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Function Codes

Code No. Cd	Function	Data	Setting resolution	Factory Setting	User’s Setting
000	Display selection	1: Frequency (Hz) 2: Output current 3: Speed of rotation (rpm) 4: Load factor 5: Output voltage 6: Pressure value 7: No units display	1	1
001	Operation command selection	1: Operation panel 2: External terminal signal 3: Communication	1	1
002	1st speed frequency setting	1: Operation panel 2: External analog VRF1 (0 - 5 V) 3: External analog VRF1 (0 - 10 V or variable resistor) 4: External analog VRF2 (0 - 5 V) 5: External analog VRF2 (0 - 10 V or variable resistor) 6: External analog IRF (4 - 20 mA) 7: External analog VRF1 + VRF2 8: External analog VRF1 - VRF2 9: External analog VRF2 - VRF1 10: External analog VRF1 + IRF 11: External analog VRF1 - IRF 12: External analog IRF - VRF1 13: Terminal board step 14: Communication 15: BINARY (option) 16: BCD (option)	1	1
003	V/f pattern	1: Linear pattern 1 1 2: Square-law decreasing pattern (weak) 3: Square-law decreasing pattern (strong)	1	1
004	Torque boost	0 - 20% (maximum voltage ratio)	0.1%	*1
005	Base voltage	200 V system 0: No AVR 30 - 240 V	1V	*1
		400 V system: 0: No AVR 30 to 460 V
006	Base frequency	0.1 - 60 Hz	0.01Hz	*1
007	Upper frequency limit	30 - 600 Hz	0.01Hz	60
008	Lower frequency limit	0.05 - 200 Hz	0.01Hz	0.05
009	Starting method	1: Starting frequency 2: Flying start 3: Starting frequency after DC braking	1	1
010	Starting frequency	0.05 - 20 Hz	0.01Hz	1
011	Operation start frequency	0 - 20 Hz	0.01Hz	0
012	Start delay time	0 - 5 sec.	0.1 s	0
013	Braking method	1: Deceleration to stop 1 1 2: Deceleration to stop + DC braking 3: Free run stop	1	1
014	DC braking start frequency	0.2 - 20 Hz	0.01Hz	0.5
015	DC braking time	0.1 - 10 sec.	0.1 s	2
016	DC braking force	1 - 10	1	5
017	Acceleration/deceleration curve	1: Linear 2: S-shaped	1	1
018	Reference acceleration/ deceleration frequency	10 - 120 Hz	0.01 Hz	*1
019	1st acceleration time	0 - 6500 sec.	0.1 s	*2
020	2nd acceleration time	0 - 6500 sec.	0.1 s	*3
021	3rd acceleration time	0 - 6500 sec.	0.1 s	*4
022	4th acceleration time	0 - 6500 sec.	0.1 s	*5
023	1st deceleration time	0 - 6500 sec.	0.1 s	*6
024	2nd deceleration time	0 - 6500 sec.	0.1 s	*7
025	3rd deceleration time	0 - 6500 sec.	0.1 s	*8
026	4th deceleration time	0 - 6500 sec.	0.1 s	*9
027	JOG acceleration/deceleration time	0.1 - 60 Hz	0.1 s	0.1
028	Jog frequency	0.1 - 60 Hz	0.01Hz	5
029	1st speed frequency	0 to 600 Hz	0.01Hz	0
030	2nd speed frequency	0 to 600 Hz	0.01Hz	10
031	3rd speed frequency	0 to 600 Hz	0.01Hz	20
032	4th speed frequency	0 to 600 Hz	0.01Hz	30
033	5th speed frequency	0 to 600 Hz	0.01Hz	40
034	6th speed frequency	0 to 600 Hz	0.01Hz	50
035	7th speed frequency	0 to 600 Hz	0.01Hz	60
036	8th speed frequency	0 to 600 Hz	0.01Hz	0
037	1st Jump frequency lower limit	0 to 600 Hz	0.01Hz	0
038	1st jump top frequency	0 to 600 Hz	0.01Hz	0
039	2nd jump bottom frequency	0 to 600 Hz	0.01Hz	0
040	2nd jump top frequency	0 to 600 Hz	0.01Hz	0
041	3rd jump bottom frequency	0 to 600 Hz	0.01Hz	0
042	3rd jump top frequency	0 to 600 Hz	0.01Hz	0
043	Output current limiting	H characteristic/SHF 0: No function 50 - 200%	1%	150
		P characteristic/SPF 0: No function 50 - 150%	1%	120
044	Electrothermal level setting	0: No function 20 - 105%	1%	100
045	Output current limiting during constant power operation	0: No 1: Yes V/F mode only (Currently selected acceleration/deceleration time) 2: Yes V/F mode only (Acceleration/Deceleration time = Cd019, Cd023: 1st acceleration/deceleration time) 3: Yes V/F mode only (Acceleration/Deceleration time = Cd020, Cd024: 2nd acceleration/deceleration time) 4: Yes V/F mode only (Acceleration/Deceleration time = Cd021, Cd025: 3rd acceleration/deceleration time) 5: Yes V/F mode only (Acceleration/Deceleration time = Cd022, Cd026: 4th acceleration/deceleration time) 6: Yes V/F mode and sensorless vector control mode (Acceleration/Deceleration time = Cd019, Cd023: 1st acceleration/deceleration time) 7: Yes V/F mode and sensorless vector control mode (Acceleration/Deceleration time = Cd020, Cd024: 2nd acceleration/deceleration time) 8: Yes V/F mode and sensorless vector control mode (Acceleration/Deceleration time = Cd021, Cd025: 3rd acceleration/deceleration time) 9: Yes V/F mode and sensorless vector control mode (Acceleration/Deceleration time = Cd022, Cd026: 4th acceleration/deceleration time)	1	0
046	Restart after momentary power failure	0: Do not restart. 1: Restart. 2: Compensation for momentary power failure	1	0
047	Auto alarm recovery	0: No auto alarm recovery function 1: Auto alarm recovery function	1	0
048	Overload alarm level setting	H characteristic/SHF 20 - 200%	1%	150
		P characteristic/SPF 20 - 150%	1%	120
049	Duty cycle of brake resistor	0: No brake resistor 2 - 25% ED 99: External brake unit	1%ED	*1
050	Direction of rotation of motor Note: Cd130 for direction command from the operation panel	1: Forward and reverse run 2: Forward run only 3: Reverse run only	1	1
051	Carrier frequency	0 - 130	1	*1
052	Motor type	1: General-purpose motor 2: Inverter dedicated motor	1	1
053	Motor poles, voltage, and capacity	XYZZZ X: Number of motor poles Y: Rated voltage Z: Motor capacity	-	*1
054	Bias frequency (VRF1)	0 to ±600 Hz (frequency at 0 V)	0.1Hz	P0
055	Gain frequency (VRF1)	0 to ±600 Hz (frequency at 5 V or 10 V)	0.1Hz	P60
056	Approach frequency	0 - 600 Hz	0.01Hz	10
057	Frequency matching range	0 - 10 Hz	0.01Hz	0
058	No-unit display amplification	0 to 100 (amplification in relation to output frequency)	× 0.01	1
059	Display selection	1: No units (multiple of CD058) 2: PID feedback frequency [Hz] 3: Command pressure [MPa] (option) 4: Set pressure [MPa] (option) 5: Command frequency [Hz] 6: Fin temperature [°C] 7: Detecting speed [rpm] (option) 8: Regular pump switching integrated time [H] (option) 9 - 10: Reserved 11: Detecting position [mm] (option) 12: DC voltage [V] 13: Output power [kW] (V/f mode only)	1	1
060	Rating selection Note: This function is for SBT series only.	1: H characteristic (150% rating) 2: P characteristic (120% rating)	1	1
061	Instability elimination	0 - 20	1	*1
062	Bias frequency (IRF/VRF2)	0 to ± 600 Hz (frequency at 5 V or 10 V or 20 mA)	0.1Hz	P0
063	Gain frequency (IRF/VRF2)	0 to ±600 Hz (frequency at 5 V or 10 V or 20 mA)	0.1Hz	P60
064	Discharge resistor on signal output time	0.01 - 10 s	0.01 s	0.1
065	Set frequency gain	0 - 100%	1	0
066	V·f separate function selection	1: V·f comparison 2: Complete separation	1	1
067	MBS terminal input mode	1: Level operation 2: Edge operation	1	1
068	Internal analog output bias 1	0 - ±10.0 V	0.1V	P0
069	Internal analog output bias 2	0 - ±10.0 V	0.1V	P0
070	ES input terminal function	1: NO external thermal signal 2: NC external thermal signal	1	1
071	Motor control mode selection	1: V/f control mode 2: Sensorless vector control mode 3: Internal PID control mode 4: Position control (optional) 5: Speed control (optional) 6: Simple energy-saving mode 7: Auto energy-saving mode 1 8: Auto energy-saving mode 2 9: Auto tuning mode 1 10: Auto tuning mode 2 11: V·f separate control 12: Switching between sensorless vector control and V/f control	1	1
072	Torque limiter (power running)	H characteristic/SHF: 5 - 200%	1%	100
		P characteristic/SPF: 5 - 150%
073	Torque limiter (regeneration)	5 - 100%	1%	*1
074	Multiple for starting excitation current	1 - 10 (for applicable motor)	1	5
075	Striking excitation time	0 - 10 (for no starting excitation)	0.1 s	*1
076	Multiple for braking excitation current	1 - 10 (for applicable motor)	1	5
077	Braking excitation time	0 - 10 (for no starting excitation)	0.1 s	1
078	Motor current rating	Approx. 30 - 110% of inverter current rating	0.1A	*1
079	Motor frequency rating	1: 50 Hz 2: 60 Hz	1	*1
080	Motor speed rating	0 to 24000 rpm	1rpm	*1
081	Motor isolation type	1: Type A 2: Type E 3: Type B 4: Type F 5: Type H	1	*1
082	Speed adjustment gain	0.5 to 2	0.01	1
083	External analog input filter time constant	1 - 500 (set value: 1 = 10 ms)	10ms	10
084	Copy function	1: Transfer the current code data to the operation panel 2: Transfer the operation panel memory to the inverter	1	0
085	Torque limiter analog input function (power running)	0: Limit using Cd072 1: Limit using the signal on the VRF1 terminal (0 to 5 V) 2: Limit using the signal on the VRF1 terminal (0 to 10 V or variable resistor) 3: Limit using the signal on the VRF2 terminal (0 to 5 V) 4: Limit using the signal on the VRF2 terminal (0 to 10 V or variable resistor) 5: Limit using the signal on the IRF terminal (4 to 20 mA)	1	0
086	Torque limiter analog input function (regeneration)	0: Limit using Cd073 1: Limit using the signal on the VRF1 terminal (0 to 5 V) 2: Limit using the signal on the VRF1 terminal (0 to 10 V or variable resistor) 3: Limit using the signal on the VRF2 terminal (0 to 5 V) 4: Limit using the signal on the VRF2 terminal (0 to 10 V or variable resistor) 5: Limit using the signal on the IRF terminal (4 to 20 mA)	1	0
087	Function to switch between “OV” and “LV” alarms when stopped	0: OV enabled, LV disabled during stop 1: OV disabled, LV enabled during stop 2: OV disabled, LV disabled during stop 3: OV enabled, LV enabled during stop	1	0
088	ASR proportional gain	0 - 7.8	0.01	*1
089	ASR integral gain	0 - 106	0.01	*1
090	Start of S-shaped acceleration	0 - 100%	1%	50
091	End of S-shaped acceleration	0 - 100%	1%	50
092	Gradient of middle of S-shaped acceleration	0 - 100%	1%	0
093	Start of S-shaped deceleration	0 - 100%	1%	50
094	End of S-shaped deceleration	0 - 100%	1%	50
095	Gradient of middle of S-shaped deceleration	0 - 100%	1%	0
096	Function lock	0: Code data changeable (No lock function) 1:Code data unchangeable (except Cd096) 2:Code data unchangeable (except Cd096 and Cd028 to Cd036) 3: Code data unchangeable (except Cd096 or using communication function) 4: Code data unchangeable (except for Cd096, Cd175 or Cd182, pressure command.)	1	0
097	Operation time display	Read only	1 hour	---
098	Reading alarm data	0 1: Read start 9: Record erase	1	0
099	Data initialization	0 1: Initialize factory presets 2: Invalid constant by auto tuning 3: Initialize user’s data 99:Set user’s initialization value	1	0
100	Operation panel remote/local selection	0 1: Toggle function (optional)	1	0
101	Operation mode selection	0: Normal operation 1: Simple scheduled operation 2: Disturbed operation	1	0
102	Simple scheduled operation repetition	0: Continuous 1 - 250: Repetition count	1	1
103	Operation timer T1	0 - 6500 s	1 s	10
104	Operation timer T2	0 - 6500 s	1 s	10
105	Operation timer T3	0 - 6500 s	1 s	10
106	Operation timer T4	0 - 6500 s	1 s	10
107	Operation timer T5	0 - 6500 s	1 s	10
108	Operation timer T6	0 - 6500 s	1 s	10
109	Operation timer T7	0 - 6500 s	1 s	10
110	Operation stop timer T0	0 - 6500 s	1 s	10
111	Midway stop deceleration time	1 - 4: Data of Cd023 - Cd026	1	1
112	Midway start acceleration time	1 - 4: Data of Cd019 - Cd022	1	1
113 114 115 116 117 118 119	Forward/reverse and acceleration/deceleration in T1 Forward/reverse and acceleration/deceleration in T2 Forward/reverse and acceleration/deceleration in T3 Forward/reverse and acceleration/deceleration in T4 Forward/reverse and acceleration/deceleration in T5 Forward/reverse and acceleration/deceleration in T6 Forward/reverse and acceleration/deceleration in T7	X 1: Forward run 2: Reverse run Y ... 1 - 4: Acceleration/deceleration time specified	- - - - - - -	11 11 11 11 21 21 21
120	Analog input switching (for PID, disturb, energy saving, and set frequency gain)	0: No analog input 1: External analog VRF1 (0 - 5 V) 2: External analog VRF1 (0 - 10 V or variable resistor) 3: External analog VRF2 (0 - 5 V) 4: External analog VRF2 (0 - 10 V or variable resistor) 5: External analog IRF (4 - 20 mA)	1	0
121	Disturb modulation rate or simple energy saving rate	0 - 50%	1%	0
122	PID control proportional gain	0 - 100	0.01	0.1
123	PID control integral gain	0 - 100	0.01	0.1
124	PID control differential gain	0 - 100	0.01	0
125	Feedback input filter time constant	1 - 500 (set value 1 = 10 ms)	10ms	10
126	Internal analog output function 1	0: No function 1: Set frequency 2: Output frequency 3: Output current 4: DC voltage 5: Fin temperature 6: Load factor (Electrothermal level integrated value) 7: Output of converted analog input value (VRF1 control circuit terminal input) 8: Output of converted analog input value (IRF/VRF2 control circuit terminal input) 9: Output voltage 10: Load factor (Percentage in terms of rated current) 11:Detected speed (option) 12:Output power (V/f mode only)	1	0
127	Internal analog output coefficient 1	0 - 20X	by 0.01	1
128	Internal analog output function 2	0: No function 1: Set frequency 2: Output frequency 3: Output current 4: DC voltage 5: Fin temperature 6: Load factor (Electrothermal level integrated value) 7: Output of converted analog input value (VRF1 control circuit terminal input) 8: Output of converted analog input value (IRF/VRF2 control circuit terminal input) 9: Output voltage 10: Load factor (Percentage in terms of rated current) 11:Detected speed (option) 12:Output power (V/f mode only)	1	0
129	Internal analog output coefficient 2	0 - 20X	by 0.01	1
130	Direction of rotation of motor (operation panel)	1: Forward 2: Reverse	1	1
131	Shortest operation time function	0 - 99.99	0.01 s	0
132	Reserved
133	Reserved
134	Reserved
135	Reserved
136	Reserved
137	Reserved
138	Reserved
139	Reserved
140	Changed code display function	0 1: Display differences from factory preset 2: Display differences from user’s initialization data	1	0
141	Reserved
142	Message checksum	0: No 1: Yes	1	1
143	RS232C/RS485 switching	1: RS232C 2: RS485	1	1
144	Pull-up/down function	0: No 1: Yes	1	0
145	Reserved
146	Communication function	0: No function 1: Serial communication function	1	0
147	Inverter No.	1 - 32	1	1
148	Communication speed	1: 1200bps 2: 2400bps 3: 4800bps 4: 9600bps 5: 19200bps	1	3
149	Parity bit	0: No 1: Odd 2: Even	1	1
150	Stop bit	1: 1 bit 2: 2 bits	1	1
151	End bit	0: CR, LF 1: CR	1	0
152	Inverter’s response to specified commands	0: Sent 1: Not sent (Error response sent) 2: Not sent (Error response not sent)	1	0
153	Reserved
154	Reserved
155	Reserved
156	Reserved
157	Reserved
158	Reserved
159	Reserved
160	Feed pump control selection (Option)	0: No feed pump control 1-14: Feed pump mode	1	0
161	Motor setting M1	0: M1 not used 1: M1 used (This setting is invalid for mode 1-8.)	1	1
162	Motor settingM2	0: M2 not used 1: M2 used	1	0
163	Motor setting M3	0: M3 not used 1: M3 used	1	0
164	Motor setting M4	0: M4 not used 1: M4 used	1	0
165	Motor setting M5	0: M5 not used 1: M5 used (This setting is invalid for mode 9-12.)	1	0
166	Motor setting M6	0: M6 not used 1: M6 used (This setting is invalid for mode 9-12.)	1	0
167	Motor setting M7	0: M7 not used 1: M7 used (This setting is invalid for mode 5-12.)	1	0
168	Magnetic contactor switching time (Tmc)	0.10-2.00 s	0.01 s	1
169	Maximum limiter duration time (Th)	0.1-10 min	0.1 min.	5
170	Minimum limiter duration time (Tl)	0.1-10 min	0.1 min.	5
171	Auxiliary pump switching ratio (K)	30-95%	1%	50
172	Auxiliary pump return determining time (Tp)	0.1-10 min	0.1%	5
173	Full-voltage starting acceleration time (Ta)	0.1-25.5 s	0.1 s	5
174	Full-voltage starting deceleration time (Td)	0.1-25.5 s	0.1 s	5
175	Pressure command (Pref)	0-9.999MPa	0.001 MPa	0
176	Analog feedback bias pressure (Pb)	0-± 9.999 MPa	0.001MPa	P0
177	Analog feedback gain pressure (Pg)	0-± 9.999 MPa	0.001MPa	P0
178	Upper pressure value limit (Ph)	0.001-9.999MPa	0.001MPa	1
179	Lower limit pressure value Pl	0-9.999MPa	0.001MPa	0
180	Gradient of pressure acceleration /deceleration	0.001-9.999MPa	0.001MPa	0.1
181	Motor switching allowable deviation	0-20%	0.1%	0
182	2nd pressure command (Pref2)	0-9.999MPa	0.001MPa	0
183	Maximum limiter duration time (Th2)	0.1-10 min	0.1 min.	5
184	Minimum limiter duration time (Tl2)	0.1-10 min	0.1 min.	5
185	Regular pump switching time (Tch)	0-720, 999 h	1 h	0
186	Regular pump switching signal output time (Tchs)	0-120 s	1 s	120
187	Motor switching function	0: Select by function code 1: Select by external signal	1	0
191 192 193 194 195 196	Relay output function (RY3) Relay output function (RY4) Relay output function (RY5) Relay output function (RY6) Relay output function (RY7) Relay output function (RY8) Operation contact ON (optional)	0:Output at alarm status 1: In operation 2: Low voltage 3: End of simple scheduled operation 4: In operation 2 5: Frequency matching (1st speed frequency) 6: Frequency matching (1st to 8th speed frequencies) 7: Frequency approach 8: Overload alarm level setting (Cd048 value.Output only in constant operation.) 9: Electrothermal level signal (Electrothermal 80%) 10: Fin heat prediction signal 11: Reserved 12: Reserved 13: Excitation and DC braking 14: Lower frequency limit matching 15: Upper frequency limit matching 16: Reserved 17: Reserved 18: FR signal 19: RR signal 20: 2DF signal 21: 3DF signal 22: AD2 signal 23: AD3 signal 24: JOG signal 25: MBS signal 26: ES signal 27: RST signal 28: Reserved 29: Reserved 30: Discharge resistor ON-signal 31 - 33: Reserved 34: Overload alarm signal (Cd048 value. Output when in operation.) 35 - 99: Reserved (*): Option	1	1 5 6 8 10 13
197	Point to Point control position limiter	1 - 32767 mm	1mm	32767
198	Point to Point control smallest position unit	1: 1 mm 2: 0.1 mm 3: 0.01 mm	1	1
199	Simple backlash calibration	0 - ±5000 pulses	1 pulse	P0
600	Command pulse format	1: Forward and reverse pulse train 2: Coded pulse train 3: Two-phase pulse train	1	1
601	Command pulse logic	1: Positive logic 2: Negative logic	1	1
602	PG pulse output divisor	1: 1/1 2: 1/2 3: 1/4 4: 1/8 5: 1/16	1	1
603	Deviation counter clear mode	1: Level operation (the counter is cleared when it is on.) 2: Edge operation (the counter is cleared when it is on.)	1	2
604	PG pulse multiplication value	1: × 1 2: × 2 3: × 4	1	3
605	PG switch	1: Compatible with line driver PG 2: Compatible with open collector PG	1	1
606	Position control gain	0.1 - 50 rad/s	0.1 rad/s	1
607	Positioning complete width	0 - 32767 pulses	1 pulse	100
608	Error level limit	0: No alarm function 1 - 1000 (set value 1=1000 pulses)	1000 pulses	100
609	Position control acceleration/deceleration	0: Inactive 1: Active	1	1
610	Number of pulses within 1 mm	0: Pulse is specified with Cd0611 1 - 32767 pulses	1 pulse	0
611	Point to Point control position command	0: No control 0.01 - 32767 mm	0.01 - 1 mm	0
612	Electric gear function selection	0: Inactive 1: Active	1	0
613	Electric gear A data	1 - 100 (Setting accuracy: 1)	1	1
614	Electric gear B data	1 - 100 (Setting accuracy: 1)	1	1
615	Zero servo control function selection	0: No function 1: Zero servo switching at zero-speed 2: Zero servo switching at external terminal (PO)	1	0
616	Zero-speed	1 - 3000 rpm	1rpm	30
617	Zero servo complete width	5 - 10000 pulses	1 pulse	10
618	Number of PG pulses	500 - 2048 pulses	1 pulse	1000
619	Observer gain setting ration	0 to 7.8 (This function is invalid for SHF-75K or higher and SPF-90K or higher)	0.01	0
620	Observer time constant	0 - 7.8 (SHF-75K or higher, function invalid for SPF-90K or higher)	0.01	1
630 631 632 633 634 635 636 637	Selection of input terminal DI1 Selection of input terminal DI2 Selection of input terminal DI3 Selection of input terminal DI4 Selection of input terminal DI5 Selection of input terminal DI6	0: Not used 1: FR 2: RR 3:2DF 4:3DF 5: MBS 6: ES 7: RST 8: AD2 9:AD3 10:JOG 11: FR+JOG 12: RR+JOG 13: FR+AD2 14: RR+AD2 15: FR+AD3 16: RR+AD3 17: FR+2DF 18: RR+2DF 19: FR+3DF 20: RR+3DF 21: FR+2DF+3DF 22: RR+2DF+3DF 23: FR+AD2+2DF 24: RR+AD2+2DF 25: FR+AD2+3DF 26: RR+AD2+3DF 27: FR+AD2+2DF+3DF 28: RR+AD2+2DF+3DF 29: FR+AD3+2DF 30: RR+AD3+2DF 31: FR+AD3+3DF 32: RR+AD3+3DF 33: FR+AD3+2DF+3DF 34: RR+AD3+2DF+3DF 35:PTR 36: IF 37: 5DF 38: HD 39:2P(*) 40:2PT(*) 41:TCL(*) 42:2P+2PT(*) 43:CP 44:CCL 45:PC 46:PID 47:PM1(*) 48:PM2(*) 49:PM3(*) 50:PM4(*) 51:PM5(*) 52:PM6(*) 53:PM7(*) 54: Reserved 55:P0 56:FR+CCL(*) 57:RR+CCL(*) 58-61: Reserved 62:FR+MBS 63:RR+MBS 64: Reserved 65:2DF+AD2 66:2DF+AD3 67:3DF+AD2 68:3DF+AD3 69:A × 10 (*) 70:A × 100 (*) 71-99: Reserved (*):Option	1	1 2 3 4 5 6 7 8
638 639 640	Selection of output terminal DO1 Selection of output terminal DO2 Selection of output terminal DO3	0: Not used 1: In operation 1 2: Low voltage 3: End of simple scheduled operation 4: In operation 2 5: Frequency matching (1st speed frequency) 6: Frequency matching (1st to 8th speed frequencies) 7: Frequency approach 8: Overload alarm level setting (Cd048 value. Output only in constant operation.) 9: Electrothermal level signal (Electrothermal 80%) 10: Fin heat prediction signal 11: Auxiliary pump driving signal (*) 12: Regular pump switching signal (*) 13: Excitation and DC braking 14: Lower frequency limit matching 15: Upper frequency limit matching 16: Servo on signal (option) 17: Zero servo completion signal (option) 18: FR signal 19: RR signal 20: 2DF signal 21: 3DF signal 22: AD2 signal 23: AD3 signal 24: JOG signal 25: MBS signal 26: ES signal 27: RST signal 28 : Switching standby signal (*) 29: Positioning completion signal (option) 30: Discharge resistor on signal 31: Reserved 32: Frequency counter output (Output frequency) 33: Frequency counter output (Command frequency) 34: Overload alarm signal (Cd048 value. Output when in operation.) 35 - 99: Reserved (*): Option	1	1 5 8
641	Start standby time	0 - 120	0.1 s	0
642	Start standby frequency	0.05 - 60	0.01Hz	5
669	V/f separation command voltage	0: No function (VRF1 command) 0.01 to 10.23	0.01V	0
670	Magnification of frequency counter output	1-10	by 1	1
671	Cooling fan ON function Note: Supported only for cooling fan ON/OFF control model	0: Cooling fan ON/OFF control 1: Cooling fan ON normally	1	0
672	Missing phase detection function	0: Missing input phase detection is invalid,missing output phase detection is invalid. 1: Missing input phase detection is valid, missing output phase detection is invalid. 2: Missing input phase detection is invalid, missing output phase detection is valid. 3: Missing input phase detection is valid, missing output phase detection is valid.	1	3
673	Overvoltage stalling prevention function	0: Overvoltage stalling prevention function inactive. 1: Overvoltage stalling prevention function active.	1	1
674	Relay contact output selection	0:Output at alarm status 1: In operation 1 2: Low voltage 3: End of simple scheduled operation 4: In operation 2 5: Frequency matching (1st speed frequency) 6: Frequency matching (1st to 8th speed frequencies) 7: Frequency approach 8: Overload alarm level setting (Cd048 value. Output only in constant operation.) 9: Electrothermal level signal (Electrothermal 80%) 10: Fin heat prediction signal 11: Auxiliary pump driving signal (*) 12: Regular pump switching signal (*) 13: Excitation and DC braking 14: Lower frequency limit matching 15: Upper frequency limit matching 16: Servo ON-signal (*) 17: Zero servo completion signal (*) 18: FR signal 19: RR signal 20: 2DF signal 21: 3DF signal 22: AD2 signal 23: AD3 signal 24: JOG signal 25: MBS signal 26: ES signal 27: RST signal 28: Switching standby signal (*) 29: Positioning completion signal (*) 30: Discharge resistor ON-signal 31 - 33: Reserved 34: Overload alarm signal (Cd048 value. Output when in operation.) 35 - 99: Reserved (*): Option	1	0
675	Optional V/f pattern intermediate voltage 1	0-460 V	1V	0
676	Optional V/f pattern intermediate voltage 2	0-460 V	1V	0
677	Optional V/f pattern intermediate frequency 1	0.05-600 Hz	0.01Hz	20
678	Optional V/f pattern intermediate frequency 2	0.05-600 Hz	0.01Hz	40
679	Current output magnification (option)	0-20	×0.01	1
680	Feedback signal disconnection detection time	0-120 seconds 120: Function invalid	0.01 s	5

: The setting cannot be changed during operation.
*1 Typical constants for each model are entered.
*2 - *9 See the following table:

Model	*2 Cd019	*3 Cd020	*4 Cd021	*5 Cd022	*6 Cd023	*7 Cd024	*8 Cd025	*9 Cd026
SBT-0.75K/1.5K to 7.5K/11K SHF-1.5K to SHF-7.5K SPF-2.2K to SPF-11K	5	10	15	20	5	10	15	20
SBT-11K/15K,1 5K/18.5K SHF-11K, 15K SPF-15K, 18.5K	15	30	45	60	15	30	45	60
SBT-18.5K/22K,2 2K/30K SBT-30K to SBT-55K SHF-18.5K to SHF-55K SPF-22K to SPF-75K	30	60	90	120	30	60	90	120
SHF-75K, 90K SPF-90K, 110K	60	120	180	240	60	120	180	240
SHF-110K to SHF-250K SPF-132K to SPF-315K	75	150	225	300	75	150	225	300