[F-SigData]
F00	Data Protection
F01	Frequency Command 1
F02	Operation Method
F03	Maximum Frequency 1
F04	Base Frequency 1
F05	Rated Voltage at Base Freqency 1
F06	Maximum Output Voltage 1
F07	Acceleration Time 1
F08	Deceleration Time 1
F09	Torque Boost 1
F10	Electronic Thermal Overload Protect M1 (Characteristics)
F11	Electronic Thermal Overload Protect M1 (Level)
F12	Electronic Thermal Overload Protect M1 (Thermal time const)
F14	Restart Mode after Momentary Power Failure (Mode selection)
F15	Frequency Limiter (High)
F16	Frequency Limiter (Low)
F18	Bias (Frequency command 1)
F20	DC Braking 1 (Braking starting frequency)
F21	DC Braking 1 (Braking level)
F22	DC Braking 1 (Braking time)
F23	Starting Frequency 1
F24	Starting Frequency 1 (Holding time)
F25	Stop Frequency
F26	Motor Sound (Carrier frequency)
F27	Motor Sound (Tone)
F29	Analog Output [FMA] (Mode selection)
F30	Analog Output [FMA] (Voltage adjustment)
F31	Analog Output [FMA] (Function)
F33	Pulse Output [FMP] (Pulse rate)
F34	Pulse Output [FMP] (Gain to output voltage)
F35	Pulse Output [FMP] (Function)
F37	Load Selection/Auto Torque Boost/Auto Energy Saving Ope 1
F38	Stop Frequency(Detection mode)
F39	Stop Frequency(Holding Time)
F40	Torque Limiter 1-1
F41	Torque Limiter 1-2
F42	Drive Control Selection 1
F43	Current Limiter (Mode selection)
F44	Current Limiter (Level)
F50	Electronic Thermal Overload Protect for DBR (Discharge)
F51	Electronic Thermal Overload Protect for DBR (Loss)
F52	Electronic Thermal Overload Protect for DBR (Resistance)
F80	Switching between HD and LD drive modes
[F-SigDataEnd]

[E-SigData]
E01	Terminal [X1] Function
E02	Terminal [X2] Function
E03	Terminal [X3] Function
E04	Terminal [X4] Function
E05	Terminal [X5] Function
E06	Terminal [X6] Function
E07	Terminal [X7] Function
E08	Terminal [X8] Function
E09	Terminal [X9] Function
E10	Acceleration Time 2
E11	Deceleration Time 2
E12	Acceleration Time 3
E13	Deceleration Time 3
E14	Acceleration Time 4
E15	Deceleration Time 4
E16	Torque Limiter 2-1
E17	Torque Limiter 2-2
E20	Terminal [Y1] Function
E21	Terminal [Y2] Function
E22	Terminal [Y3] Function
E23	Terminal [Y4] Function
E24	Terminal [Y5] Function
E27	Terminal [30A/B/C] Function
E30	Frequency Arrival (Hysteresis width)
E31	Frequency Detection 1 (Level)
E32	Frequency Detection 1 (hysteresis width)
E34	Overload Early Warning/Current Detection 1 (Level)
E35	Overload Early Warning/Current Detection 1 (Timer)
E36	Frequency Detection 2 (Level)
E37	Current Detection 2 /Low Current Detection (Level)
E38	Current Detection 2 /Low Current Detection (Timer)
E40	PID Display Coefficient A
E41	PID Display Coefficient B
E42	LED Display Filter
E43	LED Monitor (Item selection)
E44	LED Monitor (Display when stopped)
E45	LCD Monitor (Item selection)
E46	LCD Monitor (Language selection)
E47	LCD Monitor (Contrast control)
E48	LED Monitor (Speed monitor item)
E50	Coefficient for Speed Indication
E51	Display Coefficient for Input Watt-hour Data
E52	Keypad (Menu display mode)
E54	Frequency Detection 3 (Level)
E55	Current Detection 3 (Level)
E56	Current Detection 3 (Timer)
E61	Terminal [12] Extended Function
E62	Terminal [C1] Extended Function
E63	Terminal [V2] Extended Function
E64	Saving of Digital Reference Frequency
E65	Reference Loss Detection (Continuous running frequency)
E78	Torque Detection 1 (Level)
E79	Torque Detection 1 (Timer)
E80	Torque Detection 2/Low Torque Detection (Level)
E81	Torque Detection 3/Low Torque Detection (Timer)
E98	Terminal [FWD] Function
E99	Terminal [REV] Function
[E-SigDataEnd]

[C-SigData]
C01	Jump Freqency 1
C02	Jump Freqency 2
C03	Jump Freqency 3
C04	Jump Freqency (Hysteresis)
C05	Multi-Frequency 1
C06	Multi-Frequency 2
C07	Multi-Frequency 3
C08	Multi-Frequency 4
C09	Multi-Frequency 5
C10	Multi-Frequency 6
C11	Multi-Frequency 7
C12	Multi-Frequency 8
C13	Multi-Frequency 9
C14	Multi-Frequency 10
C15	Multi-Frequency 11
C16	Multi-Frequency 12
C17	Multi-Frequency 13
C18	Multi-Frequency 14
C19	Multi-Frequency 15
C20	Jogging Frequency
C30	Frequency Command 2
C31	Analog Input Adjustment for [12] (offset)
C32	Analog Input Adjustment for [12] (Gain)
C33	Analog input Adjustment for [12] (Filter time constant)
C34	Analog input Adjustment for [12] (Gain base point)
C35	Analog input Adjustment for [12] (Polarity)
C36	Analog Input Adjustment for [C1] (offset)
C37	Analog Input Adjustment for [C1] (Gain)
C38	Analog input Adjustment for [C1] (Filter time constant)
C39	Analog input Adjustment for [C1] (Gain base point)
C41	Analog Input Adjustment for [V2] (offset)
C42	Analog Input Adjustment for [V2] (Gain)
C43	Analog input Adjustment for [V2] (Filter time constant)
C44	Analog input Adjustment for [V2] (Gain base point)
C45	Analog input Adjustment for [V2] (Polarity)
C50	Bias (Frequency command 1) (Bias base point)
C51	Bias (PID command 1) (Bias value)
C52	Bias (PID command 1) (Bias base point)
C53	Selection of Normal/Inverse Operation (Frequency command 1)
[C-SigDataEnd]

[P-SigData]
P01	Motor 1 (No. of poles)
P02	Motor 1 (Rated Capacity)
P03	Motor 1 (Rated current)
P04	Motor 1 (Auto-tuning)
P06	Motor 1 (No-load current)
P07	Motor 1 (%R1)
P08	Motor 1 (%X)
P09	Motor 1 (Slip compensation gain for driving)
P10	Motor 1 (Slip compensation response time)
P11	Motor 1 (Slip compensation gain for braking)
P12	Motor 1 (Rated slip frequency)
P13	Motor 1 (Iron loss factor 1)
P14	Motor 1 (Iron loss factor 2)
P15	Motor 1 (Iron loss factor 3)
P16	Motor 1 (Magnetic saturation factor 1)
P17	Motor 1 (Magnetic saturation factor 2)
P18	Motor 1 (Magnetic saturation factor 3)
P19	Motor 1 (Magnetic saturation factor 4)
P20	Motor 1 (Magnetic saturation factor 5)
P21	Motor 1 (Magnetic saturation extension factor a)
P22	Motor 1 (Magnetic saturation extension factor b)
P23	Motor 1 (Magnetic saturation extension factor c)
P53	Motor 1 (%X correction factor 1)
P54	Motor 1 (%X correction factor 2)
P55	Motor 1 (Torque current under vector control)
P56	Motor 1 (Induced voltage factor under vector control)
P99	Motor 1 Selection
[P-SigDataEnd]

[H-SigData]
H03	Data Initialization
H04	Auto-reset (Times)
H05	Auto-reset (Reset interval)
H06	Cooling Fan ON/OFF Control
H07	Acceleration/Deceleration Pattern
H08	Rotational Direction Limitation
H09	Starting Mode (Auto search)
H11	Deceleration Mode
H12	Instantaneous Overcurrent Limiting (Mode selection)
H13	Restart Mode after Momentary Power Failure (Restart time)
H14	Restart after Momentary Pow. Failure (Freq. fall rate)
H15	Restart after Momentary Pow. Failure (Continuous run Lv)
H16	Restart after Momentary Pow. Failure (Pow. failure time)
H26	Thermistor (for motor) (Mode selection)
H27	Thermistor (for motor) (Level)
H28	Droop control
H30	Communications Link Function (Mode selection)
H42	Capacitance of DC Link Bus Capacitor
H43	Cumulative Run Time of Cooling Fan
H44	Startup Counter for Motor 1
H45	Mock Alarm
H46	Starting Mode (Auto search delay time 2)
H47	Initial Capacitance of DC Link Bus Capacitor
H48	Cumulative Run Time of Capacitors on Printed Circuit Boards
H49	Starting Mode (Auto search delay time 1)
H50	Non-linear V/f Pattern 1 (Frequency)
H51	Non-linear V/f Pattern 1 (Voltage)
H52	Non-linear V/f Pattern 2 (Frequency)
H53	Non-linear V/f Pattern 2 (Voltage)
H54	Acceleration Time (Jogging)
H55	Deceleration Time (Jogging)
H56	Deceleration Time for Forced Stop
H57	1st S-curve acceleration range (Leading edge)
H58	2nd S-curve acceleration range (Trailing edge)
H59	1st S-curve deceleration range (Leading edge)
H60	2nd S-curve deceleration range (Trailing edge)
H61	UP/DOWN Control (Initial frequency setting)
H63	Low Limiter (Mode selection)
H64	Low Limiter (Lower limiting frequency)
H65	Non-linear V/f Pattern 3 (Frequency)
H66	Non-linear V/f Pattern 3 (Voltage)
H67	Auto Energy Saving Operation (Mode selection)
H68	Slip Compesation 1 (Operating conditions)
H69	Automatic deceleration (Mode selection)
H70	Overload prevention control
H71	Deceleration Characteristics
H72	Main Power Down Detection (Mode selection)
H73	Torque Limiter (Operating conditions)
H76	Torque Limiter (Frequency increment limit for braking)
H77	Service Life of DC Link Bus Capacitor (Remaining time)
H78	Maintenance Interval (M1)
H79	Preset Startup Count for Maintenance (M1)
H80	Output Current Fluctuation Damping Gain for Motor 1
H81	Light Alarm Selection 1
H82	Light Alarm Selection 2
H84	Pre-excitation (Initial level)
H85	Pre-excitation (Time)
H91	PID Feedback Wire Break Detection
H92	Continuity of Running (P)
H93	Continuity of Running (I)
H94	Cumulative Motor Run Time 1
H95	DC Braking (Braking response mode)
H96	STOP Key Priority / Start Check Function
H97	Clear alarm data
H98	Protection / Maintenance Function (Mode selection)
[H-SigDataEnd]

[A-SigData]
A01	Maximum Frequency 2
A02	Base Frequency 2
A03	Rated Voltage at Base Freqency 2
A04	Maximum Output Voltage 2
A05	Torque Boost 2
A06	Electronic Thermal Overload Protect M2 (Characteristics)
A07	Electronic Thermal Overload Protect M2 (Level)
A08	Electronic Thermal Overload Protect M2 (Thermal time const)
A09	DC Braking 2 (Braking starting frequency)
A10	DC Braking 2 (Braking level)
A11	DC Braking 2 (Braking time)
A12	Starting Frequency 2
A13	Load Selection/Auto Torque Boost/Auto Energy Saving Ope 2
A14	Drive Control Selection 2
A15	Motor 2 (No. of poles)
A16	Motor 2 (Rated Capacity)
A17	Motor 2 (Rated current)
A18	Motor 2 (Auto-tuning)
A20	Motor 2 (No-load current)
A21	Motor 2 (%R2)
A22	Motor 2 (%X)
A23	Motor 2 (Slip compensation gain for driving)
A24	Motor 2 (Slip compensation response time)
A25	Motor 2 (Slip compensation gain for braking)
A26	Motor 2 (Rated slip frequency)
A27	Motor 2 (Iron loss factor 1)
A28	Motor 2 (Iron loss factor 2)
A29	Motor 2 (Iron loss factor 3)
A30	Motor 2 (Magnetic saturation factor 1)
A31	Motor 2 (Magnetic saturation factor 2)
A32	Motor 2 (Magnetic saturation factor 3)
A33	Motor 2 (Magnetic saturation factor 4)
A34	Motor 2 (Magnetic saturation factor 5)
A35	Motor 2 (Magnetic saturation extension factor a)
A36	Motor 2 (Magnetic saturation extension factor b)
A37	Motor 2 (Magnetic saturation extension factor c)
A39	Motor 2 Selection
A40	Slip Compesation 2 (Operating conditions)
A41	Output Current Fluctuation Damping Gain for Motor 2
A42	Motor/Parameter Switching 2 (Mode selection)
A43	Speed Control 2 (Speed command filter)
A44	Speed Control 2 (Speed detection filter)
A45	Speed Control 2 P (Gain)
A46	Speed Control 2 I (Integral time)
A48	Speed Control 2 (Output filter)
A51	Cumulative Motor Run Time 2
A52	Startup Times of Motor 2
A53	Motor 1 (%X correction factor 1)
A54	Motor 1 (%X correction factor 2)
A55	Motor 1 (Torque current under vector control)
A56	Motor 2 (Induced voltage factor under vector control)
[A-SigDataEnd]

[S-SigData]
S01	Frequency reference (p.u.)
S05	Frequency reference
S06	Operation command
S07	Universal DO
S08	Acceleration time F07
S09	Deceleration time F08
S10	Torque limit level 1-1
S11	Torque limit level 1-2
S12	Universal Ao
S13	PID command
S14	Alarm reset command
S19	Motor speed command
[S-SigDataEnd]

[M-SigData]
M01	Frequency reference (p.u.) (Final command)
M02	Torque reference (Final command)
M03	Torque current reference (Final command)
M04	Magnetic-flux reference
M05	Frequency reference (Final command)
M06	Output frequency 1(p.u.)
M07	Torque real value
M08	Torque current value
M09	Output frequency
M10	Input power
M11	Output current effective value
M12	Output voltage effective value
M13	Operation command (Final command)
M14	Operation status
M15	General-purpose output terminal information
M16	Latest alarm contents
M17	Last alarm contents
M18	Second last alarm contents
M19	Third last alarm contents
M20	Cumulative operation time
M21	DC link circuit voltage
M22	Motor temperature
M23	Model code
M24	Capacity code
M25	ROM version
M26	Transmission error transaction code
M27	Frequency reference on alarm (p.u.) (Final command)
M28	Torque reference on alarm (Final command)
M29	Torque current reference on alarm (Final command)
M30	Torque current reference on alarm (Final command)
M31	Frequency reference on alarm (Final command)
M32	Output frequency 1 on alarm (p.u.)
M33	Torque real value on alarm
M34	Torque current value on alarm
M35	Output frequency on alarm
M36	Input power on alarm
M37	Output current effective value on alarm
M38	Output voltage effective value on alarm
M39	Operation command on alarm
M40	Operation status on alarm
M41	Output terminal information on alarm
M42	Cumulative operation time on alarm
M43	DC link circuit voltage on alarm
M44	Inverter internal air temperature on alarm
M45	Heat sink temperature on alarm
M46	Life of main circuit capacitor
M47	Life of PC board electrolytic capacitor
M48	Life of heat sink
M49	Input terminal voltage[12] (p.u.)
M50	Input terminal current[C1] (p.u.)
M51	Input terminal voltage[22] (p.u.)
M52	Input terminal voltage[32] (p.u.)
M53	Input terminal voltage[C2] (p.u.)
M54	Input terminal voltage[V2] (p.u.)
M61	Inverter internal air temperature
M62	Heat sink temperature
M63	Load factor
M64	Motor output
M65	Motor output on alarm
M66	Motor speed (p.u.)
M67	Transmission error transaction code (RS485 port2)
M68	PID final command
M69	Inverter rated current
M70	Operation status 2
M71	Input terminal information
M72	PID feedback value
M73	PID output
M74	Running status 2
M76	Life time DC link bus capacitor (elapsed hours)
M77	Life time DC link bus capacitor (remaining hours)
M78	Motor speed reference
M79	Motor speed
M81	Remaining time before the next motor 1 maintenance
M85	Remaining startup times before the next maintenance
M86	Light alarm factor (Latest)
M87	Light alarm factor (Last)
M88	Light alarm factor (2nd last)
M89	Light alarm factor (3rd last)
[M-SigDataEnd]

[b-SigData]
b01	Maximum Frequency 3
b02	Base Frequency 3
b03	Rated Voltage at Base Freqency 3
b04	Maximum Output Voltage 3
b05	Torque Boost 3
b06	Electronic Thermal Overload Protect M3 (Characteristics)
b07	Electronic Thermal Overload Protect M3 (Level)
b08	Electronic Thermal Overload Protect M3 (Thermal time const)
b09	DC Braking 3 (Braking starting frequency)
b10	DC Braking 3 (Braking level)
b11	DC Braking 3 (Braking time)
b12	Starting Frequency 3
b13	Load Selection/Auto Torque Boost/Auto Energy Saving Ope 3
b14	Drive Control Selection 3
b15	Motor 3 (No. of poles)
b16	Motor 3 (Rated Capacity)
b17	Motor 3 (Rated current)
b18	Motor 3 (Auto-tuning)
b20	Motor 3 (No-load current)
b21	Motor 3 (%R3)
b22	Motor 3 (%X)
b23	Motor 3 (Slip compensation gain for driving)
b24	Motor 3 (Slip compensation response time)
b25	Motor 3 (Slip compensation gain for braking)
b26	Motor 3 (Rated slip frequency)
b27	Motor 3 (Iron loss factor 1)
b28	Motor 3 (Iron loss factor 2)
b29	Motor 3 (Iron loss factor 3)
b30	Motor 3 (Magnetic saturation factor 1)
b31	Motor 3 (Magnetic saturation factor 2)
b32	Motor 3 (Magnetic saturation factor 3)
b33	Motor 3 (Magnetic saturation factor 4)
b34	Motor 3 (Magnetic saturation factor 5)
b35	Motor 3 (Magnetic saturation extension factor a)
b36	Motor 3 (Magnetic saturation extension factor b)
b37	Motor 3 (Magnetic saturation extension factor c)
b39	Motor 3 Selection
b40	Slip Compesation 3(Operating conditions)
b41	Output Current Fluctuation Damping Gain for Motor 3
b42	Motor/Parameter Switching 3 (Mode selection)
b43	Speed Control 3 (Speed command filter)
b44	Speed Control 3 (Speed detection filter)
b45	Speed Control 3 P (Gain)
b46	Speed Control 3 I (Integral time)
b48	Speed Control 3 (Output filter)
b51	Cumulative Motor Run Time 3
b52	Startup Times of Motor 3
b53	Motor 3 (%X correction factor 1)
b54	Motor 3 (%X correction factor 2)
b55	Motor 3 (Torque current under vector control)
b56	Motor 3 (Induced voltage factor under vector control)
[b-SigDataEnd]

[r-SigData]
r01	Maximum Frequency 4
r02	Base Frequency 4
r03	Rated Voltage at Base Freqency 4
r04	Maximum Output Voltage 4
r05	Torque Boost 4
r06	Electronic Thermal Overload Protect M4 (Characteristics)
r07	Electronic Thermal Overload Protect M4 (Level)
r08	Electronic Thermal Overload Protect M4 (Thermal time const)
r09	DC Braking 4 (Braking starting frequency)
r10	DC Braking 4 (Braking level)
r11	DC Braking 4 (Braking time)
r12	Starting Frequency 4
r13	Load Selection/Auto Torque Boost/Auto Energy Saving Ope 4
r14	Drive Control Selection 4
r15	Motor 4 (No. of poles)
r16	Motor 4 (Rated Capacity)
r17	Motor 4 (Rated current)
r18	Motor 4 (Auto-tuning)
r20	Motor 4 (No-load current)
r21	Motor 4 (%R4)
r22	Motor 4 (%X)
r23	Motor 4 (Slip compensation gain for driving)
r24	Motor 4 (Slip compensation response time)
r25	Motor 4 (Slip compensation gain for braking)
r26	Motor 4 (Rated slip frequency)
r27	Motor 4 (Iron loss factor 1)
r28	Motor 4 (Iron loss factor 2)
r29	Motor 4 (Iron loss factor 3)
r30	Motor 4 (Magnetic saturation factor 1)
r31	Motor 4 (Magnetic saturation factor 2)
r32	Motor 4 (Magnetic saturation factor 3)
r33	Motor 4 (Magnetic saturation factor 4)
r34	Motor 4 (Magnetic saturation factor 5)
r35	Motor 4 (Magnetic saturation extension factor a)
r36	Motor 4 (Magnetic saturation extension factor b)
r37	Motor 4 (Magnetic saturation extension factor c)
r39	Motor 4 Selection
r40	Slip Compesation 4 (Operating conditions)
r41	Output Current Fluctuation Damping Gain for Motor 4
r42	Motor/Parameter Switching 4 (Mode selection)
r43	Speed Control 4 (Speed command filter)
r44	Speed Control 4 (Speed detection filter)
r45	Speed Control 4 P (Gain)
r46	Speed Control 4 I (Integral time)
r48	Speed Control 4 (Output filter)
r51	Cumulative Motor Run Time 4
r52	Startup Times of Motor 4
r53	Motor 4 (%X correction factor 1)
r54	Motor 4 (%X correction factor 2)
r55	Motor 4 (Torque current under vector control)
r56	Motor 4 (Induced voltage factor under vector control)
[r-SigDataEnd]

[J-SigData]
J01	PID Control (Mode selection)
J02	PID Control (Remote command)
J03	PID Control P (gain)
J04	PID Control I (Integral time)
J05	PID Control D (Derivative time)
J06	PID Control (Feedback filter)
J08	PID Control (Pressurization starting frequency)
J09	PID Control (Pressurizing time)
J10	PID Control (Anti reset windup)
J11	PID Control (Select alarm output)
J12	PID Control (Upper level alarm (AH))
J13	PID Control (Lower level alarm (AL))
J15	PID Control (Stop frequency for slow flowrate)
J16	PID Control (Slow flowrate level stop latency)
J17	PID Control (Starting frequency)
J18	PID Control (Upper limit of PID process output)
J19	PID Control (Lower limit of PID process output)
J21	Dew Condensation Prevention (Duty)
J22	Commercial Power Switching Sequence
J56	PID Control (Speed command filter)
J57	PID Control (Dancer reference position)
J58	PID control (Detection width of dancer position deviation )
J59	PID Control P (Gain) 2
J60	PID Control I (Integral time) 2
J61	PID Control D (Derivative time) 2
J62	PID Control (PID control block selection)
J68	Brake Signal (Brake-OFF current)
J69	Brake Signal (Brake-OFF frequency/speed)
J70	Brake Signal (Brake OFF timer)
J71	Brake Signal (Brake ON frequency)
J72	Brake Signal (Brake ON timer)
J95	Brake Signal (Brake-OFF torque)
J96	Brake Signal (Speed selection)
J97	Servo-lock (Gain)
J98	Servo-lock (Completion timer)
J99	Servo-lock (Completion width)
[J-SigDataEnd]

[d-SigData]
d01	Speed Control 1 (Speed control 1)
d02	Speed Control 1 (Speed detection filter)
d03	Speed Control 1 P (Gain)
d04	Speed Control 1 I (Integral time)
d06	Speed Control 1 (Output filter)
d09	Speed Control (Jogging) (Speed command filter)
d10	Speed Control (Jogging) (Speed detection filter)
d11	Speed Control (Jogging) P (Gain)
d12	Speed Control (Jogging) I (Integral time)
d13	Speed Control (Jogging) (Output filter)
d14	Feedback Input (Pulse input property)
d15	Feedback Input (Encoder pulse resolution)
d16	Feedback Input (Pulse count factor 1)
d17	Feedback Input (Pulse count factor 2)
d21	Speed Agreement/PG Error (Hysteresis width)
d22	Speed Agreement/PG Error (Detection timer)
d23	PG Error Processing
d24	Zero Speed Control
d25	ASR Switching Time
d32	Torque Control (Speed limit 1)
d33	Torque Control (Speed limit 2)
d59	Command (Pulse Rate Input) (Pulse input property)
d61	Command (Pulse Rate Input) (Filter time constant)
d62	Command (Pulse Rate Input) (Pulse count factor 1)
d63	Command (Pulse Rate Input) (Pulse count factor 2)
d67	Starting Mode (Auto search)
[d-SigDataEnd]

[y-SigData]
y01	RS-485 Communication 1 (Station address)
y02	RS-485 Communication 1 (Communications error processing)
y03	RS-485 Communication 1 (Timer)
y04	RS-485 Communication 1 (Baud rate)
y05	RS-485 Communication 1 (Data length)
y06	RS-485 Communication 1 (Parity check)
y07	RS-485 Communication 1 (Stop bits)
y08	RS-485 Communication 1 (No response error detection time)
y09	RS-485 Communication 1 (Response interval)
y10	RS-485 Communication 1 (Protocol selection)
y11	RS-485 Communication 2 (Station address)
y12	RS-485 Communication 2 (Communications error processing)
y13	RS-485 Communication 2 (Timer)
y14	RS-485 Communication 2 (Baud rate)
y15	RS-485 Communication 2 (Data length)
y16	RS-485 Communication 2 (Parity check)
y17	RS-485 Communication 2 (Stop bits)
y18	RS-485 Communication 2 (No response error detection time)
y19	RS-485 Communication 2 (Response interval)
y20	RS-485 Communication 2 (Protocol selection)
y97	Communication Data Storage Selection
y98	Bus Link Function (Mode selection)
y99	Loader Link Function (Mode selection)
[y-SigDataEnd]

[o-SigData]
o19	DI Option
o20	DI Option (DI function selection)
o21	DO Option (DO function selection)
o27	Response error (Operation mode selection)
o28	Response error (Timer)
o30	Opion
o31	Opion
o32	Opion
o33	Opion
o34	Opion
o35	Opion
o36	Opion
o37	Opion
o38	Opion
o39	Opion
o40	Opion
o41	Opion
o42	Opion
o43	Opion
o44	Opion
o45	Opion
o46	Opion
o47	Opion
o48	Opion
o49	Opion
o50	Opion
o51	Opion
o52	Opion
o53	Opion
o54	Opion
o55	Opion
o56	Opion
o57	Opion
o58	Opion
o59	Opion
[o-SigDataEnd]

[W-SigData]
W01	Operation status
W02	Frequency reference
W03	Output frequency (before slip compensation)
W04	Output frequency (after slip compensation)
W05	Output current
W06	Output voltage
W07	Truqe
W08	Rotation speed
W09	Load rotation speed
W10	line speed
W11	PID process command
W12	PID feedback value
W13	Level of torque value A
W14	Level of torque value B
W15	Ratio value
W16	Rotation speed set value
W17	Load speed set value
W18	line speed set value
W21	Input power
W22	Motor output
W23	Load rate
W24	Torque current
W26	Magnetic-flux reference
W28	Operation command source
W29	Frequency and PID command source
W30	Speed at pecentage
W31	Speed set value at pecentage
W32	PID output
W33	analog input monitor
W34	Input terminal voltage[22]
W35	Input terminal voltage[32]
W36	Input terminal voltage[C2]
W37	Output voltage on terminal[AO]
W38	Output current on terminal[CS]
W39	Terminal[X7] pulse input monitor
W40	Control circuit terminal (input)
W41	Control circuit terminal (output)
W42	Communications control signal (input)
W43	Communications control signal (output)
W44	Terminal [12]input voltage
W45	Terminal [C1]input current
W46	FMA output voltage
W47	FMP output voltage
W48	FMP output frequency
W49	V2 terminal input voltage
W50	FMA output current
W51	Situation of input terminals on DIO option
W52	Situation of output terminals on DIO option
W53	Pulse input(Master - side A/B phase)
W54	Pulse input(Master - side Z phase)
W55	Pulse input(Slave - side A/B phase)
W56	Pulse input(Slave - side Z phase)
W57	Current Position Puls(Upper columu)
W58	Current Position Puls(Lower columu)
W59	Stop Position Puls(Upper columu)
W60	Stop Position Puls(Lower columu)
W61	Difference Puls of Position(Upper columu)
W62	Difference Puls of Position(Lower columu)
W63	Positioning Status
W64	Difference pulse of servo lock control
W66	Difference pulse of synchronous operation
W67	Difference pulse of synchronous operation
W68	Cumulative operation time of cooling fan
W69	Surface speed monitor
W70	Cumulative operation time
W71	DC link circuit voltage
W72	Internal air highest temperature
W73	Heat sink maximum temperature
W74	Maximum effective current value
W75	Main circuit capacitor's capacitor
W78	Number of startups
W81	Integrating electric power
W82	Data used integrating electric power
W83	Number of RS485 ch1 errors
W84	Contents of RS485 ch1 error
W85	Number of RS485 ch2 errors
W86	Number of option communication errors
W87	Remote keypad's ROM version
W89	Remote keypad's ROM version
W90	Option 1 ROM version
W91	Option 2 ROM version
W92	Option 3 ROM version 
W94	Contents of RS485 ch2 error
W95	Number of option communication errors
W96	Option communicate error contents
W97	Option communicate error contents
W98	Number of option communication errors
W99	Option communicate error contents
[W-SigDataEnd]

[X-SigData]
X00	Alarm history (latest)
X01	Multiple alarm1 (latest)
X02	Multiple alarm2 (latest)
X03	Sub code
X05	Alarm history (last)
X06	Multiple alarm1 (last)
X07	Multiple alarm2 (last)
X08	Sub code
X10	Alarm history (second last)
X11	Multiple alarm1 (second last)
X12	Multiple alarm2 (second last)
X13	Sub code
X15	Alarm history (third last)
X16	Multiple alarm1 (third last)
X17	Multiple alarm2 (third last)
X18	Sub code
X20	Latest info. on alarm (output frequency)
X21	Latest info. on alarm (output current)
X22	Latest info. on alarm (output voltage)
X23	Latest info. on alarm (Truqe)
X24	Latest info. on alarm (set frequency)
X25	Latest info. on alarm (operation status)
X26	Latest info. on alarm (cumulative ope. time)
X27	Latest info. on alarm (number of startups)
X28	Latest info. on alarm (DC link circuit voltage)
X29	Internal air temperature
X30	Latest info. on alarm (heat sink temperature)
X31	Latest info. on alarm (input terminal)
X32	Latest info. on alarm (output terminal)
X33	Latest info. on alarm (input terminal(com.))
X34	Latest info. on alarm (output terminal(com.))
X35	Last info. on alarm (Input power)
X36	Latest info. on alarm (Running status 2)
X37	Latest info. on alarm (Motor speed)
X60	Last info. on alarm (output frequency)
X61	Last info. on alarm (output current)
X62	Last info. on alarm (output voltage)
X63	Last info. on alarm (Truqe)
X64	Last info. on alarm (set frequency)
X65	Last info. on alarm (operation status)
X66	Last info. on alarm (cumulative ope. time)
X67	Last info. on alarm (number of startups)
X68	Last info. on alarm (DC link circuit voltage)
X69	Internal air temperature
X70	Last info. on alarm (heat sink temperature)
X71	Last info. on alarm (input terminal)
X72	Last info. on alarm (output terminal)
X73	Last info. on alarm (input terminal(com.))
X74	Last info. on alarm (output terminal(com.))
X76	Last info. on alarm (Running status 2)
X77	Last info. on alarm (Motor speed)
[X-SigDataEnd]

[Z-SigData]
Z00	Second last info. on alarm (output frequency)
Z01	Second last info. on alarm (output current)
Z02	Second last info. on alarm (output voltage)
Z03	Second last info. on alarm (Truqe)
Z04	Second last info. on alarm (set frequency)
Z05	Second last info. on alarm (operation status)
Z06	Second last info. on alarm (cumulative ope. time)
Z07	Second last info. on alarm (number of startups)
Z08	Second last info. on alarm (DC link circuit voltage)
Z09	Internal air temperature
Z10	Second last info. on alarm (heat sink temperature)
Z11	Second last info. on alarm (input terminal)
Z12	Second last info. on alarm (output terminal)
Z13	Second last info. on alarm (input terminal(com.))
Z14	Second last info. on alarm (output terminal(com.))
Z16	Last info. on alarm (Running status 2)
Z17	Last info. on alarm (Motor speed)
Z40	Cumulative run time of motor 1
Z41	Cumulative run time of motor 2
Z42	Cumulative run time of motor 3
Z43	Cumulative run time of motor 4
Z44	Number of startups 2
Z45	Number of startups 3
Z46	Number of startups 4
Z50	Third last info. on alarm (output frequency)
Z51	Third last info. on alarm (output current)
Z52	Third last info. on alarm (output voltage)
Z53	Third last info. on alarm (Truqe)
Z54	Third last info. on alarm (set frequency)
Z55	Third last info. on alarm (operation status)
Z56	Third last info. on alarm (cumulative ope. time)
Z57	Third last info. on alarm (number of startups)
Z58	Third last info. on alarm (DC link circuit voltage)
Z59	Internal air temperature
Z60	Third last info. on alarm (heat sink temperature)
Z61	Third last info. on alarm (input terminal)
Z62	Third last info. on alarm (output terminal)
Z63	Third last info. on alarm (input terminal(com.))
Z64	Third last info. on alarm (output terminal(com.))
Z66	Third last info. on alarm (Running status 2)
Z67	Third last info. on alarm (Motor speed)
Z80	Motor speed
Z81	Torque real value
Z82	Load factor
Z83	Motor output
Z84	Output current
Z85	PID feedback value
Z86	Input power
Z87	PID output
Z88	Integrating electric power
Z90	Current Position Puls(Upper columu)
Z91	Current Position Puls(Lower columu)
Z92	Stop Position Puls(Upper columu)
Z93	Stop Position Puls(Lower columu)
Z94	Difference Puls of Position(Upper columu)
Z95	Difference Puls of Position(Lower columu)
[Z-SigDataEnd]