Name=Inverter
Varispeed G7
MaxSigCnt=0
DataFormat=Hex

[SigData]
0001	Frequency reference
0002	Frequency reference (Set units using constant o1-03)
0006	PID target value
0007	Analog output 1 setting (-11 V/-1540 to 11 V/1540)
0008	Analog output 2 setting (-11 V/-1540 to 11 V/1540)
0009	Multi-function contact output setting
000F	Reference selection settings
0020	Inverter status
0021	Error details
0022	Data link status
0023	Frequency reference (U1-01)
0024	Output frequency (U1-02)
0025	Output voltage reference (U1-06)
0026	Output current (U1-03)
0027	Output power (U1-08)
0028	Torque reference (U1-09)
002B	Sequence input status
002C	Inverter status
002D	Multi-function contact output status
0031	Main circuit DC voltage
0032	Torque monitor
0033	Output power (U1-08)
0038	PID feedback quantity (Input equivalent to 100%/Max. output frequency; 10/1%; without sign)
0039	PID input quantity (±100%/±Max. output frequency; 10/1%; with sign)
003A	PID output quantity (±100%/±Max. output frequency; 10/1%; with sign)
003B	CPU software number
003C	Flash software number
003D	Communications error details
003E	kVA setting
003F	Control method
0900	Write constant data to EEPROM
0910	Constant data is not written to EEPROM, but refreshed in RAM only.
0100	A1-00	Language selection for Digital Operator display
0101	A1-01	Constant access level
0102	A1-02	Control method selection
0103	A1-03	Initialize
0104	A1-04	Password
0105	A1-05	Password setting
0106	A2-01	User setting constants
0107	A2-02	User setting constants
0108	A2-03	User setting constants
0109	A2-04	User setting constants
010A	A2-05	User setting constants
010B	A2-06	User setting constants
010C	A2-07	User setting constants
010D	A2-08	User setting constants
010E	A2-09	User setting constants
010F	A2-10	User setting constants
0110	A2-11	User setting constants
0111	A2-12	User setting constants
0112	A2-13	User setting constants
0113	A2-14	User setting constants
0114	A2-15	User setting constants
0115	A2-16	User setting constants
0116	A2-17	User setting constants
0117	A2-18	User setting constants
0118	A2-19	User setting constants
0119	A2-20	User setting constants
011A	A2-21	User setting constants
011B	A2-22	User setting constants
011C	A2-23	User setting constants
011D	A2-24	User setting constants
011E	A2-25	User setting constants
011F	A2-26	User setting constants
0120	A2-27	User setting constants
0121	A2-28	User setting constants
0122	A2-29	User setting constants
0123	A2-30	User setting constants
0124	A2-31	User setting constants
0125	A2-32	User setting constants
0180	b1-01	Reference selection
0181	b1-02	Operation method selection
0182	b1-03	Stopping method selection
0183	b1-04	Prohibition of reverse operation
0184	b1-05	Operation selection for setting E1-09 or less
0185	b1-06	Read sequence input twice
0186	b1-07	Operation selection after switching to remote mode
0187	b1-08	Run Command selection in programming modes
01DE	b1-10	Mode selection for zero-speed
0189	b2-01	Zero-speed level (DC injection braking starting frequency)
018A	b2-02	DC injection braking current
018B	b2-03	DC injection braking time at start
018C	b2-04	DC injection braking time at stop
0190	b2-08	Magnetic flux compensation volume
0191	b3-01	Speed search selection (current detection or speed calculation)
0192	b3-02	Speed search operating current (current detection)
0193	b3-03	Speed search deceleration time (current detection)
0195	b3-05	Speed search wait time (current detection or speed calculation)
019A	b3-10	Speed search detection compensation gain (speed calculation)
019D	b3-13	Proportional gain of the speed estimator during speed search
019E	b3-14	Rotation direction search selection
01F0	b3-17	Speed search retrial current level
01F1	b3-18	Speed search retrial detection time
01F2	b3-19	Number of speed search retrials
01A3	b4-01	Timer function ON-delay time
01A4	b4-02	Timer function OFF-delay time
01A5	b5-01	PID control method selection
01A6	b5-02	Proportional gain (P)
01A7	b5-03	Integral (I) time
01A8	b5-04	Integral (I) limit
01A9	b5-05	Derivative (D) time
01AA	b5-06	PID limit
01AB	b5-07	PID offset adjustment
01AC	b5-08	PID primary delay time constant
01AD	b5-09	PID output characteristics selection
01AE	b5-10	PID output gain
01AF	b5-11	PID reverse output selection
01B0	b5-12	Selection of PID feedback command loss detection
01B1	b5-13	PID feedback command loss detection level
01B2	b5-14	PID feedback command loss detection time
01B3	b5-15	PID sleep function operation level
01B4	b5-16	PID sleep operation delay time
01B5	b5-17	Accel/decel time for PID reference
01B6	b6-01	Dwell frequency at start
01B7	b6-02	Dwell time at start
01B8	b6-03	Dwell frequency at stop
01B9	b6-04	Dwell time at stop
01CA	b7-01	Droop control gain
01CB	b7-02	Droop control delay time
01CC	b8-01	Energy-saving mode selection
01CD	b8-02	Energy-saving gain
01CE	b8-03	Energy-saving filter time constant
01CF	b8-04	Energy-saving coefficient
01D0	b8-05	Power detection filter time constant
01D1	b8-06	Search operation voltage limiter
01DA	b9-01	Zero-servo gain
01DB	b9-02	Zero-servo completion width
0200	C1-01	Acceleration time 1
0201	C1-02	Deceleration time 1
0202	C1-03	Acceleration time 2
0203	C1-04	Deceleration time 2
0204	C1-05	Acceleration time 3
0205	C1-06	Deceleration time 3
0206	C1-07	Acceleration time 4
0207	C1-08	Deceleration time 4
0208	C1-09	Emergency stop time
0209	C1-10	Accel/decel time setting unit
020A	C1-11	Accel/decel time switching frequency
020B	C2-01	S-curve characteristic time at acceleration start
020C	C2-02	S-curve characteristic time at acceleration end
020D	C2-03	S-curve characteristic time at deceleration start
020E	C2-04	S-curve characteristic time at deceleration end
020F	C3-01	Slip compensation gain
0210	C3-02	Slip compensation primary delay time
0211	C3-03	Slip compensation limit
0212	C3-04	Slip compensation selection during regeneration
0213	C3-05	Output voltage limit operation selection
0215	C4-01	Torque compensation gain
0216	C4-02	Torque compensation primary delay time constant
0217	C4-03	Forward starting torque
0218	C4-04	Reverse starting torque
0219	C4-05	Starting torque time constant
021B	C5-01	ASR proportional (P) gain 1
021C	C5-02	ASR integral (I) time 1
021D	C5-03	ASR proportional (P) gain 2
021E	C5-04	ASR integral (I) time 2
021F	C5-05	ASR limit
0220	C5-06	ASR primary delay time
0221	C5-07	ASR switching frequency
0222	C5-08	ASR integral (I) limit
0231	C5-10	ASR primary delay time 2
0224	C6-02	Carrier frequency selection
0225	C6-03	Carrier frequency upper limit
0226	C6-04	Carrier frequency lower limit
0227	C6-05	Carrier frequency proportional gain
022D	C6-11	Carrier frequency for open-loop vector 2 control
0280	d1-01	Frequency reference 1
0281	d1-02	Frequency reference 2
0282	d1-03	Frequency reference 3
0283	d1-04	Frequency reference 4
0284	d1-05	Frequency reference 5
0285	d1-06	Frequency reference 6
0286	d1-07	Frequency reference 7
0287	d1-08	Frequency reference 8
0288	d1-09	Frequency reference 9
028B	d1-10	Frequency reference 10
028C	d1-11	Frequency reference 11
028D	d1-12	Frequency reference 12
028E	d1-13	Frequency reference 13
028F	d1-14	Frequency reference 14
0290	d1-15	Frequency reference 15
0291	d1-16	Frequency reference 16
0292	d1-17	Jog frequency reference
0289	d2-01	Frequency reference upper limit
028A	d2-02	Frequency reference lower limit
0293	d2-03	Master speed reference lower limit
0294	d3-01	Jump frequency 1
0295	d3-02	Jump frequency 2
0296	d3-03	Jump frequency 3
0297	d3-04	Jump frequency width
0298	d4-01	Frequency reference hold function selection
0299	d4-02	+ - Speed limits
029A	d5-01	Torque control selection
029B	d5-02	Torque reference delay time
029C	d5-03	Speed limit selection
029D	d5-04	Speed limit
029E	d5-05	Speed limit bias
029F	d5-06	Speed/torque control switching timer
02A6	d5-07	Rotation direction limit operation selection
02A0	d6-01	Field weakening level
02A1	d6-02	Field frequency
02A2	d6-03	Field forcing function selection
02A4	d6-05	AR time constant
02A5	d6-06	Field forcing limit
0300	E1-01	Input voltage setting
0302	E1-03	V/f pattern selection
0303	E1-04	Max. output frequency
0304	E1-05	Max. voltage
0305	E1-06	Base frequency
0306	E1-07	Mid. output frequency
0307	E1-08	Mid. output frequency voltage
0308	E1-09	Min. output frequency
0309	E1-10	Min. output frequency voltage
030A	E1-11	Mid. output frequency 2
030B	E1-12	Mid. output frequency voltage 2
030C	E1-13	Base voltage
030E	E2-01	Motor rated current
030F	E2-02	Motor rated slip
0310	E2-03	Motor noload current
0311	E2-04	Number of motor poles
0312	E2-05	Motor line-to-line resistance
0313	E2-06	Motor leak inductance
0314	E2-07	Motor iron saturation coefficient 1
0315	E2-08	Motor iron saturation coefficient 2
0316	E2-09	Motor mechanical loss
0317	E2-10	Motor iron loss for torque compensation
0318	E2-11	Motor rated output
0328	E2-12	Motor iron saturation coefficient 3
0319	E3-01	Motor 2 control method selection
031A	E3-02	Motor 2 max. output frequency (FMAX)
031B	E3-03	Motor 2 max. voltage (VMAX)
031C	E3-04	Motor 2 max. voltage frequency (FA)
031D	E3-05	Motor 2 mid. output frequency 1 (FB)
031E	E3-06	Motor 2 mid. output frequency voltage 1 (VC)
031F	E3-07	Motor 2 min. output frequency (FMIN)
0320	E3-08	Motor 2 min. output frequency voltage (VMIN)
0321	E4-01	Motor 2 rated current
0322	E4-02	Motor 2 rated slip
0323	E4-03	Motor 2 noload current
0324	E4-04	Motor 2 number of poles (number of poles)
0325	E4-05	Motor 2 line-to-line resistance
0326	E4-06	Motor 2 leak inductance
0327	E4-07	Motor 2 rated capacity
0380	F1-01	PG constant
0381	F1-02	Operation selection at PG open circuit (PGO)
0382	F1-03	Operation selection at overspeed (OS)
0383	F1-04	Operation selection at deviation
0384	F1-05	PG rotation
0385	F1-06	PG division rate (PG pulse monitor)
0386	F1-07	Integral value during accel/decel enable/disable
0387	F1-08	Overspeed detection level
0388	F1-09	Overspeed detection delay time
0389	F1-10	Excessive speed deviation detection level
038A	F1-11	Excessive speed deviation detection delay time
038B	F1-12	Number of PG gear teeth 1
038C	F1-13	Number of PG gear teeth 2
038D	F1-14	PG open-circuit detection time
038F	F2-01	Bi-polar or uni-polar input selection
0390	F3-01	Digital input option
0391	F4-01	Channel 1 monitor selection
0392	F4-02	Channel 1 gain
0393	F4-03	Channel 2 monitor selection
0394	F4-04	Channel 2 gain
0395	F4-05	Channel 1 output monitor bias
0396	F4-06	Channel 2 output monitor bias
0397	F4-07	Analog output signal level for channel 1
0398	F4-08	Analog output signal level for channel 2
0399	F5-01	Channel 1 output selection
039A	F5-02	Channel 2 output selection
039B	F5-03	Channel 3 output selection
039C	F5-04	Channel 4 output selection
039D	F5-05	Channel 5 output selection
039E	F5-06	Channel 6 output selection
039F	F5-07	Channel 7 output selection
03A0	F5-08	Channel 8 output selection
03A1	F5-09	DO-08 output mode selection
03A2	F6-01	Operation selection after communications error
03A3	F6-02	Input level of external fault from Communications Option Board
03A4	F6-03	Stopping method for external fault from Communications Option Board
03A5	F6-04	Trace sampling from Communications Option Board
03A7	F6-06	Torque reference/torque limit selection from optical option
03B6	F6-08	Operation selection after SI-TWDT error
03B7	F6-09	Number of SI-T BUS error detection
0400	H1-01	Terminal S3 function selection
0401	H1-02	Terminal S4 function selection
0402	H1-03	Terminal S5 function selection
0403	H1-04	Terminal S6 function selection
0404	H1-05	Terminal S7 function selection
0405	H1-06	Terminal S8 function selection
0406	H1-07	Terminal S9 function selection
0407	H1-08	Terminal S10 function selection
0408	H1-09	Terminal S11 function selection
0409	H1-10	Terminal S12 function selection
040B	H2-01	Terminal M1-M2 function selection (contact)
040C	H2-02	Terminal P1 function selection (open collector)
040D	H2-03	Terminal P2 function selection (open collector)
040E	H2-04	Terminal P3 function selection (open collector)
040F	H2-05	Terminal P4 function selection (open collector)
0410	H3-01	Signal level selection (terminal A1)
0411	H3-02	Gain (terminal A1)
0412	H3-03	Bias (terminal A1)
0413	H3-04	Signal level selection (terminal A3)
0414	H3-05	Multi-function analog input (terminal A3) function selection
0415	H3-06	Gain (terminal A3)
0416	H3-07	Bias (terminal A3)
0417	H3-08	Signal level selection (terminal A2)
0418	H3-09	Multi-function analog input (terminal A2) function selection
0419	H3-10	Gain (terminal A2)
041A	H3-11	Bias (terminal A2)
041B	H3-12	Analog input filter time constant
041D	H4-01	Monitor selection (terminal FM)
041E	H4-02	Gain (terminal FM)
041F	H4-03	Bias (terminal FM)
0420	H4-04	Monitor selection (terminal AM)
0421	H4-05	Gain (terminal AM)
0422	H4-06	Bias (terminal AM)
0423	H4-07	Analog output 1 signal level selection
0424	H4-08	Analog output 2 signal level selection
0425	H5-01	Slave address
0426	H5-02	Communication speed selection
0427	H5-03	Communication parity selection
0428	H5-04	Stopping method after communication error
0429	H5-05	Communication error detection selection
042A	H5-06	Send wait time
042B	H5-07	RTS control ON/OFF
0436	H5-10	MEMOBUS register(0025H) unit selection
042C	H6-01	Pulse train input function selection
042D	H6-02	Pulse train input scaling
042E	H6-03	Pulse train input gain
042F	H6-04	Pulse train input bias
0430	H6-05	Pulse train input filter time
0431	H6-06	Pulse train monitor selection
0432	H6-07	Pulse train monitor scaling
0480	L1-01	Motor protection selection
0481	L1-02	Motor protection time constant
0482	L1-03	Alarm operation selection during motor overheating
0483	L1-04	Motor overheating operation selection
0484	L1-05	Motor temperature input filter time constant
0485	L2-01	Momentary power loss detection
0486	L2-02	Momentary power loss ridethru time
0487	L2-03	Min. baseblock time
0488	L2-04	Voltage recovery time
0489	L2-05	Undervoltage detection level
048A	L2-06	KEB deceleration time
048B	L2-07	Momentary recovery time
048C	L2-08	Frequency reduction gain at KEB start
048F	L3-01	Stall prevention selection during accel
0490	L3-02	Stall prevention level during accel
0491	L3-03	Stall prevention limit during accel
0492	L3-04	Stall prevention selection during decel
0493	L3-05	Stall prevention selection during running
0494	L3-06	Stall prevention level during running
04C7	L3-11	Overvoltage inhibit selection
04C8	L3-12	Overvoltage inhibit voltage level
0499	L4-01	Speed agree detection level
049A	L4-02	Speed agree detection width
049B	L4-03	Speed agree detection level (+/-)
049C	L4-04	Speed agree detection width (+/-)
049D	L4-05	Operation when frequency reference is missing
049E	L5-01	Number of auto restart attempts
049F	L5-02	Auto restart operation selection
04A1	L6-01	Torque detection selection 1
04A2	L6-02	Torque detection level 1
04A3	L6-03	Torque detection time 1
04A4	L6-04	Torque detection selection 2
04A5	L6-05	Torque detection level 2
04A6	L6-06	Torque detection time 2
04A7	L7-01	Forward drive torque limit
04A8	L7-02	Reverse drive torque limit
04A9	L7-03	Forward regenerative torque limit
04AA	L7-04	Reverse regenerative torque limit
04AC	L7-06	Integral time setting for torque limit
04C9	L7-07	Control method selection for torque limit during acceleration and deceleration
04AD	L8-01	Protect selection for internal DB resistor (Type ERF)
04AE	L8-02	Overheat pre-alarm level
04AF	L8-03	Operation selection after overheat prealarm
04B1	L8-05	Input openphase protection selection
04B3	L8-07	Output open-phase protection selection
04B5	L8-09	Ground protection selection
04B6	L8-10	Cooling fan control selection
04B7	L8-11	Cooling fan control delay time
04B8	L8-12	Ambient temperature
04BB	L8-15	OL2 characteristics selection at low speeds
04BE	L8-18	Soft CLA selection
04E2	L8-32	OH1 detection of Inverter's cooling fan
04EF	L8-38	Career frequency decrease selection
04F0	L8-39	Decrease career frequency
04F2	L8-41	Current warning selection
0580	N1-01	Hunting-prevention function selection
0581	N1-02	Hunting-prevention gain
0582	N1-03	Hunting-prevention time constant
0584	N2-01	Speed feedback detection control (AFR) gain
0585	N2-02	Speed feedback detection control (AFR) time constant
0586	N2-03	Speed feedback detection control (AFR) time constant 2
0588	N3-01	High-slip braking deceleration frequency width
0589	N3-02	High-slip braking current limit
058A	N3-03	High-slip braking stop dwell time
058B	N3-04	High-slip braking OL time
059A	N4-07	Integral time of speed estimator
059B	N4-08	Proportional gain of speed estimator
059D	N4-10	High-speed proportional gain of speed estimator
059E	N4-11	Speed estimator switching frequency
05A2	N4-15	Low-speed regeneration stability coefficient 1
05A4	N4-17	Torque adjustment gain
05A5	N4-18	Feeder resistance adjustment gain
05AF	N4-28	Speed estimator switching frequency 2
05B4	N4-29	Torque adjustment gain 2
05B5	N4-30	Low-speed regeneration stability coefficient 2
05B7	N4-32	Speed estimator gain fluctuation frequency 1
05B8	N4-33	Speed estimator gain fluctuation frequency 2
05B9	N4-34	Speed estimator gain fluctuation rate
05B0	N5-01	Feed forward control selection
05B1	N5-02	Motor acceleration time
05B2	N5-03	Feed forward proportional gain
0500	o1-01	Monitor selection
0501	o1-02	Monitor selection after power up
0502	o1-03	Frequency units of reference setting and monitor
0503	o1-04	Setting unit for frequency constants related to V/f characteristics
0504	o1-05	LCD brightness adjustment
0505	o2-01	LOCAL/REMOTE key enable/disable
0506	o2-02	STOP key during control circuit terminal operation
0507	o2-03	User constant initial value
0508	o2-04	kVA selection
0509	o2-05	Frequency reference setting method selection
050A	o2-06	Operation selection when digital operator is disconnected
050B	o2-07	Cumulative operation time setting
050C	o2-08	Cumulative operation time selection
050E	o2-10	Fan operation time setting
0510	o2-12	Fault trace/fault history clear function
0512	o2-14	Output power monitor clear selection
051D	o2-18	Capacitor maintenance setting
0515	o3-01	Copy function selection
0516	o3-02	Read permitted selection
0700	T1-00	Motor 1/2 selection
0701	T1-01	Autotuning mode selection
0702	T1-02	Motor output power
0703	T1-03	Motor rated voltage
0704	T1-04	Motor rated current
0705	T1-05	Motor base frequency
0706	T1-06	Number of motor poles
0707	T1-07	Motor base speed
0708	T1-08	Number of PG pulses when turning
0709	T1-09	Motor noload current
0040	U1-01	Frequency reference
0041	U1-02	Output frequency
0042	U1-03	Output current
0043	U1-04	Control method
0044	U1-05	Motor speed
0045	U1-06	Output voltage
0046	U1-07	DC bus voltage
0047	U1-08	Output power
0048	U1-09	Torque reference
0049	U1-10	Input terminal status
004A	U1-11	Output terminal status
004B	U1-12	Operation status
004C	U1-13	Cumulative operation time
004D	U1-14	Software No. (flash memory)
004E	U1-15	Terminal A1 input voltage
004F	U1-16	Terminal A2 input current (voltage)
0050	U1-17	Terminal A3 input voltage
0051	U1-18	Motor secondary current (Iq)
0052	U1-19	Motor exciting current (Id)
0053	U1-20	Output frequency after soft-start
0054	U1-21	ASR input
0055	U1-22	ASR output
0057	U1-24	PID feedback value
0058	U1-25	DI-16H2 input status
0059	U1-26	Output voltage reference (Vq)
005A	U1-27	Output voltage reference (Vd)
005B	U1-28	Software No. (CPU)
005C	U1-29	Output power lower 4 digits
005D	U1-30	Output power upper 5 digits
005F	U1-32	ACR output of q axis
0060	U1-33	ACR output of d axis
0061	U1-34	OPE fault constant
0062	U1-35	Zero-servo movement pulses
0063	U1-36	PID input volume
0064	U1-37	PID output volume
0065	U1-38	PID target value
0066	U1-39	MEMOBUS communications error code
0067	U1-40	Cooling fan operating time
0069	U1-42	Estimated motor flux
006A	U1-43	Motor flux current compensation
006B	U1-44	ASR output without filter
006C	U1-45	Feed forward control output
006F	U1-48	Stable speed for regeneration
0071	U1-50	CF error code
007C	U1-61	Electrolytic capacitor maintenance
007E	U1-63	Cooler fan maintenance
07CF	U1-83	Peak holding current
07D0	U1-84	Output frequency when peak is held
0080	U2-01	Current fault
0081	U2-02	Previous fault
0082	U2-03	Reference frequency at fault
0083	U2-04	Output frequency at fault
0084	U2-05	Output current at fault
0085	U2-06	Motor speed at fault
0086	U2-07	Output voltage reference at fault
0087	U2-08	DC bus voltage at fault
0088	U2-09	Output power at fault
0089	U2-10	Torque reference at fault
008A	U2-11	Input terminal status at fault
008B	U2-12	Output terminal status at fault
008C	U2-13	Operation status at fault
008D	U2-14	Cumulative operation time at fault
07E6	U2-21	Peak hold current at fault
07E7	U2-22	Output frequency when peak is held at fault
0090	U3-01	Most recent fault
0091	U3-02	Second most recent fault
0092	U3-03	Third most recent fault
0093	U3-04	Fourth/oldest fault
0094	U3-05	Cumulative operation time at fault
0095	U3-06	Accumulated time of second fault
0096	U3-07	Accumulated time of third fault
0097	U3-08	Accumulated time of fourth/oldest fault
[SigDataEnd]

[SigData]-B
0001.0	Forward Run/Stop Command 1: Forward run 0: Stop
0001.1	Reverse Run/Stop Command 1: Reverse run 0: Stop
0001.2	External fault 1: Error (EFO)
0001.3	Fault reset 1: Reset command
0001.4	ComNet
0001.5	ComCtrl
0001.6	Multi-function input command 3
0001.7	Multi-function input command 4
0001.8	Multi-function input command 5
0001.9	Multi-function input command 6
0001.A	Multi-function input command 7
0001.B	Multi-function input command 8
0001.C	Multi-function input command 9
0001.D	Multi-function input command 10
0001.E	Multi-function input command 11
0001.F	Multi-function input command 12
0002	Frequency reference (Set units using constant o1-03)
0006	PID target value
0007	Analog output 1 setting (-11 V/-1540 to 11 V/1540)
0008	Analog output 2 setting (-11 V/-1540 to 11 V/1540)
0009.0	Contact output (Terminal M1-M2) 1: ON 0: OFF
0009.1	PHC1(Contact P1-PC) 1: ON 0: OFF
0009.2	PHC2(Contact P2-PC) 1: ON 0: OFF
0009.3	PHC3(Contact P3-PC) 1: ON 0: OFF
0009.4	PHC4(Contact P4-PC) 1: ON 0: OFF
0009.6	Set error contact (terminal MA-MC) output using bit 7. 1: ON 0: OFF
0009.7	Error contact (terminal MA-MC) 1: ON 0: OFF
000F.1	Use MEMOBUS 0006H PID target value 1: Enabled 0: Disabled
000F.C	Broadcast data terminal S5 input 1: Enabled 0: Disabled
000F.D	Broadcast data terminal S6 input 1: Enabled 0: Disabled
000F.E	Broadcast data terminal S7 input 1: Enabled 0: Disabled
000F.F	Broadcast data terminal S8 input 1: Enabled 0: Disabled
0020.0	Operation 1: Operating 0: Stopped
0020.1	Reverse operation 1: Reverse operation 0: Forward operation
0020.2	Inverter startup complete 1: Completed 2: Not completed
0020.3	Error 1: Error
0020.4	Data setting error 1: Error
0020.5	Multi-function contact output (terminal M1 - M2) 1: ON 0: OFF
0020.6	Multi-function PHC output 1 (terminal P1 - PC) 1: ON 0: OFF
0020.7	Multi-function PHC output 2 (terminal P2 - PC) 1: ON 0: OFF
0020.8	Multi-function PHC output 3 (terminal P3 - C3) 1: ON 0: OFF
0020.9	Multi-function PHC output 4 (terminal P4 - C4) 1: ON 0: OFF
0021.0	Overcurrent (OC) Ground fault (GF)
0021.1	Main circuit overvoltage (OV) 
0021.2	Inverter overload (OL2) 
0021.3	Inverter overheat (OH1, OH2) 
0021.4	Injection brake transistor resistance overheat (rr, rH) 
0021.5	Fuse blown (PUF) 
0021.6	PID feedback reference lost (FbL) 
0021.7	External fault (EF, EFO) 
0021.8	Hardware error (CPF) 
0021.9	Motor overload (OL1), overtorque 1 (OL3) detected, or overtorque 2 (OL4) detected 
0021.A	PG broken wire detected (PGO), Overspeed (OS), Speed deviation (DEV) 
0021.B	Main circuit undervoltage (UV) detected 
0021.C	Main circuit undervoltage (UV1), control power supply error (UV2), inrush prevention circuit error (UV3), power loss
0021.D	SPO output phase open, SPI output phase open
0021.E	MEMOBUS communications error (CE)
0021.F	Operator disconnected (OPR) 
0022.0	Writing data
0022.3	Upper and lower limit errors
0022.4	Data integrity error
0023	Frequency reference (U1-01)
0024	Output frequency (U1-02)
0025	Output voltage reference (U1-06)
0026	Output current (U1-03)
0027	Output power (U1-08)
0028	Torque reference (U1-09)
002B.0	1: Control circuit terminal S1 ON
002B.1	1: Control circuit terminal S2 ON
002B.2	1: Control circuit terminal S3 ON
002B.3	1: Control circuit terminal S4 ON
002B.4	1: Control circuit terminal S5 ON
002B.5	1: Control circuit terminal S6 ON
002B.6	1: Control circuit terminal S7 ON
002B.7	1: Control circuit terminal S8 ON
002B.8	1: Control circuit terminal S9 ON
002B.9	1: Control circuit terminal S10 ON
002B.A	1: Control circuit terminal S11 ON
002B.B	1: Control circuit terminal S12 ON
002C.0	Operation 1: Operating
002C.1	Zero-speed 1: Zero-speed
002C.2	Frequency matching 1: Matched
002C.3	User-defined speed matching 1: Matched
002C.4	Frequency detection 1 1: Output frequency ≤ L4-01
002C.5	Frequency detection 2 1: Output frequency ≥ L4-01
002C.6	Inverter startup completed 1: Startup completed
002C.7	Low voltage detection 1: Detected
002C.8	Baseblock 1: Inverter output baseblock
002C.9	Frequency reference mode 1: Not communications 0: Communications
002C.A	Run Command mode 1: Not communications 0: Communications
002C.B	Overtorque detection 1: Detected
002C.C	Frequency reference lost 1: Lost
002C.D	Retrying error 1: Retrying
002C.E	Error (including MEMOBUS communications time-out) 1:Error occurred
002C.F	MEMOBUS communications time-out 1: Timed out
002D.0	Multi-function contact output (terminal M1-M2) 1: ON 0: OFF
002D.1	Multi-function PHC output 1 (terminal P1 - PC) 1: ON 0: OFF
002D.2	Multi-function PHC output 2 (terminal P2 - PC) 1: ON 0: OFF
002D.3	Multi-function PHC output 3 (terminal P3 - C3) 1: ON 0: OFF
002D.4	Multi-function PHC output 4 (terminal P4 - C4) 1: ON 0: OFF
0031	Main circuit DC voltage
0032	Torque monitor
0033	Output power (U1-08)
0038	PID feedback quantity (Input equivalent to 100%/Max. output frequency; 10/1%; without sign)
0039	PID input quantity (±100%/±Max. output frequency; 10/1%; with sign)
003A	PID output quantity (±100%/±Max. output frequency; 10/1%; with sign)
003B	CPU software number
003C	Flash software number
003D.0	CRC error
003D.1	Invalid data length
003D.3	Parity error
003D.4	Overrun error
003D.5	Framing error
003D.6	Time-out
003E	kVA setting
003F	Control method
0900	Write constant data to EEPROM
0910	Constant data is not written to EEPROM, but refreshed in RAM only.
0100	A1-00	Language selection for Digital Operator display
0101	A1-01	Constant access level
0102	A1-02	Control method selection
0103	A1-03	Initialize
0104	A1-04	Password
0105	A1-05	Password setting
0106	A2-01	User setting constants
0107	A2-02	User setting constants
0108	A2-03	User setting constants
0109	A2-04	User setting constants
010A	A2-05	User setting constants
010B	A2-06	User setting constants
010C	A2-07	User setting constants
010D	A2-08	User setting constants
010E	A2-09	User setting constants
010F	A2-10	User setting constants
0110	A2-11	User setting constants
0111	A2-12	User setting constants
0112	A2-13	User setting constants
0113	A2-14	User setting constants
0114	A2-15	User setting constants
0115	A2-16	User setting constants
0116	A2-17	User setting constants
0117	A2-18	User setting constants
0118	A2-19	User setting constants
0119	A2-20	User setting constants
011A	A2-21	User setting constants
011B	A2-22	User setting constants
011C	A2-23	User setting constants
011D	A2-24	User setting constants
011E	A2-25	User setting constants
011F	A2-26	User setting constants
0120	A2-27	User setting constants
0121	A2-28	User setting constants
0122	A2-29	User setting constants
0123	A2-30	User setting constants
0124	A2-31	User setting constants
0125	A2-32	User setting constants
0180	b1-01	Reference selection
0181	b1-02	Operation method selection
0182	b1-03	Stopping method selection
0183	b1-04	Prohibition of reverse operation
0184	b1-05	Operation selection for setting E1-09 or less
0185	b1-06	Read sequence input twice
0186	b1-07	Operation selection after switching to remote mode
0187	b1-08	Run Command selection in programming modes
01DE	b1-10	Mode selection for zero-speed
0189	b2-01	Zero-speed level (DC injection braking starting frequency)
018A	b2-02	DC injection braking current
018B	b2-03	DC injection braking time at start
018C	b2-04	DC injection braking time at stop
0190	b2-08	Magnetic flux compensation volume
0191	b3-01	Speed search selection (current detection or speed calculation)
0192	b3-02	Speed search operating current (current detection)
0193	b3-03	Speed search deceleration time (current detection)
0195	b3-05	Speed search wait time (current detection or speed calculation)
019A	b3-10	Speed search detection compensation gain (speed calculation)
019D	b3-13	Proportional gain of the speed estimator during speed search
019E	b3-14	Rotation direction search selection
01F0	b3-17	Speed search retrial current level
01F1	b3-18	Speed search retrial detection time
01F2	b3-19	Number of speed search retrials
01A3	b4-01	Timer function ON-delay time
01A4	b4-02	Timer function OFF-delay time
01A5	b5-01	PID control method selection
01A6	b5-02	Proportional gain (P)
01A7	b5-03	Integral (I) time
01A8	b5-04	Integral (I) limit
01A9	b5-05	Derivative (D) time
01AA	b5-06	PID limit
01AB	b5-07	PID offset adjustment
01AC	b5-08	PID primary delay time constant
01AD	b5-09	PID output characteristics selection
01AE	b5-10	PID output gain
01AF	b5-11	PID reverse output selection
01B0	b5-12	Selection of PID feedback command loss detection
01B1	b5-13	PID feedback command loss detection level
01B2	b5-14	PID feedback command loss detection time
01B3	b5-15	PID sleep function operation level
01B4	b5-16	PID sleep operation delay time
01B5	b5-17	Accel/decel time for PID reference
01B6	b6-01	Dwell frequency at start
01B7	b6-02	Dwell time at start
01B8	b6-03	Dwell frequency at stop
01B9	b6-04	Dwell time at stop
01CA	b7-01	Droop control gain
01CB	b7-02	Droop control delay time
01CC	b8-01	Energy-saving mode selection
01CD	b8-02	Energy-saving gain
01CE	b8-03	Energy-saving filter time constant
01CF	b8-04	Energy-saving coefficient
01D0	b8-05	Power detection filter time constant
01D1	b8-06	Search operation voltage limiter
01DA	b9-01	Zero-servo gain
01DB	b9-02	Zero-servo completion width
0200	C1-01	Acceleration time 1
0201	C1-02	Deceleration time 1
0202	C1-03	Acceleration time 2
0203	C1-04	Deceleration time 2
0204	C1-05	Acceleration time 3
0205	C1-06	Deceleration time 3
0206	C1-07	Acceleration time 4
0207	C1-08	Deceleration time 4
0208	C1-09	Emergency stop time
0209	C1-10	Accel/decel time setting unit
020A	C1-11	Accel/decel time switching frequency
020B	C2-01	S-curve characteristic time at acceleration start
020C	C2-02	S-curve characteristic time at acceleration end
020D	C2-03	S-curve characteristic time at deceleration start
020E	C2-04	S-curve characteristic time at deceleration end
020F	C3-01	Slip compensation gain
0210	C3-02	Slip compensation primary delay time
0211	C3-03	Slip compensation limit
0212	C3-04	Slip compensation selection during regeneration
0213	C3-05	Output voltage limit operation selection
0215	C4-01	Torque compensation gain
0216	C4-02	Torque compensation primary delay time constant
0217	C4-03	Forward starting torque
0218	C4-04	Reverse starting torque
0219	C4-05	Starting torque time constant
021B	C5-01	ASR proportional (P) gain 1
021C	C5-02	ASR integral (I) time 1
021D	C5-03	ASR proportional (P) gain 2
021E	C5-04	ASR integral (I) time 2
021F	C5-05	ASR limit
0220	C5-06	ASR primary delay time
0221	C5-07	ASR switching frequency
0222	C5-08	ASR integral (I) limit
0231	C5-10	ASR primary delay time 2
0224	C6-02	Carrier frequency selection
0225	C6-03	Carrier frequency upper limit
0226	C6-04	Carrier frequency lower limit
0227	C6-05	Carrier frequency proportional gain
022D	C6-11	Carrier frequency for open-loop vector 2 control
0280	d1-01	Frequency reference 1
0281	d1-02	Frequency reference 2
0282	d1-03	Frequency reference 3
0283	d1-04	Frequency reference 4
0284	d1-05	Frequency reference 5
0285	d1-06	Frequency reference 6
0286	d1-07	Frequency reference 7
0287	d1-08	Frequency reference 8
0288	d1-09	Frequency reference 9
028B	d1-10	Frequency reference 10
028C	d1-11	Frequency reference 11
028D	d1-12	Frequency reference 12
028E	d1-13	Frequency reference 13
028F	d1-14	Frequency reference 14
0290	d1-15	Frequency reference 15
0291	d1-16	Frequency reference 16
0292	d1-17	Jog frequency reference
0289	d2-01	Frequency reference upper limit
028A	d2-02	Frequency reference lower limit
0293	d2-03	Master speed reference lower limit
0294	d3-01	Jump frequency 1
0295	d3-02	Jump frequency 2
0296	d3-03	Jump frequency 3
0297	d3-04	Jump frequency width
0298	d4-01	Frequency reference hold function selection
0299	d4-02	+ - Speed limits
029A	d5-01	Torque control selection
029B	d5-02	Torque reference delay time
029C	d5-03	Speed limit selection
029D	d5-04	Speed limit
029E	d5-05	Speed limit bias
029F	d5-06	Speed/torque control switching timer
02A6	d5-07	Rotation direction limit operation selection
02A0	d6-01	Field weakening level
02A1	d6-02	Field frequency
02A2	d6-03	Field forcing function selection
02A4	d6-05	AR time constant
02A5	d6-06	Field forcing limit
0300	E1-01	Input voltage setting
0302	E1-03	V/f pattern selection
0303	E1-04	Max. output frequency
0304	E1-05	Max. voltage
0305	E1-06	Base frequency
0306	E1-07	Mid. output frequency
0307	E1-08	Mid. output frequency voltage
0308	E1-09	Min. output frequency
0309	E1-10	Min. output frequency voltage
030A	E1-11	Mid. output frequency 2
030B	E1-12	Mid. output frequency voltage 2
030C	E1-13	Base voltage
030E	E2-01	Motor rated current
030F	E2-02	Motor rated slip
0310	E2-03	Motor noload current
0311	E2-04	Number of motor poles
0312	E2-05	Motor line-to-line resistance
0313	E2-06	Motor leak inductance
0314	E2-07	Motor iron saturation coefficient 1
0315	E2-08	Motor iron saturation coefficient 2
0316	E2-09	Motor mechanical loss
0317	E2-10	Motor iron loss for torque compensation
0318	E2-11	Motor rated output
0328	E2-12	Motor iron saturation coefficient 3
0319	E3-01	Motor 2 control method selection
031A	E3-02	Motor 2 max. output frequency (FMAX)
031B	E3-03	Motor 2 max. voltage (VMAX)
031C	E3-04	Motor 2 max. voltage frequency (FA)
031D	E3-05	Motor 2 mid. output frequency 1 (FB)
031E	E3-06	Motor 2 mid. output frequency voltage 1 (VC)
031F	E3-07	Motor 2 min. output frequency (FMIN)
0320	E3-08	Motor 2 min. output frequency voltage (VMIN)
0321	E4-01	Motor 2 rated current
0322	E4-02	Motor 2 rated slip
0323	E4-03	Motor 2 noload current
0324	E4-04	Motor 2 number of poles (number of poles)
0325	E4-05	Motor 2 line-to-line resistance
0326	E4-06	Motor 2 leak inductance
0327	E4-07	Motor 2 rated capacity
0380	F1-01	PG constant
0381	F1-02	Operation selection at PG open circuit (PGO)
0382	F1-03	Operation selection at overspeed (OS)
0383	F1-04	Operation selection at deviation
0384	F1-05	PG rotation
0385	F1-06	PG division rate (PG pulse monitor)
0386	F1-07	Integral value during accel/decel enable/disable
0387	F1-08	Overspeed detection level
0388	F1-09	Overspeed detection delay time
0389	F1-10	Excessive speed deviation detection level
038A	F1-11	Excessive speed deviation detection delay time
038B	F1-12	Number of PG gear teeth 1
038C	F1-13	Number of PG gear teeth 2
038D	F1-14	PG open-circuit detection time
038F	F2-01	Bi-polar or uni-polar input selection
0390	F3-01	Digital input option
0391	F4-01	Channel 1 monitor selection
0392	F4-02	Channel 1 gain
0393	F4-03	Channel 2 monitor selection
0394	F4-04	Channel 2 gain
0395	F4-05	Channel 1 output monitor bias
0396	F4-06	Channel 2 output monitor bias
0397	F4-07	Analog output signal level for channel 1
0398	F4-08	Analog output signal level for channel 2
0399	F5-01	Channel 1 output selection
039A	F5-02	Channel 2 output selection
039B	F5-03	Channel 3 output selection
039C	F5-04	Channel 4 output selection
039D	F5-05	Channel 5 output selection
039E	F5-06	Channel 6 output selection
039F	F5-07	Channel 7 output selection
03A0	F5-08	Channel 8 output selection
03A1	F5-09	DO-08 output mode selection
03A2	F6-01	Operation selection after communications error
03A3	F6-02	Input level of external fault from Communications Option Board
03A4	F6-03	Stopping method for external fault from Communications Option Board
03A5	F6-04	Trace sampling from Communications Option Board
03A7	F6-06	Torque reference/torque limit selection from optical option
03B6	F6-08	Operation selection after SI-TWDT error
03B7	F6-09	Number of SI-T BUS error detection
0400	H1-01	Terminal S3 function selection
0401	H1-02	Terminal S4 function selection
0402	H1-03	Terminal S5 function selection
0403	H1-04	Terminal S6 function selection
0404	H1-05	Terminal S7 function selection
0405	H1-06	Terminal S8 function selection
0406	H1-07	Terminal S9 function selection
0407	H1-08	Terminal S10 function selection
0408	H1-09	Terminal S11 function selection
0409	H1-10	Terminal S12 function selection
040B	H2-01	Terminal M1-M2 function selection (contact)
040C	H2-02	Terminal P1 function selection (open collector)
040D	H2-03	Terminal P2 function selection (open collector)
040E	H2-04	Terminal P3 function selection (open collector)
040F	H2-05	Terminal P4 function selection (open collector)
0410	H3-01	Signal level selection (terminal A1)
0411	H3-02	Gain (terminal A1)
0412	H3-03	Bias (terminal A1)
0413	H3-04	Signal level selection (terminal A3)
0414	H3-05	Multi-function analog input (terminal A3) function selection
0415	H3-06	Gain (terminal A3)
0416	H3-07	Bias (terminal A3)
0417	H3-08	Signal level selection (terminal A2)
0418	H3-09	Multi-function analog input (terminal A2) function selection
0419	H3-10	Gain (terminal A2)
041A	H3-11	Bias (terminal A2)
041B	H3-12	Analog input filter time constant
041D	H4-01	Monitor selection (terminal FM)
041E	H4-02	Gain (terminal FM)
041F	H4-03	Bias (terminal FM)
0420	H4-04	Monitor selection (terminal AM)
0421	H4-05	Gain (terminal AM)
0422	H4-06	Bias (terminal AM)
0423	H4-07	Analog output 1 signal level selection
0424	H4-08	Analog output 2 signal level selection
0425	H5-01	Slave address
0426	H5-02	Communication speed selection
0427	H5-03	Communication parity selection
0428	H5-04	Stopping method after communication error
0429	H5-05	Communication error detection selection
042A	H5-06	Send wait time
042B	H5-07	RTS control ON/OFF
0436	H5-10	MEMOBUS register(0025H) unit selection
042C	H6-01	Pulse train input function selection
042D	H6-02	Pulse train input scaling
042E	H6-03	Pulse train input gain
042F	H6-04	Pulse train input bias
0430	H6-05	Pulse train input filter time
0431	H6-06	Pulse train monitor selection
0432	H6-07	Pulse train monitor scaling
0480	L1-01	Motor protection selection
0481	L1-02	Motor protection time constant
0482	L1-03	Alarm operation selection during motor overheating
0483	L1-04	Motor overheating operation selection
0484	L1-05	Motor temperature input filter time constant
0485	L2-01	Momentary power loss detection
0486	L2-02	Momentary power loss ridethru time
0487	L2-03	Min. baseblock time
0488	L2-04	Voltage recovery time
0489	L2-05	Undervoltage detection level
048A	L2-06	KEB deceleration time
048B	L2-07	Momentary recovery time
048C	L2-08	Frequency reduction gain at KEB start
048F	L3-01	Stall prevention selection during accel
0490	L3-02	Stall prevention level during accel
0491	L3-03	Stall prevention limit during accel
0492	L3-04	Stall prevention selection during decel
0493	L3-05	Stall prevention selection during running
0494	L3-06	Stall prevention level during running
04C7	L3-11	Overvoltage inhibit selection
04C8	L3-12	Overvoltage inhibit voltage level
0499	L4-01	Speed agree detection level
049A	L4-02	Speed agree detection width
049B	L4-03	Speed agree detection level (+/-)
049C	L4-04	Speed agree detection width (+/-)
049D	L4-05	Operation when frequency reference is missing
049E	L5-01	Number of auto restart attempts
049F	L5-02	Auto restart operation selection
04A1	L6-01	Torque detection selection 1
04A2	L6-02	Torque detection level 1
04A3	L6-03	Torque detection time 1
04A4	L6-04	Torque detection selection 2
04A5	L6-05	Torque detection level 2
04A6	L6-06	Torque detection time 2
04A7	L7-01	Forward drive torque limit
04A8	L7-02	Reverse drive torque limit
04A9	L7-03	Forward regenerative torque limit
04AA	L7-04	Reverse regenerative torque limit
04AC	L7-06	Integral time setting for torque limit
04C9	L7-07	Control method selection for torque limit during acceleration and deceleration
04AD	L8-01	Protect selection for internal DB resistor (Type ERF)
04AE	L8-02	Overheat pre-alarm level
04AF	L8-03	Operation selection after overheat prealarm
04B1	L8-05	Input openphase protection selection
04B3	L8-07	Output open-phase protection selection
04B5	L8-09	Ground protection selection
04B6	L8-10	Cooling fan control selection
04B7	L8-11	Cooling fan control delay time
04B8	L8-12	Ambient temperature
04BB	L8-15	OL2 characteristics selection at low speeds
04BE	L8-18	Soft CLA selection
04E2	L8-32	OH1 detection of Inverter's cooling fan
04EF	L8-38	Career frequency decrease selection
04F0	L8-39	Decrease career frequency
04F2	L8-41	Current warning selection
0580	N1-01	Hunting-prevention function selection
0581	N1-02	Hunting-prevention gain
0582	N1-03	Hunting-prevention time constant
0584	N2-01	Speed feedback detection control (AFR) gain
0585	N2-02	Speed feedback detection control (AFR) time constant
0586	N2-03	Speed feedback detection control (AFR) time constant 2
0588	N3-01	High-slip braking deceleration frequency width
0589	N3-02	High-slip braking current limit
058A	N3-03	High-slip braking stop dwell time
058B	N3-04	High-slip braking OL time
059A	N4-07	Integral time of speed estimator
059B	N4-08	Proportional gain of speed estimator
059D	N4-10	High-speed proportional gain of speed estimator
059E	N4-11	Speed estimator switching frequency
05A2	N4-15	Low-speed regeneration stability coefficient 1
05A4	N4-17	Torque adjustment gain
05A5	N4-18	Feeder resistance adjustment gain
05AF	N4-28	Speed estimator switching frequency 2
05B4	N4-29	Torque adjustment gain 2
05B5	N4-30	Low-speed regeneration stability coefficient 2
05B7	N4-32	Speed estimator gain fluctuation frequency 1
05B8	N4-33	Speed estimator gain fluctuation frequency 2
05B9	N4-34	Speed estimator gain fluctuation rate
05B0	N5-01	Feed forward control selection
05B1	N5-02	Motor acceleration time
05B2	N5-03	Feed forward proportional gain
0500	o1-01	Monitor selection
0501	o1-02	Monitor selection after power up
0502	o1-03	Frequency units of reference setting and monitor
0503	o1-04	Setting unit for frequency constants related to V/f characteristics
0504	o1-05	LCD brightness adjustment
0505	o2-01	LOCAL/REMOTE key enable/disable
0506	o2-02	STOP key during control circuit terminal operation
0507	o2-03	User constant initial value
0508	o2-04	kVA selection
0509	o2-05	Frequency reference setting method selection
050A	o2-06	Operation selection when digital operator is disconnected
050B	o2-07	Cumulative operation time setting
050C	o2-08	Cumulative operation time selection
050E	o2-10	Fan operation time setting
0510	o2-12	Fault trace/fault history clear function
0512	o2-14	Output power monitor clear selection
051D	o2-18	Capacitor maintenance setting
0515	o3-01	Copy function selection
0516	o3-02	Read permitted selection
0700	T1-00	Motor 1/2 selection
0701	T1-01	Autotuning mode selection
0702	T1-02	Motor output power
0703	T1-03	Motor rated voltage
0704	T1-04	Motor rated current
0705	T1-05	Motor base frequency
0706	T1-06	Number of motor poles
0707	T1-07	Motor base speed
0708	T1-08	Number of PG pulses when turning
0709	T1-09	Motor noload current
0040	U1-01	Frequency reference
0041	U1-02	Output frequency
0042	U1-03	Output current
0043	U1-04	Control method
0044	U1-05	Motor speed
0045	U1-06	Output voltage
0046	U1-07	DC bus voltage
0047	U1-08	Output power
0048	U1-09	Torque reference
0049.0	U1-10	1: FWD command (S1) is ON. (Input terminal status)
0049.1	U1-10	1: REV command (S2) is ON. (Input terminal status)
0049.2	U1-10	1: Multi input 1 (S3) is ON. (Input terminal status)
0049.3	U1-10	1: Multi input 2 (S4) is ON. (Input terminal status)
0049.4	U1-10	1: Multi input 3 (S5) is ON. (Input terminal status)
0049.5	U1-10	1: Multi input 4 (S6) is ON. (Input terminal status)
0049.6	U1-10	1: Multi input 5 (S7) is ON. (Input terminal status)
0049.7	U1-10	1: Multi input 6 (S8) is ON. (Input terminal status)
0049.8	U1-10	1: Multi input 7 (S9) is ON. (Input terminal status)
0049.9	U1-10	1: Multi input 8 (S10) is ON. (Input terminal status)
0049.A	U1-10	1: Multi input 9 (S11) is ON. (Input terminal status)
0049.B	U1-10	1: Multi input 10 (S12) is ON. (Input terminal status)
004A.0	U1-11	1: Multi-function contact output (Output terminal status)
004A.1	U1-11	1: Multi-function contact output 1 (Output terminal status)
004A.2	U1-11	1: Multi-function contact output 2 (Output terminal status)
004A.3	U1-11	1: Multi-function contact output 3 (P3) is ON.
004A.4	U1-11	1: Multi-function contact output 4 (P4) is ON.
004A.7	U1-11	1: Error output (Output terminal status)
004B.0	U1-12	1: Run (Operation status)
004B.1	U1-12	1: Zero speed (Operation status)
004B.2	U1-12	1: Reverse (Operation status)
004B.3	U1-12	1: Reset signal input (Operation status)
004B.4	U1-12	1: Speed agree (Operation status)
004B.5	U1-12	1: Inverter ready (Operation status)
004B.6	U1-12	1: Minor fault (Operation status)
004B.7	U1-12	1: Major fault (Operation status)
004C	U1-13	Cumulative operation time
004D	U1-14	Software No. (flash memory)
004E	U1-15	Terminal A1 input voltage
004F	U1-16	Terminal A2 input current (voltage)
0050	U1-17	Terminal A3 input voltage
0051	U1-18	Motor secondary current (Iq)
0052	U1-19	Motor exciting current (Id)
0053	U1-20	Output frequency after soft-start
0054	U1-21	ASR input
0055	U1-22	ASR output
0057	U1-24	PID feedback value
0058	U1-25	DI-16H2 input status
0059	U1-26	Output voltage reference (Vq)
005A	U1-27	Output voltage reference (Vd)
005B	U1-28	Software No. (CPU)
005C	U1-29	Output power lower 4 digits
005D	U1-30	Output power upper 5 digits
005F	U1-32	ACR output of q axis
0060	U1-33	ACR output of d axis
0061	U1-34	OPE fault constant
0062	U1-35	Zero-servo movement pulses
0063	U1-36	PID input volume
0064	U1-37	PID output volume
0065	U1-38	PID target value
0066.0	U1-39	1: CRC error (MEMOBUS communications error code)
0066.1	U1-39	1: Data length error (MEMOBUS communications error code)
0066.3	U1-39	1: Parity error (MEMOBUS communications error code)
0066.4	U1-39	1: Overrun error (MEMOBUS communications error code)
0066.5	U1-39	1: Framing error (MEMOBUS communications error code)
0066.6	U1-39	1: Timeout (MEMOBUS communications error code)
0067	U1-40	Cooling fan operating time
0069	U1-42	Estimated motor flux
006A	U1-43	Motor flux current compensation
006B	U1-44	ASR output without filter
006C	U1-45	Feed forward control output
006F	U1-48	Stable speed for regeneration
0071	U1-50	CF error code
007C	U1-61	Electrolytic capacitor maintenance
007E	U1-63	Cooler fan maintenance
07CF	U1-83	Peak holding current
07D0	U1-84	Output frequency when peak is held
0080	U2-01	Current fault
0081	U2-02	Previous fault
0082	U2-03	Reference frequency at fault
0083	U2-04	Output frequency at fault
0084	U2-05	Output current at fault
0085	U2-06	Motor speed at fault
0086	U2-07	Output voltage reference at fault
0087	U2-08	DC bus voltage at fault
0088	U2-09	Output power at fault
0089	U2-10	Torque reference at fault
008A	U2-11	Input terminal status at fault
008B	U2-12	Output terminal status at fault
008C	U2-13	Operation status at fault
008D	U2-14	Cumulative operation time at fault
07E6	U2-21	Peak hold current at fault
07E7	U2-22	Output frequency when peak is held at fault
0090	U3-01	Most recent fault
0091	U3-02	Second most recent fault
0092	U3-03	Third most recent fault
0093	U3-04	Fourth/oldest fault
0094	U3-05	Cumulative operation time at fault
0095	U3-06	Accumulated time of second fault
0096	U3-07	Accumulated time of third fault
0097	U3-08	Accumulated time of fourth/oldest fault
[SigDataEnd]-B