INT16					Outgoing Connections Allowed		11	Internal	Right	0	220	* *45 4536 3648 4811 1171 7133 3376 7612 1279 791 146 4670 7074 742 280 8078 7841 4168 6832 3243 435 56 653 5340 4047 4750 508 849 497 777 7739 3972 7252 5254 544 40 082 8244 4416 1614 1410 1037 3781 8166 6673 7315 1538 383 351 5167 6755 5575 7534 3417 1742 4235 3562 6213 139 969 69
include	40	Analog	en		0.1	#0.0	%	Torque Reference	Displays the internal torque reference.	MB-40		80	80	Operate	0	0	4000	INT16					Outgoing Connections Allowed		11	Internal	Right	0	230	 
include	49	YaskawaO204	en		1.01.01.01.0	#0#0#0#0	VDC	DC Bus Voltage	Displays the DC Bus voltage.	MB-49		80	80	Operate	0000	0000	40008004501000	UINT16					Outgoing Connections Allowed		11	Internal	Right	0	240	* *32 550 1766 82
include	56	Analog	en		0.01	#0.00	%	PID Feedback	Displays the PID feedback signal level.	MB-56		80	80	Operate	0	0	20000	UINT16					Outgoing Connections Allowed		11	Internal	Right	0	250	 
include	57	Analog	en		0.01	#0.00	%	PID Input	Displays the PID deviation (PID reference + PID reference bias - PID feedback reference).	MB-57		80	80	Operate	0	0	40000	INT16					Outgoing Connections Allowed		11	Internal	Right	0	260	 
include	58	Analog	en		0.01	#0.00	%	PID Output	Displays the PID output capacity.	MB-58		80	80	Operate	0	0	40000	INT16					Outgoing Connections Allowed		11	Internal	Right	0	270	 
include	59	Analog	en		1.0	#0		CPU ID	Displays the CPU software ID number.	MB-59		80	80	Operate	0	0	4000	UINT16					Outgoing Connections Allowed		11	Internal	Right	0	280	 
include	60	Analog	en		1.0	#0		FLASH ID	Displays the flash ROM software ID number.	MB-60		80	80	Operate	0	3020	9999	UINT16					Outgoing Connections Allowed		11	Internal	Right	0	290	 
include	63	Enumerated	en	0=0: V/F Control1=1: V/F w/PG Fdbk2=2: Open Loop Vector3=3: Flux Vector	1.0	#0		Control Method	Displays the control method. 0: V/f control   1: V/f control with PG    2: Vector conrol without PG    3: Vector control with PG	MB-63		80	80	Operate	0	0	4	UINT16					Outgoing Connections Allowed		11	Internal	Right	0	300	 
include	62	Analog	en		0.1	#0.0	kVA	kVA Setting	Scaling is dubious!	MB-62		80	80	Operate	0	0	32767	INT16					Outgoing Connections Allowed		11	Internal	Right	0	310	
include	45	BitField16	en	00= MF DigOut 1 M1-M201= MF DigOut 2 M3-M402= MF DigOut 3 M5-M6	1	#0		MF DigOut Status		MB-45		90	90	Operate	0	0	65535	UINT16			Transient		Outgoing Connections Allowed		11	Internal	Right	0	320	
include	66	YaskawaO204O209	en		0.10.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.010.01	#0.0#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00#0.00	A	Output Current	Monitor U1-03 displays the inverter output current.  The minimum unit is 0.01A for 7.5kW or less.	U1-03		80	80	Operate	060501300172013009601408011013003520004140800250220340250130017032041508018096098290300041504500302032520302019503400358063320195027080340988580041063110180160049096019165017202240800650300012806204500340326050411702240990353533062410302035801280128016007703400624140175340077012527003580224060330410330520224030208034052030002703580620125210183019502240140160049080018605052027041300065080220960485204806348450016506011712511065034009601841032020009609609903422062080077080011064019501830270165017580160027001709832064080183017541014060504150125130027027003612804140270321104122406041509834130033022041250184813004108004500270170664801650180960183027003222402240175200077049041020001300414048099034172080017206505199060490640110620250633564041011062148	05000012500144001050079709806207001250027019200370006580196022002650196012500170032002600070013307970900199026000260003700027000190520027000156003100026000610320015600199070026509007006560410061085013301310039707970100130001440019000656052302600095006200370002650190500003901700190009900270270266042041002700026000950095001310077003100042037000140031000770011002230026000190003302660410026605200190002700062026503860260001990260006200110013301600015600190009801310039706560100500005200199039026000523070022007720310520038606103103700013000330700110085052303100077201003290320019200797077209900160220062006560770065807005300156001600027001300014006201310022300170090032005300620160001400410098050000260001100105002700223001609500370002700190850390190003302600090016010500266022003901960100310125003290658037000270017004203860130001330772016000223001901900019000140019200770039703290192001050037000386099001601440065801440052303109900330397053007006200196061027053003290850420980	15000121000260003440026000192002800160022002600070040000828001600050004400680050002600034006400830001600360019200196057206000083000900006040064010400604003900068000716001260640039000540016006800196017001600082001260220036003200098001920038033000344004480016000130006000025600124009000068006401210008203400448001980070070066001240820060400716002560025600320001540068000124082800350068000154002500540007160044800120066008200660010400448006040016006800104006000054007160012400250042003660039000448002800320009800160003601210001040054008206000013000160044001920096010400960012609609000033000120023402500220013000680001920036082006400400001920019200198006804400124001600015400160002200128003900036000540033000350016003200054000340019606400128001600360003500820028001210008300025002600054005400072025600828005400640220082044800120083000196068026000660044008205000360960260008200160009000054003400132096003300036001920036000540006404480044800350040000154009800820040000260008280096001980068034400160003440013000102019800120098001280022001240050001260700128008200220012402960	UINT16					Outgoing Connections Allowed		0	Internal	Left	0	0	* * *55 55 380 80 381 81 211 11 246 46 238 38 02 2 237 37 280 80 166 66 282 82 362 62 19 9 25 5 172 72 141 41 15 5 080 80 071 71 174 74 217 17 036 36 239 39 246 46 069 69 040 40 115 15 217 17 154 54 052 52 30 0 376 76 152 52 249 49 053 53 016 16 168 68 074 74 149 49 140 40 236 36 041 41 369 69 236 36 145 45 275 75 068 68 13 3 039 39 012 12 17 7 046 46 132 32 148 48 081 81 050 50 345 45 144 44 115 15 347 47 277 77 354 54 141 41 20 0 255 55 167 67 171 71 314 14 079 79 266 66 166 66 36 6 135 35 375 75 252 52 116 16 347 47 147 47 012 12 378 78 353 53 335 35 262 62 34 4 253 53 178 78 270 70 251 51 116 16 214 14 11 1 26 6 075 75 16 6 376 76 314 14 252 52 02 2 141 41 043 43 115 15 040 40 016 16 077 77 070 70 139 39 113 13 149 49 214 14 338 38 212 12 07 7 345 45 332 32 255 55 276 76 040 40 367 67 215 15 144 44 336 36 372 72 310 10 034 34 076 76 243 43 368 68 334 34 254 54 348 48 31 1 337 37 170 70 33 3 144 44 053 53 210 10 132 32 042 42 074 74 382 82 046 46 310 10 279 79 033 33 072 72 077 77 145 45 078 78 09 9 137 37 08 8 249 49 313 13 273 73 148 48 24 4 02 2 312 12 251 51 071 71 069 69 174 74 08 8 12 2 013 13 34 4 375 75 338 38 355 55 017 17 270 70 011 11 173 73 051 51 333 33 147 47 362 62 273 73 30 0 03 3 267 67 050 50 21 1 017 17 369 69 333 33 211 11 36 6 272 72 267 67 35 5 232 32 334 34 380 80 242 42 29 9 354 54 273 73 271 71 235 35 143 43 048 48 139 39 310 10 313 13 051 51 20 0 150 50 150 50 04 4 182 82 178 78 17 7 242 42 182 82 211 11 062 62 043 43 279 79 133 33 381 81 39 9 081 81 144 44 234 34 179 79 31 1 17 7 18 8 337 37 377 77 25 5 368 68 266 66 08 8 042 42 33 3 335 35 038 38 1
