E6581833

TM
TOSVERT VF-AS1
Parameter List (V154)
Default
■Panel operation frequency setting Title Function Adjustment range
setting
UT Preset speed operation NN~WN Hz
Default 0.0
Title Function Adjustment range frequency 7
setting HT Forward run/reverse 0:Forward run
HE Operation frequency of NN∼HJHz run selection 1:Reverse run
0
operation panel (operation panel 2:Forward run (Forward/reverse
0
operation) switchable on operation panel)
■Basic parameters 3:Reverse run (Forward/reverse
switchable on operation panel)
Default VJT Motor electronic 10~100%
Title Function Adjustment range
setting thermal protection 100
CWJ History function - - level 1
CW Automatic 0:Disabled QNO Electronic thermal Motor Overload
acceleration/deceleration 1:Automatic setting protection Setting OL stall
0 type protection
2:Automatic setting characteristic selection
(during acceleration only) 0 Standard ○(protect) ×(not stall)
CW Automatic torque boost 0:Disabled 1 Motor ○(protect) ○(stall)
1:Automatic torque boost 2 ×(not protect) ×(not stall)
+ auto-tuning 1 0 0
3 ×(not protect) ○(stall)
2:Sensorless vector control 1
4 VF Motor ○(prot ect) ×(not stall)
+ auto-tuning 1
CW Automatic function 0:Disabled 5 ○(protect) ○(stall)
setting 1:Frequency setting by means of 6 ×(not protect) ×(not stall)
voltage 7 ×(not protect) ○(stall)
2:Frequency setting by means of FURW Current/voltage unit 0:%, 1:A (ampere)/V (volt)
current 0
selection
3:Voltage/current switching from HOUN FM terminal meter 0~76
0 0
external terminal selection
4:Frequency setting on operation HO FM terminal meter -
panel and operation by means -
adjustment
of terminals COUN AM terminal meter 0~76
5: Frequency setting and 2
selection
operation on operation panel CO AM terminal meter -
EOQF Command mode 0:Terminal input enabled -
adjustment
selection 1:Operation panel input enabled EH PWM carrier frequency 1.0~16.0kHz (2.5~8.0kHz) *1 Depends
(including LED/LCD option on
input) capacity
2:2-wire RS485 communication 0
WXU Auto-restart control 0:Disabled
input
Selection 1:At auto-restart after momentary
3:4-wireRS485 communication
stop
input 0
2:When turning ST on or off
4:Communication option input
3:1+2
HOQF Frequency setting 1:VI/II (voltage/current input) 4:At start-up
mode selection 1 2:RR/S4 (potentiometer/voltage
WXE Regenerative power 0:Disabled
input)
ride-through control 1:Power ride-through
3:RX (voltage input)
2:Deceleration stop during power
4:Operation panel input enabled
failure
(including LED/LCD option input)
3:Synchronized
5:2-wire RS485 communication
deceleration/acceleration
input
(synchronized 0
6:4-wire RS485 communication
acceleration/deceleration signal)
input 2
4:Synchronized
7:Communication option input
deceleration/acceleration
8:Optional AI1
(synchronized
(differential current input)
acceleration/deceleration
9:Optional AI2 (voltage/current
signal+power failure)
input)
10:UP/DOWN frequency RD Dynamic braking Braking Overload
Setting ST-off
11:Optional RP pulse input selection function detect
12:Optional high-speed pulse input 0 Disabled - -
13:-(Unsupported option) 1
Enabled(It is
Enabled protect
RV V/f control mode 0:Constant torque characteristics 2 not protect
effective in 0
selection 1:Voltage decrease curve 3 trip condition.) Disabled protect
2:Automatic torque boost 4 not protect
3:Sensorless vector control 1 5 Enabled(It isn't Enabled protect
6 effective in trip not protect
(speed)
7 condition ) protect
4:Sensorless vector control 2 0 Disabled
8 not protect
(speed/torque)
5:V/f 5-point setting RDT Dynamic braking 0.5~1000Ω Depends
6:PM control resistance on
7:PG feedback control capacity
8:PG feedback vector control RDER Allowable continuous 0.01~600.0kW Depends
XD Manual torque boost 1 0.0~30.0% Depends braking resistance on
on capacity
capacity V[R Factory default setting 0: -
XN Base frequency 1 25.0~500.0Hz *2 1:50 Hz default setting
2:60 Hz default setting
XNX Base frequency 200V class:50~330V Depends
3:Factory default setting
voltage 1 400V class:50~660V on type
4:Trip clear
HJ Maximum frequency 30.0~500.0Hz 80.0 5:Cumulative operation time cleared
WN Upper limit frequency 0.0~HJ Hz *2 6:Initialization of type information
NN Lower limit frequency 0.0~WN Hz 0.0 7:Save user-defined parameters 0
CEE Acceleration time 1 0.1~6000 sec. Depends 8:Reset of user-defined parameters
on 9:Cumulative fan operation time
capacity record clear
FGE Deceleration time 1 0.1~6000 sec. Depends 10:Acceleration/deceleration time
on setting 0.01 sec.~600.0 sec.
capacity 11:Acceleration/deceleration time
CXH RR/S4 input point 2 0.0~HJ Hz setting 0.1 sec.~6000sec.
*2
frequency RUGN Registered parameter 0:Standard setting mode at time of
CKH VI/II input point 2 0.0~HJ Hz display selection activation of motor
*2
frequency 1:Quick mode at time of activation of 0
UT Preset speed operation f NN~WN Hz motor
0.0
requency 1 2:Quick mode only
UT Preset speed operation NN~WN Hz H Extended parameters Set detailed parameters shown in
0.0
frequency 2 ~ the following pages -
UT Preset speed operation NN~WN Hz H
0.0
frequency 3 ITW Automatic edit -
-
UT Preset speed operation NN~WN Hz function
0.0 *1:For 200V-55/75kW/400V-90kW to 280kW models, the carrier frequency is between 2.5 and
frequency 4
UT Preset speed operation NN~WN Hz 8.0kHz inclusive.
0.0 *2:Inverter with a model number ending with -WN1, HN:60.0 -WP1:50.0
frequency 5
UT Preset speed operation NN~WN Hz
0.0
frequency 6

1
 E6581833
■Extended parameters
- Frequency signal
Default Default
Title Function Adjustment range Title Function Adjustment range
setting setting
H Low-speed signal 0.0~WN Hz H Input terminal 1 response 2~200ms
0.0 8
output frequency time selection (F)
H Speed reach setting 0.0~WN Hz H Input terminal 2 response 2~200ms
0.0 8
frequency time selection (R)
H Speed reach 0.0~WN Hz H Input terminal 2 response 2~200ms
2.5 -
detection band time selection (ST)
H Input terminal 4 response 2~200ms
8
- Input signal selection time selection (RES)
H Input terminal 5~12 2~200ms
8
Title Function Adjustment range
Default response time selection
setting H Input terminal 13~20 5~200ms
H Priority when 0:Reverse run 8
response time selection
forward/reverse run 1:Stop H Input terminal selection 0~155
1 0
commands are 17(B12)
entered simultaneously H Input terminal selection 0~155
H Input terminal priority 0:Disabled 0
0 18(B13)
selection 1:Enabled H Input terminal selection 0~155
H Unsupported 0: - 0
19(B14)
1: - H Input terminal selection 0~155
2: - 0
20(B15)
3: - H Output terminal function 0~255
4: - 0 254
selection 10 (R3)
5: - H Output terminal function 0~255
6: - 254
selection 11 (R4)
7: - H Base frequency 2 25.0~500 Hz *2
8: -
H Base frequency voltage 2 50~330V/660V Depends
H Analog VI/VII 0:Voltage input on type
0
voltage/current switching 1:Current input
H Manual torque boost 2 0.0~30.0% Depends
H Analog AI2 (optional 0:Voltage input on
circuit board) 1:Current input 0 capacity
voltage/current switching
H Thermal protection level 2 10~100% 100
H Base frequency 3 25.0~500 Hz *2
- Terminal function selection H Base frequency voltage 3 50~330V/660V Depends
Default on type
Title Function Adjustment range H Manual torque boost 3 0.0~30.0% Depends
setting
H Always ON function 0~155 on
*1 capacity
selection 1
H Input terminal function 0~155 H Thermal protection level 3 10~100% 100
2 H Base frequency 4 25.0~500 Hz *2
selection 1 (F)
H Input terminal function 0~155 H Base frequency voltage 4 50~330V/660V Depends
4 on type
selection 2 (R)
H Input terminal function 0~155 H Manual torque boost 4 0.0~30.0% Depends
6 on
selection 3 (ST) *3
H Input terminal function 0~155 capacity
8 H Thermal protection level 4 10~100% 100
selection 4 (RES)
H Input terminal function 0~155 *1:Inverter with a model number ending with -WN1, HN:0 -WP1:6
10 *2:Inverter with a model number ending with -WN1, HN:60.0 -WP1:50.0
selection 5 (S1)
*3:Inverter with a model number ending with -WN1, -WP1:no function
H Input terminal function 0~155
12
selection 6 (S2)
H Input terminal function 0~155
- V/f 5-point setting
14
selection 7 (S3) Default
H Input terminal function 0~155 Title Function Adjustment range
16 setting
selection 8 (RR/S4) H V/f 5-point setting VF1 0.0~HJ Hz
H Input terminal function 0~155 0.0
0 frequency
selection 9 (LI1) H V/f 5-point setting VF1 0.0~100.0%
H Input terminal function 0~155 0.0
0 voltage
selection 10 (LI2) H V/f 5-point setting VF2 0.0~HJ Hz
H Input terminal selection 0~155 0.0
0 frequency
11 (LI3) H V/f 5-point setting VF2 0.0~100.0%
H Input terminal selection 0~155 0.0
0 voltage
12 (LI4) H V/f 5-point setting VF3 0.0~HJ Hz
H Input terminal selection 0~155 0.0
0 frequency
13 (LI5) H V/f 5-point setting VF3 0.0~100.0%
H Input terminal selection 0~155 0.0
0 voltage
14 (LI6) H V/f 5-point setting VF4 0.0~HJ Hz
H Input terminal selection 0~155 0.0
0 frequency
15 (LI7) H V/f 5-point setting VF4 0.0~100.0%
H Input terminal selection 0~155 0.0
0 voltage
16 (LI8) H V/f 5-point setting VF5 0.0~HJ Hz
H Always ON function 0~155 0.0
0 frequency
selection 2 H V/f 5-point setting VF5 0.0~100.0%
H Always ON function 0~155 0.0
0 voltage
selection 3
H Output terminal function 0~255 - Speed/torque reference gain/bias setup
4
selection 1 (OUT1)
H Output terminal function 0~255 Default
6 Title Function Adjustment range
selection 2 (OUT2) setting
H Output terminal 0~255 H Frequency priority 0:HOQF/H terminal
10
function selection 3 (FL) selection switching (input terminal
H Output terminal 0~255 function selection 104, 105)
0
function selection 4 254 1:HOQF/H frequency
(OUT3) switching (switching with
H Output terminal 0~255 H)
function selection 5 254 H VI/II input point 1 setting 0~100% 0
(OUT4) H VI/II input point 1 0.0~HJ Hz
0.0
H Output terminal function 0~255 frequency
254
selection 6 (R1) H VI/II input point 2 setting 0~100% 100
H Output terminal function 0~255 H VI/II input point 1 rate 0~250% (for torque control etc.) 0
254
selection 7 (OUT5) H VI/II input point 2 rate 0~250% (for torque control etc.) 100
H Output terminal function 0~255 H Frequency setting mode Same as HOQF (1~13)
254 １
selection 8 (OUT6) selection 2
H Output terminal function 0~255
254
selection 9 (R2)

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 E6581833
Default
Default Title Function Adjustment range
Title Function Adjustment range setting
setting
H Initial UP/DOWN NN~WN Hz
H Speed command priority 0.1~HJ Hz 0.0
0.1 frequency
switching frequency
H Initial up/down frequency 0:Not changed
H Analog input filter 0:No filter rewriting 1:Setting of H changed 1
1:Filter approx. 10ms when power is turned off
2:Filter approx. 15ms 0
3:Filter approx. 30ms
4:Filter approx. 60ms - Jump frequency
H RR/S4 input point 1 0~100% Default
0 Title Function Adjustment range
setting setting
H RR/S4 input point 1 0.0~HJ Hz H Jump frequency 1 0.0~HJ Hz 0.0
0.0
frequency H Jumping width 1 0.0~30.0Hz 0.0
H RR/S4 input point 2 0~100% H Jump frequency 2 0.0~HJ Hz 0.0
100
setting
H Jumping width 2 0.0~30.0Hz 0.0
H RR/S4 input point 1 rate 0~250% (for torque control etc.) 0
H Jump frequency 3 0.0~HJ Hz 0.0
H RR/S4 input point 2 rate 0~250% (for torque control etc.) 100
H Jumping width 3 0.0~30.0Hz 0.0
H RX input point 1 setting -100~100% 0
H RX input point 1 0.0~HJ Hz
frequency
0.0 - Preset speed operation frequency (8~15)
H RX input point 2 setting -100~100% 100 Default
H RX input point 2 0.0~HJ Hz Title Function Adjustment range
*1 setting
frequency H Preset speed operation NN~WN Hz
H RX input point 1 rate -250~250%(for torque control etc.) 0 0.0
frequency 8
H RX input point 2 rate -250~250%(for torque control etc.) 100 H Preset speed operation NN~WN Hz
H AI1 input point 1 setting -100~100% 0 0.0
frequency 9
H AI1 input point 1 0.0~HJ Hz H Preset speed operation NN~WN Hz
0.0 0.0
frequency frequency 10
H AI1 input point 2 setting -100~100% 100 H Preset speed operation NN~WN Hz
H AI1 input point 2 0.0~HJ Hz 0.0
*1 frequency 11
frequency H Preset speed operation NN~WN Hz
H AI1 input point 1 rate -250~250%(for torque control etc.) 0 0.0
frequency 12
H AI1 input point 2 rate -250~250%(for torque control etc.) 100 H Preset speed operation NN~WN Hz
0.0
H AI2 input point 1 setting 0~100% 0 frequency 13
H AI2 input point 1 0.0~HJ Hz H Preset speed operation NN~WN Hz
0.0 0.0
frequency frequency 14
H AI2 input point 2 setting 0~100% 100 H Preset speed operation NN~WN Hz
H AI2 input point 2 0.0~HJ Hz frequency15(Forced 0.0
*1 operation frequency)
frequency
H RP/high speed pulse 0~100%
0
input point 1 setting - Tripless intensification setup
H RP/high speed pulse 0.0~HJ Hz
0.0 Default
input point 1 frequency Title Function Adjustment range
H RP/high speed pulse 0~100% setting
100 H Retry selection 0:Deselect,1‐10 times 0
input point 2 setting
H RP/high speed pulse 0.0~HJ Hz H Overvoltage limit 0:Enabled
*1 Operation 1:Disabled
input point 2 frequency
*1:Inverter with a model number ending with -WN1, HN:60.0 -WP1:50.0 2:Enabled (quick deceleration) 2
3:Enabled (dynamic quick
- Operation frequency deceleration)
H Base frequency 0:Without voltage compensation
Default voltage selection (limitless output voltage)
Title Function Adjustment range
setting (correction of supply 1:With voltage compensation
H Starting frequency 0.0~10.0Hz voltage)
0.1 (limitless output voltage
Setting 0
2:Without voltage compensation
H Operation start 0.0~HJ Hz
0.0 (limited output voltage)
frequency
H Operation start 0.0~30.0Hz 3:With voltage compensation
0.0 (limited output voltage)
frequency hysteresis
H Stop frequency setting 0.0~30.0Hz 0.0 H Non-stop control time 0.1~320.0 sec.
H Frequency command 0.0~5.0Hz /deceleration time during 2.0
0.0 power failure
dead band
H Start frequency／Stop 0:standard H Reverse-run prohibition 0:Permit all,
frequency operation 1:mode 1 0 selection 1:Prohibit reverse run 0
selection 2:Prohibit forward run
H Random mode 0:Disabled, 1:Enabled 0
- DC braking H Output voltage 0:PWM carrier frequency
waveform selection control1
0
Default *1 1:PWM carrier frequency
Title Function Adjustment range control2
setting
H DC braking start 0.0~120.0Hz H Carrier frequency 0:Not decrease carrier
0.0 control mode frequency automatically
frequency
H DC braking current 0~100% 50 selection 1:Decrease carrier frequency
H DC braking time 0.0~20.0 sec. 1.0 automatically
H Forward/reverse DC 0:Disabled, 1:Enabled 2:Not decrease carrier
0 frequency automatically, 400V
braking priority control
class supported
H Motor shaft fixing control 0:Disabled, 1:Enabled 0 Depends
3:Decrease carrier frequency
H 0Hz command output 0:Default (DC braking) on
0 automatically, 400V class
selection 1:0Hz command capacity
supported
H Time limit for lower-limit 0.0:Disabled 4Not decrease carrier frequency
0.0
frequency operation 0.1~600.0 sec. automatically, with sinusoidal
filter
- Jogging operation 5:Decrease carrier frequency
automatically, with sinusoidal
Default filter
Title Function Adjustment range
setting H Synchronized 0.1~6000 sec.
H Jog run frequency H~20.0Hz 5.0 deceleration time
H Jog run stop pattern 0:Deceleration stop (time elapsed 2.0
1:Coast stop 0 between start of
2:DC braking stop deceleration to stop)
H Operation panel jog run 0:Disabled H Synchronized 0.1~6000 sec.
mode 1:Operation panel jog run mode 0 acceleration time
enabled (time elapsed
H Input from external 0.0~10.0 sec. between start of 2.0
contacts - UP response 0.1 acceleration to
time achievement of
H Input from external 0.0~HJ Hz specified speed)
contacts - UP frequency 0.1 H Regenerative over- 100~160%
step 140
excitation upper limit
H Input from external 0.0~10.0 sec. *1:H is available for VFAS1-2550P,VFAS1-4900PC and above.
contacts - DOWN 0.1
response time
H Input from external 0.0~HJ Hz
contacts - DOWN 0.1
frequency step

3
 E6581833
- Drooping control - Commercial/inverter switching function
Default Default
Title Function Adjustment range Title Function Adjustment range
setting setting
H Drooping gain 0.0~100.0% H Commercial power/ 0:Disabled
0.0 inverter switching output 1:Automatic switching in the
(Enabled if RV=3, 4, 7 or 8)
H Speed at drooping gain 0.0~320.0Hz selection event of a trip
0.0 2:Commercial power switching
0% (Enabled if RV=3, 4, 7 or 8) 0
H Speed at drooping gain 0.0~320.0Hz frequency setting
0.0 3:Commercial power switching
H (Enabled if RV=3, 4, 7 or 8)
H Drooping insensitive 0~100% frequency setting + automatic
10 switching in the event of a trip
torque (Enabled if RV=3, 4, 7 or 8)
H Commercial power 0~WN Hz
- Functions for lift /inverter switching *1
frequency
Default H Inverter-side switching 0.10~10.00 sec. Depends
Title Function Adjustment range waiting time on
setting
H Drooping output filter 0.1~200.0 rad/s capacity
100.0 H Commercial power-side 0.40~10.00 sec.
(Enabled if RV=3, 4, 7 or 8) 0.62
H Light-load high-speed 0:Disabled switching waiting time
operation selection 1:High-speed operation speed H Commercial power 0.10~10.00 sec.
set automatically (Power switching frequency 2.00
running at F command: holding time
Increase) *1:Inverter with a model number ending with -WN1, HN:60.0 -WP1:50.0
2:High-speed operation speed
set automatically (Power - PID control
running at R command: 0
Increase) Default
3:High-speed operation speed set Title Function Adjustment range
setting
with H (Power running at H PID control switching 0:No PID control
F command: Increase) 1:Process type PID control
4:High-speed operation speed set
(temp./pressure, etc.) operation
with H (Power running at
2:Speed type PID control 0
R command: Increase)
(potentiometer, etc.) operation
H Light-load high-speed 0:No learning
3:Stop retaining P control
Learning function 1:Forward run learning 0
2:Reverse run learning 4:Dancer control
H Automatic light-load 30.0~WN Hz H PID control feedback 0:Deviation input
high-speed operation *1 control signal selection (no feedback input)
frequency 1:VI/II (voltage/current input)
H Light-load high-speed 5.0~WN Hz 2:RR/S4 (potentiometer/voltage
operation switching 40.0 input)
lower limit frequency 3:RX (voltage input) 0
H Light-load high-speed 0.0~10.0 sec. 4:Optional AI1
operation load waiting 0.5 (differential current input)
time 5:Optional AI2
H Light-load high-speed 0.0~10.0 sec. (voltage/current input)
operation load detection 1.0 6: PG feedback option
time H Delay filter 0.0~25.0 0.1
H Light-load high-speed 0.0~10.0 sec. H Proportional (P) gain 0.01~100.0 0.10
operation heavy load 0.5 H Integral (I) gain 0.01~100.0 0.10
detection time H PID deviation upper limitNN~WN Hz *1
H Switching load torque -250~250% H PID deviation lower limitNN~WN Hz *1
50
during power running H Differential (D) gain 0.00~2.55 0.00
H Heavy-load torque -250~250% H Process upper limit NN~WN Hz *1
100
during power running H Process lower limit NN~WN Hz 0.0
H Heavy-load torque -250~250% H PID control waiting time 0~2400 sec. 0
during constant power 50 H PID output upper limit NN~WN Hz *1
running
H PID output lower limit NN~WN Hz 0.0
H Switching load torque -250~250%
during regenerative 50 H Process increasing rate 0.1~600.0
10.0
braking (speed type PID control)
H Creeping time1 0.00~2.50sec 0 H Process decreasing 0.1~600.0
10.0
H Braking mode selection 0:Disabled rate (speed type PID control)
1:Forward winding up *1:Inverter with a model number ending with -WN1, HN:60.0 -WP1:50.0
0
2:Reverse winding up,
3:Horizontal operation - Speed feedback/positioning control
H Load portion torque 0:Disabled
input selection 1:VI/II (voltage/current input) Default
Title Function Adjustment range
2:RR/S4 (potentiometer/voltage setting
input) H Number of PG input 1~9999
500
3:RX (voltage input) pulses
4:Henabled H Selection of number 1:Single-phase input
5:2-wire RS485 communication of PG input phases 2:Two-phase input
4 2
input 3:Two-phase input
6:4-wire RS485 communication (Inversion of polarity)
input H PG disconnection 0:Disabled
7:Communications option input detection 1:Enabled (with filter)
enabled 0
2:Enabled (Detection of
8:Optional AI1 momentary power failure)
(differential current input) H Number of RP 1~9999
H Hoisting torque bias -250~250% 500
terminal input pulses
input (valid only when 100 H PID output dead band 0~100% 0
H=)
H Simple positioning 1~4000
H Lowering torque bias 0~100% 100
100 completion range
multiplier
H Brake release time 0.00~2.50 sec. 0.05
H Creeping frequency H~20.0 Hz 3.0 - Motor constant
H Creeping time 0.00~2.50 sec. 0.10 Default
H Braking time learning f 0:Disabled Title Function Adjustment range
setting
unction 1:Brake signal learning 0 H Auto-tuning 1 0:No auto-tuning
(0 after adjustment)
1:Initialize motor constant
H Acceleration/deceleration 0:Disabled
suspend function 1:Parameter setting 0 (0 after execution)
2:Terminal input 2:Continue operation continued
H Acceleration suspend 0.0~HJ Hz after auto-tuning
0.0 0
frequency (0 after execution)
3:Auto-tuning by input terminal
H Acceleration suspend 0.0~10.0 sec.
0.0 signal
time
4:Motor constant auto calculation
H Deceleration suspend 0.0~HJ Hz (0 after execution)
0.0
frequency
H Slip frequency gain 0~150% 70
H Deceleration suspend 0.0~10.0 sec.
0.0 H Auto-tuning 2 0:Disabled
time
1:Self-cooled motor 0
*1:Inverter with a model number ending with -WN1, HN:60.0 -WP1:50.0
2:Forced air-cooled motor

4
 E6581833
Default Default
Title Function Adjustment range Title Function Adjustment range
setting setting
H Motor rated capacity 0.10~500.0kW Depends H Power running torque 0.0~249.9%, 250.0:Disabled
250.0
motor name plate) on limit 4 level
capacity H Regenerative braking 0.0~249.9%, 250.0:Disabled
250.0
H Motor rated current 0.1~2000A Depends torque limit 4 level
(motor name plate) on H Acceleration 0:In sync with
capacity /deceleration operation acceleration/deceleration 0
H Motor rated rotational 100~60000min-1 Depends after torque limit 1:In sync with min. time
speed on H Power running stall 0.0~1.0 sec.
(motor name plate) capacity continuous trip 0.0
H Motor constant 1 0.0~30.0% Depends detection time
(torque boost) on H Regenerative braking 0:Stall during regenerative braking
capacity stall prevention mode 1:Not stall during regenerative 0
H Motor constant 2 10~90% Depends selection braking
(no load current) on H Constant output zone 0:Constant output limit
0
capacity torque limit selection 1:Constant torque limit
H Motor constant 3 0~250%(×0.1%) Depends H Torque reference polarity 0:It is interchangeable so far.
(leak inductance) on selection (When reversing, reverse the
capacity polarity.) 0
H Motor constant 4 0.1~25.0% Depends 1:The polarity doesn’t reverse
(rated slip) on when reversing.
capacity H Factory specific -
0
H Exciting strengthening 100~130% coefficient 1
100
coefficient
H Stall prevention factor 10~250 100 - Adjustment parameters
Default
- Torque control Title Function Adjustment range
setting
Default H Current control 0.0~1000
Title Function Adjustment range 0
setting proportional gain
H Torque command 1:VI/II (voltage/current input) H Speed loop proportional 1~9999
12
selection 2:RR/S4 gain
(potentiometer/voltage input) H Speed loop stabilization 1~9999
100
3:RX (voltage input) coefficient
4:Operation panel input enabled H Moment of inertia of load 0~100
35
(including LED/LCD option input) 1
5:2-wire RS485 communication H Second speed loop 1~9999
3 12
input proportional gain
6:4-wire RS485 communication H Second speed loop 1~9999
input 100
stabilization coefficient
7:Communications option input H Moment of inertia of load 0~100
enabled 35
2
8:Optional AI1 H Speed PI switching 0.0~HJ Hz
(differential current input) 0.0
frequency
H Torque reference filter 0-1000ms 0 H Motor oscillation control 0:Disabled
H Tension torque bias input 0:Disabled, 1~8 1:Enabled（Low gain）
0 0
selection (torque control) (same as H) 2:Enabled（Middle gain）
H Load sharing gain input 0:Disabled, 3:Enabled（High gain）
0
selection 1~8 (same as H) H Stall prevention control 0:Stall prevention control 1
0
H Forward speed limit input 0:Disabled switching 1:Stall prevention control 2
selection 1:VI/II (voltage/current input) H Overvoltage limit 0:Automatic,1~1000ms
2:RR/S4 0
0 constant
(potentiometer/voltage input) H VI/II input bias 0~255 Depends
3:RX (voltage input) on each
4:H enabled products
H Forward speed limit input 0.0~WN Hz H VI/II input gain 0~255 Depends
*1
level on each
H Reverse speed limit 0:Disabled products
input selection 1:VI/II (voltage/current input) H RR/S4 input bias 0~255 Depends
2:RR/S4 on each
0
(potentiometer/voltage input) products
3:RX (voltage input) H RR/S4 input gain 0~255 Depends
4:H enabled on each
H Reverse speed limit 0.0~WN Hz products
*1
input level H RX input bias 0~255 Depends
H Speed limit (torque = 0) 0:Disabled on each
center value reference 1:VI/II (voltage/current input) products
selection 2:RR/S4 H RX input gain 0~255 Depends
0
(potentiometer/voltage input) on each
3:RX (voltage input) products
4:H enabled H Optional AI1 input bias 0~255 Depends
H Speed limit (torque = 0) 0.0~HJ Hz on each
0.0
center value products
H Speed limit 0.0~HJ Hz H Optional AI1 input gain 0~255 Depends
0.0
(torque = 0) band on each
H Prohibition of rotation In 0:Disabled products
any direction other than 1:Enabled H Optional AI2 input bias 0~255 Depends
0
the specified one on each
(F or R) products
*1:Inverter with a model number ending with -WN1, HN:60.0 -WP1:50.0 H Optional AI2 input gain 0~255 Depends
on each
- Torque limit products
H Factory specific -
Default 0
Title Function Adjustment range coefficient 2
setting
H Auto-restart method 0:Searching speed method 1
H Power running 1:VI/II (voltage/current input) selection (factory setting)
torque limit 1 2:RR/S4 1:Searching speed method 2
selection (potentiometer/voltage input) 4
H V/f modulation ratio 0~100%
3:RX (voltage input)
(for switching)
4:H
H Max output voltage 0:Standard
modulation rate 1:Straight 100%
H Power running 0.0~249.9%, 250.0:Disabled 0
250.0 2:102.5%
torque limit 1 level
3:105%
H Regenerative braking 1:VI/II (voltage/current input)
H PM motor constant 1 0~100%
torque limit 1 selection 2:RR/S4 10.0
(d axis inductance)
(potentiometer/voltage input) 4
3:RX (voltage input) H PM motor constant 2 0~100%
10.0
4:H (q axis inductance)
H Regenerative braking 0.0~249.9%, 250.0:Disabled
250.0
torque limit 1 level
H Power running torque 0.0~249.9%, 250.0:Disabled
250.0
limit 2 level
H Regenerative braking 0.0~249.9%, 250.0:Disabled
250.0
torque limit 2 level
H Power running torque 0.0~249.9%, 250.0:Disabled
250.0
limit 3 level
H Regenerative braking 0.0~249.9%, 250.0:Disabled
250.0
torque limit 3 level

5
 E6581833
Default
Title Function Adjustment range
- Acceleration/deceleration 2 setting
H Speed 3 operation time Ditto 5.0
Default H Speed 4 operation time Ditto 5.0
Title Function Adjustment range
setting H Speed 5 operation time Ditto 5.0
H Acceleration time 2 0.1~6000 sec. Depends H Speed 6 operation time Ditto 5.0
on
H Speed 7 operation time Ditto 5.0
capacity
H Speed 8 operation time Ditto 5.0
H Deceleration time 2 0.1~6000 sec. Depends
on H Speed 9 operation time Ditto 5.0
capacity H Speed 10 operation time Ditto 5.0
H Acceleration/ 0:Straight, 1:S-pattern 1, H Speed 11 operation time Ditto 5.0
0 H Speed 12 operation time Ditto 5.0
deceleration 1 pattern 2:S-pattern 2
H Acceleration/ 0:Straight, 1:S-pattern 1, H Speed 13 operation time Ditto 5.0
0 H Speed 14 operation Time Ditto 5.0
deceleration 2 pattern 2:S-pattern 2
H Panel acceleration/ 1:Acceleration/deceleration 1 H Speed 15 operation Time Ditto 5.0
deceleration selection 2:Acceleration/deceleration 2 H Preset speed 0:Preset speed operation with no
１ operation mode mode
3:Acceleration/deceleration 3 0
4:Acceleration/deceleration 4 selection 1:Preset speed operation with
H Acceleration/ 0.0~HJ Hz mode
deceleration switching 0.0 H Preset speed operation 0:Forward run
frequency 1 frequency 1 operation +1:Reverse run
H Acceleration S-pattern 0~50% mode +2:Acceleration/deceleration
10 switching signal 1
lower limit adjustment
H Acceleration S-pattern 0~50% +4:Acceleration/deceleration
10 0
upper limit adjustment switching signal 2
H Deceleration S-pattern 0~50% +8:V/f switching signal 1
10 +16:V/f switching signal 2
lower limit adjustment
H Deceleration S-pattern 0~50% +32:Torque limit switching signal 1
10 +64:Torque limit switching signal 2
upper limit adjustment
H Acceleration time 3 0.1~6000 sec. Depends H Preset speed operation Ditto
on frequency 2 operation 0
capacity mode
H Deceleration time 3 0.1~6000 sec. Depends H Preset speed operation Ditto
on frequency 3 operation 0
capacity mode
H Acceleration/ 0:Straight, 1:S-pattern 1, H Preset speed operation Ditto
0 frequency 4 operation 0
deceleration 3 pattern 2:S-pattern 2
mode
H Acceleration/ 0.0~HJ Hz
deceleration switching 0.0 H Preset speed operation Ditto
frequency 2 frequency 5 operation 0
mode
H Acceleration time 4 0.1~6000 sec. Depends
on H Preset speed operation Ditto
capacity frequency 6 operation 0
mode
H Deceleration time 4 0.1~6000 sec. Depends
on H Preset speed operation Ditto
capacity frequency 7 operation 0
mode
H Acceleration/ 0:Straight, 1:S-pattern 1,
0 H Preset speed operation Ditto
deceleration 4pattern 2:S-pattern 2
frequency 8 operation 0
H Acceleration/ 0.0~HJ Hz
mode
deceleration switching 0.0
frequency 3 H Preset speed operation Ditto
frequency 9 operation 0
mode
- Pattern operation H Preset speed operation Ditto
Default frequency 10 operation 0
Title Function Adjustment range
setting mode
H Pattern operation 0:Disabled H Preset speed operation Ditto
selection 1:Enabled frequency 11 operation 0
(setting in units of seconds) 0 mode
2:Enabled H Preset speed operation Ditto
(setting in units of minutes) frequency 12 operation 0
H Pattern operation 0:Pattern operation reset when mode
mode system stops operation H Preset speed operation Ditto
1:Pattern operation continued 0
frequency 13 operation 0
even after system stops
operation mode
H Number of repetitions 1~254, H Preset speed operation Ditto
1 frequency 14 operation 0
of pattern group 1 255:Successive
H Pattern group 1 0:Skip, 1~15 mode
0 H Preset speed operation Ditto
selection 1
H Pattern group 1 0:Skip, 1~15 frequency 15 operation 0
0 mode
selection 2
H Pattern group 1 0:Skip, 1~15
0
selection 3 - Communication function
H Pattern group 1 0:Skip, 1~15
0 Default
selection 4 Title Function Adjustment range
H Pattern group 1 0:Skip, 1~15 setting
0 H IP address setting 0:Manul setting
selection 5
H Pattern group 1 0:Skip, 1~15 method (H~H Enabled)
0 0
selection 6 1:BOOTP
H Pattern group 1 0:Skip, 1~15 2:DHCP
0 H IP card Data1 0~255 0
selection 7
H Pattern group 1 0:Skip, 1~15 H Data2 0~255 0
0 H Data3 0~255 0
selection 8
H Number of repetitions 1~254 H Data4 0~255 0
1
of pattern group 2 255:Successive H Subnet Data1 0~255 0
H Pattern group 2 0:Skip, 1~15 H mask Data2 0~255 0
0
selection 1 H Data3 0~255 0
H Pattern group 2 0:Skip, 1~15 H Data4 0~255 0
0
selection 2 H IP gate1 Data1 0~255 0
H Pattern group 2 0:Skip, 1~15
0 H Data2 0~255 0
selection 3
H Pattern group 2 0:Skip, 1~15 H Data3 0~255 0
0 H Data4 0~255 0
selection 4
H Pattern group 2 0:Skip, 1~15 H IP master Data1 0~255 0
0 H Data2 0~255 0
selection 5
H Pattern group 2 0:Skip, 1~15 H Data3 0~255 0
0
selection 6 H Data4 0~255 0
H Pattern group 2 0:Skip, 1~15 H IO scan permission 0:Prohibit
0 0
selection 7 1:Permit
H Pattern group 2 0:Skip, 1~15 H Communication time-out 0.0~60.0 sec
0 0
selection 8 (Modbus)
H Speed 1 operation time 0.1~6000 (The unit depends on
the setting of H.)
5.0
6000:Infinite (depends on the
stop trigger entered)
H Speed 2 operation time Ditto 5.0

6
 E6581833
- Protection functions
Default Default
Title Function Adjustment range Title Function Adjustment range
setting setting
H Stall prevention level 0~164%, 165:Deactivated 150 H Braking resistance 0.1~600.0 sec.
H Inverter trip record 0:Clear when power is turned off overload time 5.0
retention selection 1:Retain even after power is 0 (10 times of rated torque)
turned off H Step-out detection 10~150
H Emergency stop 0:Coast stop current level 100
1:Deceleration stop (for PM motors)
2:Emergency DC braking 0 H Step-out detection 0.0:Not detect
0.0
3:Deceleration stop time (for PM motors) 0.1~25.0
(deceleration 4) H Brake-equipped motor 0:Default (no waiting time for
H Emergency DC 0.0~20.0 sec. restart condition selection frequencies of 10Hz and less)
1.0 1:Conditional (no waiting time 0
braking control time
H Output phase failure 0:Deselect for frequencies of 20Hz and
detection mode selection 1:At starting (only one time after less)
power is turned on) H Control power supply 0:Control power supply not
2:At starting (each time power is backup option failure backed up
turned on) 0 monitoring 1:Control power supply backed
3:During operation up (alarm in the event of a
0
4:At starting + during operation failure)
5:Output cut-off detection 2:Control power supply backed
enabled up (tripping in the event of a
H OL reduction starting 0.0~60.0Hz failure)
6.0
frequency
H Motor150%-overload 10~2400 sec.
300
- Override
time Limit
H Input phase failure 0:Disabled Default
1 Title Function Adjustment range
detection mode selection 1:Enabled setting
H Low current detection 1~20% H Override addition 0:Disabled
10 input selection 1:VI/II (voltage/current input)
hysteresis width
H Low current trip selection 0:No trip 2:RR/S4 (potentiometer/voltage
0 input)
1:Trip
H Low current detection 0~100% 3:RX (voltage input)
0 4:Operation panel input enabled
current
(including LED/LCD option
H Low current detection 0~255 sec.
0 input)
time
5:2-wire RS485 input enabled
H Selection of short circuit 0:Each time (standard pulse) 6:4-wire RS485 input enabled
detection at starting 1:Only one time after power is 7:Communications option input 0
turned on enabled
2:Each time (short pulse) 8:Optional AI1
3.Only one time after power is (differentialcurrent input)
turn on (short pulse) 0 9:Optional AI2
4:Each time (Extremely (voltage/current input)
shot-time pulse) 10:UP/DOWN frequency
5.Only one time after power is 11:Optional RP pulse input
turn on (Extremely shot-time 12:Optional high-speed pulse
pulse) input
H Overtorque trip selection 0:No trip 13:-
0
1:Trip H Override multiplication 0:Disabled, 1:VI/II, 2:RR/S4,
H Overtorque detection 0~250% input selection 3:RX, 4:H, 0
level during power 150 5:Optional AI1
running H Earth detection selection 0:detection (except in stop)
H Overtorque detection 0~250% 0
1:no detection
level during regenerative 150 H Logic output/pulse output 0:Logic output
braking 0
selection (OUT1) 1:Pulse output
H Overtorque detection 0.00~10.00 sec.
0.50
time
H Overtorque detection 0~100%
- Meter output
10
hysteresis Default
H Cooling fan control 0:Auto Title Function Adjustment range
0 setting
selection 1:Always ON H MON1 terminal 0~76
H Cumulative operation 0.1~999.9 (x100h) 4
610.0 meter selection
time alarm setting H MON1 terminal -
H Abnormal speed 0.01~100.0 sec. -
0.01 meter adjustment
detection time H MON2 terminal 0~76
H Overspeed detection 0.0:Disabled, 0.1~30.0Hz 5
0.0 meter selection
frequency upper band H MON2 terminal -
H Overspeed detection 0.0:Disabled, 0.1~30.0Hz -
0.0 meter adjustment
frequency lower band H Pulse output function 0~49
H Undervoltage detection 50~79%, 80: (auto mode) 0
80 selection
level H Selection of number 1.00~43.20kHz
H Overvoltage limit 100~150% 3.84
134 of pulses
operation level H Constant at the time of 4msec, 8msec~100msec
H Undervoltage trip 0:Disabled 64
0 filtering
selection 1:Enabled H FM voltage/current 0:Voltage 0~10V output
H Undervoltage (trip alarm) 0.01~10.00 sec. 0
0.03 output switching 1:Current 0~20mA output
detection time H FM output gradient 0:Negative gradient (descending)
H Regenerative power 55~100% 1
75 characteristic 1:Positive gradient (ascending)
ride-through control level H FM bias adjustment -10.0~100.0% 0.0
H Braking answer waiting 0.0:Disabled, 0.1~10.0 sec. H FM output filter 0:No filter
0.0
time 1:Filter approx. 10ms
H Temperature detection 0:Standard (150%-60 sec.) 2:Filter approx. 15ms
0
1:Estimation of temperature 3:Filter approx. 30ms
H V/f modulation ratio 0.00∼2.50 s 4:Filter approx. 60ms 0
0.00
 (for switching) 5:Filter approx. 120ms
H VI/II analog input 0:None 6:Filter approx. 250ms
wire breakage detection 1~100% 0 7:Filter approx. 500ms
level 8:Filter approx. 1s
H Annual average ambient 1:-10~+10°C H AM output gradient 0:Negative inclination
Temperature (calculation 2:+11~+20°C characteristic (downward slope)
for part replacement 3:+21~+30°C 1
3 1:Positive inclination
alarms) 4:+31~+40°C (upward slope)
5:+41~+50°C H AM bias adjustment -10.0~100.0% 0.0
6:+51~+60°C H MON1 voltage/current 0:Voltage –10~10V output
H Rush current 0.0~2.5 sec. output switching 1:Voltage 0~10V output 1
suppression relay 0.0 2:Current 0~20mA output
activation time H MON1 output gradient 0:Negative inclination
H PTC1 thermal selection 0:Deselect characteristic (downward slope)
0 1
1:Select 1:Positive inclination
H PTC2 thermal selection 0:Deselect (upward slope)
0
1:Select H MON1 bias adjustment -10.0~100.0% 0.0
H Braking resistance 0.1~600.0 sec. H MON2 voltage/current 0:Voltage –10~10V output
overload time 5.0 output switching 1:Voltage 0~10V output 1
(10 times of rated torque) 2:Current 0~20mA output

7
 E6581833
Default Default
Title Function Adjustment range Title Function Adjustment range
setting setting
H MON2 output gradient 0:Negative inclination H EASY key function 0:Quick mode/standard setting mode
characteristic (downward slope) selection shortcut key switching function
1
1:Positive inclination 1:Shortcut key: Pressing for 2 sec to
(upward slope) record the parameter, pressing
H MON2 bias adjustment -10.0~100.0% 0.0 normally to jump to recorded
0
parameter
- Operation panel parameters (first jump to the 1st history)
2:Operation panel/remote key
Default :Operation panel by ON
Title Function Adjustment range 3:onitor peak minimum hold Trigger
setting
H Parameter write 0:Permit H Quick registration 0~999 40
0 parameter 1 (AU4)
protect selection 1:Prohibit
H Frequency free unit 0.00:OFF, 0.01~200.0 H Quick registration 0~999 15
0.00 parameter 2 (pt)
display magnification
H Frequency free unit 0:All frequencies display free unit H Quick registration 0~999 11
conversion selection conversion parameter 3 (FH)
0 H Quick registration 0~999 9
1:PID frequencies free unit
conversion parameter 4 (ACC)
H Free unit display 0:Negative inclination H Quick registration 0~999 10
gradient characteristic (downward slope) parameter 5 (dEC)
１
1:Positive inclination H Quick registration 0~999 600
(upward slope) parameter 6 (tHr)
H Free unit display bias 0.00~HJ Hz 0.00 H Quick registration 0~999 6
H Changing step selection 0.00:Disabled, 0.01~HJ Hz parameter 7 (FM)
0.00
1 H Quick registration 0~999
999
H Changing step selection 0:Disabled, 1~255 parameter 8
0
2 H Quick registration 0~999
999
H Standard monitor hold 0:Real time, 1:Peak hold, parameter 9
0
function 2:Minimum hold H Quick registration 0~999
999
H Standard monitor display 0~80 parameter 10
0
selection H Quick registration 0~999
999
H Status monitor 1 display Ditto parameter 11
1
selection H Quick registration 0~999
999
H Status monitor 2 display Ditto parameter 12
2
selection H Quick registration 0~999
999
H Status monitor 3 display Ditto parameter 13
3
selection H Quick registration 0~999
999
H Status monitor 4 display Ditto parameter 14
4
selection H Quick registration 0~999
999
H Status monitor 5 display Ditto parameter 15
8
selection H Quick registration 0~999
999
H Status monitor 6 display Ditto parameter 16
16
selection H Quick registration 0~999
999
H Status monitor 7 display Ditto parameter 17
15
selection H Quick registration 0~999
999
H Status monitor 8 display Ditto parameter 18
14
selection H Quick registration 0~999
999
H Operation command 0:When standby terminal (ST) is parameter 19
clear selection OFF, clear panel operation H Quick registration 0~999
999
command parameter 20
1:When standby terminal (ST) is H Quick registration 0~999
OFF, remain operation command 1 999
parameter 21
2:When standby terminal (ST) is H Quick registration 0~999
OFF or under voltage alarm 999
parameter 22
occurs, clear operation H Quick registration 0~999
command 999
parameter 23
H Operation panel stop 0:Deceleration stop H Quick registration 0~999
0 999
pattern selection 1:Coast stop parameter 24
H Operation panel -250~250% H Quick registration 0~999
0 999
torque command parameter 25
H Operation panel -250~250% H Quick registration 0~999
0 999
Tension torque bias parameter 26
H Operation panel load 0~250% H Quick registration 0~999
100 999
sharing gain parameter 27
H Operation panel override -100~100% H Quick registration 0~999
0 999
multiplication gain parameter 28
H Operation panel 0:Permit H Quick registration 0~999
frequency setting 1:Prohibit 0 999
parameter 29
prohibition selection H Quick registration 0~999
H LED/LCD panel cable 0:Disconnection detection 999
parameter 30
breakage detection (GTT trip) H Quick registration 0~999
1 999
selection 1:No disconnection detection parameter 31
(retain operation command) H Quick registration 0~999 50
H Operation panel 0:Permit parameter 32 (PSEL)
emergency stop 1:Prohibit
0
operation prohibition
selection - Communication function
H Operation panel reset 0:Permit Default
operation prohibition 1:Prohibit 0 Title Function Adjustment range
setting
selection H MAC Date1 0~255 0
H Prohibition of change of 0:Permit H address Date2 0~255 0
EOQF/HOQF 1:Prohibit 1
during operation H Date3 0~255 0
H All key operation 0:Permit H Date4 0~255 0
0 H Date5 0~255 0
prohibition 1:Prohibit
H Trace selection 0:Deselect, 1:At tripping H Date6 0~255 0
1
2:At triggering H Device Date1 0000~FFFF 0
H Trace cycle 0:4ms, 1:20ms, 2:100ms, 3:1s, H name Date2 0000~FFFF 0
2
4:10s H Date3 0000~FFFF 0
H Trace data 1 0~49 0 H Date4 0000~FFFF 0
H Trace data 2 0~49 1 H Date5 0000~FFFF 0
H Trace data 3 0~49 2 H Date6 0000~FFFF 0
H Trace data 4 0~49 3 H Date7 0000~FFFF 0
H Integral output power 0:Disabled
0 H Date8 0000~FFFF 0
retention selection 1:Enabled
H Integral output power 0:1=1kWh H Communication speed 0:9600 bps
display unit selection 1:1=10kWh Depends (2-wireRS485) 1:19200 bps 1
2:1=100kWh on 2:38400 bps
3:1=1000kWh capacity H Parity (2-wireRS485) 0:Non parity
4:1=10000kWh 1:Even parity, 1
2:Odd parity
H Inverter number 0~247
0
(common)

8
 E6581833
Default Default
Title Function Adjustment range Title Function Adjustment range
setting setting
H Communications 0:OFF, 1~100 sec. H Communication option 0000~HHHH
time-out time (common 0000
0 setting 5
to 2-wire RS485 and H Communication option 0000~HHHH
4-wire RS485) 0000
setting 6
H Communicationtime-out 0~8 H Communication option 0000~HHHH
action (common to 0000
8 setting 7
2-wire RS485 and 4-wire H Communication option 0000~HHHH
RS485) 0
setting 8
H Send waiting time 0.00:Default, 0.01~2.00 sec. H Communication option 0000~HHHH
0.00 0
(2-wire RS485) setting 9
H Master/slave setting for 0:Slave (issues a 0Hz command if H Communication option 0000~HHHH
inverter-to-inverter something goes wrong with 0000
setting 10
communications the master) H Communication option 0000~HHHH
(2-wire RS485) 1:Slave (continues operation if 0000
setting 11
something goes wrong with
H Communication option 0000~HHHH
the master) 0000
setting 12
2:Slave (trips for emergency
stop if something goes wrong H Communication option 0000~HHHH
0000
with the master) 0 setting 13
3:Master (sends a frequency H Communication option 0000~HHHH
0000
command) setting 14
4:Master (sends an output H Communication option 0000~HHHH
0000
frequency) setting 15
5.Master (sends a torque H Communication option 0000~HHHH
0
command) setting 16
6.Master (sends an output H Communication option 0000~HHHH
0
torque command) setting 17
H Protocol selection 0:TOSHIBA H Communication2 time-out 0:Disconnection detection
0 condition selection 1:When communication mode enable 0
(2-wire RS485) 1:MODBUS
H Communication1time-out 0:Disconnection detection 2:1+Driving operation
ondition selection 1:When communication mode H Disconnection detection 0.0~100.0 sec.
0 0.0
Enable extended time
2:1+Driving operation H Inverter operation at 0:Inverter stop, communication
H Frequency point 0:Disabled disconnection command, frequency mode open
selection 1:2-wire RS485 (by EOQF, HOQF)
0 1:None (continued operation)
2:4-wire RS485
3:Communication add option 2:Deceleration stop 0
H Point 1 setting 0-100% 0 3:Coast stop
H Point 1 frequency 0.0~HJ Hz 0.0 4:Network error (GTT trip)
H Point 2 setting 0~100% 100 5:Preset speed operation
H Point 2 frequency 0.0~HJ Hz *1 (by H setting)
H Address monitor 1~64 H Preset speed operation 0:None
1 selection 1~15:Preset speed operation 0
(Modbus puls)
(by parameter setting)
H Command selection 0:Prohibit
0 H Communication option 0~255
(Modbus puls) 1:Permit 0
station address monitor
H Number of command 0~8
0 H Communication option 0~255
(Modbus puls)
speed switch monitor 0
H Number of Monitor 0~8
0 Device Net/CC-Link
(Modbus puls)
H Motor pairs of poles for 1:2Poles, 2:4Poles
H Command station 0~64
0 communication 3:6Poles, 4:8Poles
(Modbus puls) 2
5:10Poles, 6:12Poles
H Communication 0:9600 bps 7:14Poles, 8:16Poles
Speed (4-wire RS485) 1:19200 bps 1
H Block write data 1 0:Disabled
2:38400 bps
1:Command information 1
H Baud rate (Ethernet) 0:Automatic detection 2:Command information 2
1:10Mbps Full 3:Frequency command 0
2:10Mbps Half 0 4:Terminal board output data
3:100Mbps Full 5:Communication analog data
4:100Mbps Half 6:Rotational speed instruction
H Baud rate monitor right 0:Automatic detection H Block write data 2 Ditto 0
port (Ethernet) 1:10Mbps Full
H Block read data 1 0:Deselect
2:10Mbps Half -
1:Status information
3:100Mbps Full
2:Output frequency
4:100Mbps Half
3:Output current
H Baud rate monitor right 0:Automatic detection 4:Output voltage
port (Ethernet) 1:10Mbps Full 5:Alarm information
2:10Mbps Half - 6:PID feedback value
3:100Mbps Full 7:Input terminal board monitor
4:100Mbps Half 8:Output terminal board monitor
H (Reservation) 0:- 9:VI/II terminal board monitor
1:- 10:RR/S4 terminal board monitor 0
0
2:- 11:RX terminal board monitor
3:- 12:Input voltage (DC detection)
H Send waiting time 0.00:Default, 0.01~2.00 sec. 13:Speed feedback frequency
0.00
(4-wire RS485) 14:Torque
H Inverter-to-inverter 0:Slave (issues a 0Hz command 15:MY monitor 1
communication setting if something goes wrong with 16:MY monitor 2
(4-wire RS485) the master) 17:MY monitor 3
1:Slave (continues operation if 18:MY monitor 4
something goes wrong with 19:Free notes
the master) 20:rotational speed
2:Slave (trips for emergency H Block read data 2 Ditto 0
stop if something goes wrong H Block read data 3 Ditto 0
with the master) 0 H Block read data 4 Ditto 0
3:Master (sends a frequency
H Block read data 5 Ditto 0
command)
4:Master (sends an output H Free notes 0~HHHH 0
frequency) H Error reset mode 0:Only reset trip if the
5:Master (sends a torque selection (for requirement is from
command) communication option) communication option, but
6:Master (sends an output reset all if the requirement is 1
torque command) from the others.
H Parity (4-wireRS485) 0：No parity 1:Reset all
1：Even parity 1 2:Only reset trip
2：Odd parity H Network option reset 0:None
H Protocol selection 0:TOSHIBA Setting 1:Reset option circuit board and 0
0 inverter
(4-wire RS485) 1:MODBUS
H Communication option 0~7
0
setting 1
H Communication option 0000~HHHH
0000
setting 2
H Communication option 0000~HHHH
0000
setting 3
H Communication option 0000~HHHH
0000
setting 4
*1:Inverter with a model number ending with -WN1, HN:60.0 -WP1:50.0

9
 E6581833
- My function
Default Default
Title Function Adjustment range Title Function Adjustment range
setting setting
H Input function target 11 Input terminal function number H Input function command Same as H
0
0:Deselect 42
1:F terminal H Input function target 42 Same as H 0
2:R terminal H Input function command Same as H
3:- 0
43
4:RES terminal H Input function target 43 Same as H 0
5:S1 terminal H Output function assigned Same as H
6:S2 terminal 0
object 4
7:S3 terminal H Input function target 51 Same as H 0
8:RR/S4 terminal H Input function command Same as H
9:LI1 terminal 0
52
10:LI2 terminal
H Input function target 52 Same as H 0
11:LI3 terminal
12:LI4 terminal H Input function command Same as H
0
13:LI5 terminal 53
14:LI6 terminal H Input function target 53 Same as H 0
0 H Output function assigned Same as H
15:LI7 terminal 0
16:LI8 terminal object 5
17:B12 terminal H Output function target 61 Same as H 0
18:B13 terminal H Input function command Same as H
0
19:B14 terminal 62
20:B15 terminal H Input function target 62 Same as H 0
21:Virtual input terminal 1 H Input function command Same as H
0
22:Virtual input terminal 2 63
23:Virtual input terminal 3 H Input function target 63 Same as H 0
24:Virtual input terminal 4 H Output function assigned Same as H
25~32:Internal terminal 1~8 0
object 6
918~934:MY function number H Input function target 71 Same as H 0
1000~1255:Output selection H Input function command Same as H
number 0
72
2000~2099:FD00~FD9 H Input function target 72 Same as H 0
3000~3099:FE00~FE99 H Input function command Same as H
H Input function command 0:NOP (not operation) 0
73
12 1:ST (move) H Input function target 73 Same as H 0
2:STN
H Output function assigned Same as H
3:AND (logical product) 0
object 7
4:ANDN
5:OR (logical sum) H Analog input function 0:Disabled
6:ORN target 11 1:VI/II
7:EQ (equal) 2:RR/S4
8:NE (not equal) 3:RX 0
9:GT (greater than) 4:Optional AI1+, Optional AI1-
10:GE (greater or equal) 5:Optional AI2
11:LT (less than) 0 6:Internal memory1
12:LE (less or equal) H Analog function assigned 0:Disabled
13:ASUB (absolute) object 11 1: Acceleration
14:ON (on delay timer) 2: Upper limit frequency (WN)
15:OFF (off delay timer) 3:Acceleration multiplication factor
16:COUNT 1 (counter 1) 4:Deceleration multiplication factor
17:COUNTR 2 (counter 2) 5:Manual torque boost (XD) 0
18:HOLD (hold) 6:OC stall (H)
19:SET (set) 7:Thermal protection (VJT)
20:RESET (reset) 8:Speed loop P gain (H)
21:CLR 9:Drooping gain (H)
22:CLRN 10:PID P gain (H)
H Input function target 12 Same as H 0 H Analog input function 0:Disabled
H Input function command Same as H target 21 1:VI/II
0 2:RR/S4
13
3:RX 0
H Input function target 13 Same as H 0
4:Optional AI1+, Optional AI1-
H Output function assigned Same as H 5:Optional AI2
0
object 1 6:Internal memory2
H Input function target 21 Same as H 0 H Analog function assigned 0~10
H Input function command Same as H 0
0 object 21
22 H Monitor output function 2000~2099:FD00~FD99
H Input function target 22 Same as H 0 2000
target 11 3000~3099:FE00~FE99
H Input function command Same as H H Monitor output 0:Normal monitor,
0 0
23 function command 11 1:Max. value, 2:Min. value
H Input function target 23 Same as H 0 H Monitor output function 2000~2099:FD00~FD99
H Output function assigned Same as H 2000
0 target 21 3000~3099:FE00~FE99
object 2 H Monitor output function 0:Normal monitor,
H Input function target 31 Same as H 0 0
command 21 1:Max. value, 2:Min. value
H Input function command Same as H H Monitor output function 2000~2099:FD00~FD99
0 2000
32 target 31 3000~3099:FE00~FE99
H Input function target 32 Same as H 0 H Monitor output function 0:Normal monitor,
H Input function command Same as H 0
0 command 31 1:Max. value, 2:Min. value
33 H Monitor output function 2000~2099:FD00~FD99
H Input function target 33 Same as H 0 2000
target 41 3000~3099:FE00~FE99
H Output function assigned Same as H H Monitor output function 0:Normal monitor,
0 0
object 3 command 41 1:Max. value, 2:Min. value
H My output percent data 1 0.00~200.0% 0.00 H Virtual input terminal 0~155
H My output percent data 2 0.00~200.0% 0.00 0
selection 1
H My output percent data 3 0.00~200.0% 0.00 H Virtual input terminal 0~155
0
H My output percent data 4 0.00~200.0% 0.00 selection 2
H My output percent data 5 0.00~200.0% 0.00 H Virtual input terminal 0~155
0
H My output frequency 0.0~500.0Hz selection 3
0.0
data 1 H Virtual input terminal 0~155
0
H My output frequency 0.0~500.0Hz selection 4
0.0
data 2 H My function selection 0:Disabled
H My output frequency 0.0~500.0Hz 1:My function + permission
0.0 0
data 3 signal
H My output frequency 0.0~500.0Hz 2:My function always ON
0.0
data 4
H My output frequency 0.0~500.0Hz
0.0
- Travenirse function
data 5
H My output time data 1 0.01~600.0sec 0.01 Default
Title Function Adjustment range
H My output time data 2 0.01~600.0sec 0.01 setting
H My output time data 3 0.01~600.0sec 0.01 H Traverse selection 0:Disabled
0
H My output time data 4 0.01~600.0sec 0.01 1:Enabled
H My output time data 5 0.01~600.0sec 0.01 H Traverse acceleration 0.1~120.0 sec.
25.0
Time
H No. of times of My output 0~9999 times
0 H Traverse deceleration 0.1~120.0 sec.
data 1 25.0
Time
H No. of times of My output 0~9999 times
0 H Traverse step 0.0~25.0% 10.0
data 2
H Input function target 41 Same as H 0 H Traverse jump step 0.0~50.0% 10.0

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 E6581833
-Monitor FM/AM/pulse output function selection - Input terminal function setting
FM/AM/pulse Positive Negative
Monitor output Function
output Function logic logic
Option No Option No 0 1 No function is assigned
0 0 Output frequency 2 3 F: Forward run command
1 1 Frequency command value 4 5 R: Reverse run command
2 2 Output current 6 7 ST: Standby
8 9 RES: Reset
3 3 Input voltage (DC detection)
10 11 S1: Preset speed 1
4 4 Output voltage
12 13 S2: Preset speed 2
5 5 Compensated frequency 14 15 S3: Preset speed 3
6 6 Speed feedback (real-time value) *1 16 17 S4: Preset speed 4
7 7 Speed feedback (1-second filter) *1 18 19 Jog run
8 8 Torque 20 21 Emergency stop
9 9 Torque command 22 23 DC braking
11 11 Torque current 24 25 Acceleration/deceleration switching 1
12 12 Exciting current 26 27 Acceleration/deceleration switching 2
13 13 PID feedback value 28 29 V/f switching signal 1
30 31 V/f switching signal 2
14 14 Motor overload factor (OL2 data)
32 33 Torque limit switching signal 1
15 15 Inverter overload factor (OL1 data)
34 35 Torque limit switching signal 2
Regenerative braking resistance overload factor 36 37 PID control OFF selection
16 16
(OLr data) 38 39 Pattern operation selection 1
17 17 Regenerative braking resistor load factor (% ED) 40 41 Pattern operation selection 2
18 18 Input power 42 43 Pattern operation continuation signal
19 19 Output power 44 45 Pattern operation trigger signal
23 23 Optional AI2 input 46 47 External thermal error
24 24 RR/S4 input 48 49 Communication priority cancel
25 25 VI/II input 50 51 Holding of HD operation (stop of three-wire operation)
26 26 RX input 52 53 PID differentiation/integration reset
27 27 Optional AI1 input 54 55 PID forward/reverse switching
56 57 Forced continuous operation
28 28 FM output
58 59 Specified speed operation
29 29 AM output
60 61 Acceleration/deceleration suspend signal
30 - Fixed output 1 62 63 Power failure synchronized signal
31 - Communication data output 64 65 My function RUN signal
32 - Fixed output 2 66 67 Auto-tuning signal
33 - Fixed output 3 68 69 Speed gain switching
- 32 Attached to expansion I/O card 1 CPU version 70 71 Servo lock signal
- 33 Attached to expansion I/O card 2 CPU version 72 73 Simple positioning (positioning loop)
34 34 Integral input power 74 75 Integrating wattmeter display clear
35 35 Integral output power 76 77 Trace back trigger signal
78 79 Light-load high-speed operation prohibitive signal
45 - Gain display
86 87 Binary data write
46 - My function monitor 1 (Output of unsigned value)
88 89 Up/Down frequency (up)
47 - My function monitor 2 (Output of unsigned value) 90 91 Up/Down frequency (down)
48 - My function monitor 3 (Output of signed value) 92 93 Up/Down frequency (clear)
49 - My function monitor 4 (Output of signed value) 94 95 Dancer correction OFF
50 50 Signed output frequency 98 99 Forward/Reverse selection
51 51 Signed frequency command value 100 101 Run/Stop command
52 52 Signed compensated frequency 102 103 Commercial power/INV switching
53 53 Signed speed feedback (real-time value) 104 105 Frequency reference priority switching
54 54 Signed speed feedback (1-second filter) 106 107 VI/II terminal priority
55 55 Signed torque 108 109 Command terminal board priority
110 111 Parameter editing enabling
56 56 Signed torque command
112 113 Speed/Torque switching
58 58 Signed torque current
122 123 Rapidest deceleration command
59 59 Signed PID feedback value 124 125 Preliminary excitation
60 60 Signed RX input 126 127 Braking request
61 61 Signed optional AI1 input 130 131 Brake answer back input
62 - Signed fixed output 1 134 135 Traverse permission signal
63 - Signed fixed output 2 136 151 (reservation)
64 - Signed fixed output 3 152 153 V/f ratio switching
- 64 Light-load high-speed load torque monitor 1 154 155 Manual torque boost switching signal
- 65 Light-load high-speed load torque monitor 2
- 66 Pattern operation group number
Remaining no. of cycles for which pattern operation is
67
- continued
- 68 Pattern operation preset speed numbers
- 69 Remaining time for which pattern operation is continued
- 70 Rated voltage
- 71 Rotational speed
Communication option
- 72
Abnormal counter
Communication option
- 73
Abnormal counter
74 74 MON1
75 75 MON2
76 76 RP
- 77 COUNT1
- 78 COUNT2
- 79 PID result frequency
- 80 Synchronous speed Frequency command
*1: Estimated speed is output if there is no PG feedback. If used as pulse input command with
PG feedback option, frequency is displayed as in the PG feedback.

11
 E6581833
- Output terminal function setting
Positive Negative
Function
logic logic
0 1 LL
2 3 UL
4 5 LOW
6 7 Acceleration/deceleration completion
8 9 Specified speed arrival
10 11 Failure FL (all trip)
12 13 Failure FL (except for EF, OCL, EPHO and OL2)
14 15 Overcurrent pre-alarm
16 17 Inverter overload pre-alarm
18 19 Motor overload pre-alarm
20 21 Overheat pre-alarm
22 23 Overvoltage pre-alarm
24 25 Main circuit under voltage alarm
26 27 Low current alarm
28 29 Overtorque alarm
30 31 Braking resistor overload pre-alarm
32 33 In emergency stop
34 35 In course of retry
36 37 Pattern operation switching output
38 39 PID deviation limit
40 41 Run/Stop
42 43 Serious failure (OCA, OCL, EF, phase failure, etc.)
44 45 Light failure (OL, OC1, 2, 3, OP)
46 47 Commercial/INV switching output 1 (for inverter operation output)
Commercial/INV switching output 2
48 49
(for commercial operation output)
50 51 Cooling fan ON/OFF
52 53 In Jog run
54 55 Panel operation/terminal board operation switching
56 57 Cumulative operation time alarm
58 59 PROFIBUS/DeviceNet/CC-Link communication error
60 61 Forward/reverse run
62 63 Ready for operation 1
64 65 Ready for operation 2
68 69 Braking release signal
70 71 In (pre-)alarm status
72 73 Forward speed limit (torque control)
74 75 Reverse speed limit (torque control)
76 77 Inverter healthy output
78 79 RS485 communication error
80 81 Error code output 1 (6-bit output)
82 83 Error code output 2 (6-bit output)
84 85 Error code output 3 (6-bit output)
86 87 Error code output 4 (6-bit output)
88 89 Error code output 5 (6-bit output)
90 91 Error code output 6 (6-bit output)
92 93 Designated data output 1 (7-bit output)
94 95 Designated data output 2 (7-bit output)
96 97 Designated data output 3 (7-bit output)
98 99 Designated data output 4 (7-bit output)
100 101 Designated data output 5 (7-bit output)
102 103 Designated data output 6 (7-bit output)
104 105 Designated data output 7 (7-bit output)
106 107 Light load signal
108 109 Heavy load signal
110 111 Positive torque limit
112 113 Negative torque limit
114 115 Output for external rush suppression relay
118 119 Completion of stop positioning (for simple positioning)
120 121 L-STOP
122 123 Power failure synchronized operation
124 125 Traverse motion
126 127 Traverse deceleration in progress
128 129 Part replacement alarm
130 131 Overtorque pre-alarm
132 133 Operation frequency command 1/2 selection
134 135 Failure FL (except emergency stop)
164 165 Motor oscillation control1(VFA7 Compatibility)
222 223 My function output 1
224 225 My function output 2
226 227 My function output 3
228 229 My function output 4
230 231 My function output 5
232 233 My function output 6
234 235 My function output 7
236 237 My function output 8
238 239 My function output 9
240 241 My function output 10
242 243 My function output 11
244 245 My function output 12
246 247 My function output 13
248 249 My function output 14
250 251 My function output 15
252 253 My function output 16
254 255 Always OFF (for terminal signal tests)

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 E6581833
-Standard default settings classified by inverter model (capacity)
｢the following table｣

Torque Base
Acc/dec
boost frequency Allowable Carrier Motor rated Motor Motor Display unit
time Dynamic Inverter side Motor Motor Motor
XD voltage PWM Carrier continuous frequency Motor rated rotational constant 2 constan3 selection for
CEE/FGE braking switching rated constant 1 constant 4
Inverter type H XNX frequency braking control mode capacity speed (no load (leak integral
H/H resistance waiting time current (torque boost) (rated slip)
H H EH resistance selection H H current) inductance) output power
H/H RDT H H H H
H H RDER H *1 H H H
H/H
H
VFAS1-2004PL                
VFAS1-2007PL                
VFAS1-2015PL                
VFAS1-2022PL                
VFAS1-2037PL                
VFAS1-2055PL                
VFAS1-2075PL                
VFAS1-2110PM                
VFAS1-2150PM                
VFAS1-2185PM                
VFAS1-2220PM                
VFAS1-2300PM                
VFAS1-2370PM                
VFAS1-2450PM                
VFAS1-2550P                
VFAS1-2750P                
VFAS1-4007PL  *2              
VFAS1-4015PL  *2              
VFAS1-4022PL  *2              
VFAS1-4037PL  *2              
VFAS1-4055PL  *2              
VFAS1-4075PL  *2              
VFAS1-4110PL  *2              
VFAS1-4150PL  *2              
VFAS1-4185PL  *2              
VFAS1-4220PL  *2              
VFAS1-4300PL  *2              
VFAS1-4370PL  *2              
VFAS1-4450PL  *2              
VFAS1-4550PL  *2              
VFAS1-4750PL  *2              
VFAS1-4900PC  *2              
VFAS1-4110KPC  *2              
VFAS1-4132KPC  *2              
VFAS1-4160KPC  *2              
VFAS1-4200KPC  *2              
VFAS1-4220KPC  *2              
VFAS1-4280KPC  *2              
VFAS1-4355KPC  *2              
VFAS1-4400KPC  *2              
VFAS1-4500KPC  *2              

*1: Factory default settings when the base frequency (XN) is set at 60Hz (50Hz) *2: Inverter with a model number ending with -WN1:  -WP1: 

12