[F-SigData]
F00	Data protection
F01	Frequency command 1
F02	Operation method
F03	Maximum frequency 1
F04	Base frequency 1
F05	Rated voltage 1(at Base frequency 1)
F06	Maximum voltage 1(at Maximum frequency 1)
F07	Acceleration time 1
F08	Deceleration time 1
F09	Torque boost 1
F10	Electronic thermal overload relay for motor 1(Select)
F11	Electronic thermal overload relay for motor 1(Level)
F12	Electronic thermal overload relay for motor 1(Thermal time constant)
F13	Electronic thermal overload relay(for braking resistor)
F14	Restart mode after momentary power failure
F15	Frequency limiter(High)
F16	Frequency limiter(Low)
F17	Gain (for frequency setting signal)
F18	Bias frequency
F20	DC brake(Starting freq.)
F21	DC brake(Braking level)
F22	DC brake(Braking time)
F23	Starting frequency(Freq.)
F24	Starting frequency(Holding time)
F25	Stop frequency
F26	Motor sound(Carrier freq.)
F27	Motor sound(Sound tone)
F29	FMA and FMP terminals(Select)
F30	FMA(Voltage adjust)
F31	FMA(Function)
F33	FMP(Pulse rate)
F34	FMP(Voltage adjust)
F35	FMP(Function)
F36	30RY operation mode
F40	Torque limiter 1(Driving)
F41	Torque limiter 1(Braking)
F42	Torque vector control 1
[F-SigDataEnd]

[E-SigData]
E01	X1 terminal function
E02	X2 terminal function
E03	X3 terminal function
E04	X4 terminal function
E05	X5 terminal function
E10	Acceleration time 2
E11	Deceleration time 2
E16	Torque limiter 2(Driving)
E17	Torque limiter 2(Braking)
E20	Y1 terminal function
E21	Y2 terminal function
E29	Frequecy equivalence delay
E30	FAR function signal(Hysteresis)
E31	FDT function signal(Level)
E32	FDT function signal(Hysteresis)
E33	OL function signal(Mode select)
E34	OL function signal(Level)
E35	OL function signal(Timer)
E40	Display coefficient A
E41	Display coefficient B
E42	LED Display filter
[E-SigDataEnd]

[C-SigData]
C01	Jump frequency(Jump freq. 1)
C02	Jump frequency(Jump freq. 2)
C03	Jump frequency(Jump freq. 3)
C04	Jump frequency(Hysteresis)
C05	Multistep frequency setting(Freq. 1)
C06	Multistep frequency setting(Freq. 2)
C07	Multistep frequency setting(Freq. 3)
C08	Multistep frequency setting(Freq. 4)
C09	Multistep frequency setting(Freq. 5)
C10	Multistep frequency setting(Freq. 6)
C11	Multistep frequency setting(Freq. 7)
C12	Multistep frequency setting(Freq. 8)
C13	Multistep frequency setting(Freq. 9)
C14	Multistep frequency setting(Freq. 10)
C15	Multistep frequency setting(Freq. 11)
C16	Multistep frequency setting(Freq. 12)
C17	Multistep frequency setting(Freq. 13)
C18	Multistep frequency setting(Freq. 14)
C19	Multistep frequency setting(Freq. 15)
C21	Timer operation
C22	Timer operation(Stage 1)
C30	Frequency command 2
C31	Offset(terminal 12)
C32	Offset(terminal C1)
C33	Analog setting signal filter
[C-SigDataEnd]

[P-SigData]
P01	Number of motor 1 poles
P02	Motor 1(Capacity)
P03	Motor 1(Rated current)
P04	Motor 1(Tuning)
P05	Motor 1(On-line Tuning)
P06	Motor 1(No-load current)
P07	Motor 1(%R1 setting)
P08	Motor 1(%X setting)
P09	Slip compensation control 1
P10	Slip compensation response time
[P-SigDataEnd]

[H-SigData]
H01	Accumulated operation time
H02	Trip history
H03	Data initializing(Data reset)
H04	Auto-reset(Times)
H05	Auto-reset(Reset interval)
H06	Fan stop operation
H07	ACC/DEC pattern(Mode select)
H09	Start mode(Rotating motor pick up)
H10	Energy-saving operation
H11	DEC mode
H12	Instantaneous overcurrent limiting
H13	Auto-restart(Restart time)
H14	Auto-restart(Freq. fall rate)
H20	PID control(Mode select)
H21	PID control(Feedback signal)
H22	PID control(P-gain)
H23	PID control(I-gain)
H24	PID control(D-gain)
H25	PID control(Feedback filter)
H26	PTC thermistor(Mode select)
H27	PTC thermistor(level)
H28	Droop operation
H30	Serial link (Function select)
H31	RS-485(Address)
H32	RS-485(Mode select on no response error)
H33	RS-485(Timer)
H34	RS-485(Baud rate)
H35	RS-485(Data length)
H36	RS-485(Parity check)
H37	RS-485(Stop bits)
H38	RS-485(No response error detection time)
H39	RS-485(Response interval)
H40	Maximum temperature of heat sink
H41	Maximum effective current
H42	Main circuit capacitor lifetime
H43	Cooling fan accumulated operation time
H44	Inverter ROM version
H45	Keypad panel ROM version
H46	Option ROM version
[H-SigDataEnd]

[A-SigData]
A01	Maximum frequency 2 
A02	Base frequency 2 
A03	Rated voltage 2(at Base frequency 2) 
A04	Maximum voltage 2(at Maximum frequency 2)
A05	Torque boost 2
A06	Electronic thermal overload relay for motor 2(Select)
A07	Electronic thermal overload relay for motor 2(Level)
A08	Electronic thermal overload relay for motor 2(Thermal time constant)
A09	Torque vector control 2
A10	Number of motor 2 poles
A11	Motor 2(Capacity)
A12	Motor 2(Rated current)
A13	Motor 2(Tuning)
A14	Motor 2(On-line Tuning)
A15	Motor 2(No-load current)
A16	Motor 2(%R1 setting)
A17	Motor 2(%X setting)
A18	Slip compensation control 2
A19	Slip compensation response time
[A-SigDataEnd]

[o-SigData]
o00	Option select
[o-SigDataEnd]

[S-SigData]
S01	Frequency reference
S05	Setting frequency
S06	Operation command
S08	Acceleration time
S09	Deceleration time
S10	Torque limit level 1
S11	Torque limit level 2
[S-SigDataEnd]

[M-SigData]
M01	Frequency monitor
M05	Setting frequency
M06	Output frequency 1
M07	Torque calculation value
M08	Torque current
M09	Output frequency
M10	Input power
M11	Output current
M12	Output voltage
M13	Operation command (Final data)
M14	Operating state
M15	General-purpose output terminal information
M16	Fault memory 0
M17	Fault memory (1st prior)
M18	Fault memory (2nd prior)
M19	Fault memory (3rd prior)
M20	Operating time
M21	DC link circuit voltage
M23	Type code
M24	Capacity code
M25	ROM version
M26	Transmission error processing code
M46	Life of main circuit capacitor
M48	Life of cooling fan
[M-SigDataEnd]