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A-29
Display with HOP, HRW Display with DOP, DRW
Function No. with digital operator
Data read/copy
Function mode
Layer Data display No. Data display
Alterability
No. Data HRW DRW
Electronic thermal characteristics 3-5-1 6 F2 0 Hz F-23
E-THM F2 0000 Hz
N——YN
free setting (frequency 2)
Electronic thermal characteristics 7 A3 24.0 A
E-THM A3 24.0 A
N——YN
free setting (current value 3)
Electronic thermal characteristics 8 F3 73 Hz
E-THM F3 0073 Hz
N——YN
free setting (frequency 3)
Overload limit level setting 3-5-2 1 LEVEL 125% F-24
OLOAD LEVEL 125%
N——YY
Overload limit constant setting 2 CONST 1.0
OLOAD CONST 01.0
N——YY
Overload limit selection during 3 ACC 1: ON
OLOAD ACC ON
N——YY
acceleration
Frequency lower limiter setting 3-5-3 1 LIML 0.0 Hz F-26
LIMIT L 0000.0 Hz
Y A5 0.0 Y Y
Frequency upper limiter setting 2 LIMH 0.0 Hz
LIMIT H 0000.0 Hz
Y A6 0.0 Y Y
Jump frequency (1) 3 F1 0.0 Hz F-27
JUMP F1 0000.0 Hz
Y A7 0.0 Y Y
Jump frequency (2) 4 F2 0.0 Hz
JUMP F2 0000.0 Hz
Y A8 0.0 Y Y
Jump frequency (3) 5 F3 0.0 Hz
JUMP F3 0000.0 Hz
Y A9 0.0 Y Y
Jump frequency width setting 6 WIDTH 0.5 Hz JUMP W 0.5Hz N — — Y Y
Allowable instantaneous time 3-5-4 1 TIME 1.0 s F-22 IPS TIME 1.0 s N — — Y Y
Reclosing stand-by after instantaneous
2 WAIT 1.0 s
IPS WAIT 001.0 s
N——YY
power failure recovered
Instantaneous power failure restart 3 POWR 0: ALM IPS POWR ALM Y A34 0 Y Y
selection
Trip selection during stop at under 4 TRIP 1: OFF IPS TRIP OFF N — — Y Y
voltage
Max. frequency selection 3-5-5 1 MAXF
0: 120 Hz
F-30 F-MAX-L 120 Hz Y A64 120 Y Y
Software lock selection 2 SLOCK 1: MD1 F-25 S-LOCK MD1 N — — Y Y
STOP key validity selection 3 STOP 1: ON F-28 STOP-SW ON N — — Y Y
Running direction selection 4 F/R 2: FRE F-29 F/R SW FRE N — — Y Y
Reverse run prevention 5 PREV 0: OFF F/R PREV OFF N — — Y Y
Reduced voltage soft start setting 6 RVS 6 F/R RVS 6 Y A58 6 Y N
Analog input voltage selection 3-6-1 1 V 1: 10 F-31 IN ANA 10V Y A48 1 Y Y
External frequency start setting 2 EXS 0.0 Hz
IN EXS 0000.0 Hz
Y A26 0.0 Y Y
External frequency end setting 3 EXE 0.0 Hz
IN EXE 0000.0 Hz
Y A27 0.0 Y N
External frequency start rate setting 4 EX%s 0 % IN EX%S 000 % N — — Y N
External frequency end rate setting 5 EX%E 100 % IN EX%E 100 % N — — Y N
External frequency start point setting 6 LEVEL 0 Hz IN LEVEL 0 Hz N — — Y Y
Frequency command sampling 7 F-SAMP 8 IN F-SAMP 8 Y A11 8 Y N
frequency setting
Arrival signal output pattern selection
3-6-2 1 PTN 0: CST F-32 ARV PTN CST Y A49 0 Y Y
Arrival frequency setting for acceleration
2 ACC 0.0 Hz ARV ACC 0.0 Hz Y A39 0 Y Y
Arrival frequency setting for deceleration
3 DEC 0.0 Hz ARV DEC 0.0 Hz Y A40 0 Y Y
Overtorque signal rate for plus torque
4 V 100 % F-33 0V-TRQ V 100 % N — — Y N
Overtorque signal rate for minus torque
5 R 100 % 0V-TRQ R 100 % N — — Y N
set
value