[Params]
Model=Yaskawa VS-616PC5/P5
;-------------------------------------------------------------------------------
name0=n
range0=1-41,50,104
fill0=000
len0=3
base0=$100
;=> n001-n041,n050,n104
;-------------------------------------------------------------------------------
name1=r
range1=1-2,9,32-36,39-40,42-45,49,61
fill1=000
len1=3
base1=$0
;-------------------------------------------------------------------------------
; n=Name
; i=internal index (default = base + num_value, default base = 0)
; t=type, L=list, D=double, B=bitfield,  +O=operation (no ini-file)
;                                        +R=read only (no ini-file)
; m=multiplier (only for D-type, default 1)
; r=range (default L: 0-1, D: 0-100)
; u=unit (only for D-type, default none)
; f=factory setting (default 0)
; h=Header over list (only for L-type, default none)
; 0=list selection 0
; 1=list selection 1, default=previous

;-------------------------------------------------------------------------------
[n001]
n=Password
t=L
r=0-3,6-9,616
f=1
0=The constant n001 can be set and referred and the constant n002-108 can be referred.
1=The constant n001-034 can be set and referred and constant n035-108 can be referred.
2=The constant n001-049 can be set and referred and constant n050-108 can be referred.
3=The constant n001-199 can be set and referred
6=Initializing (for Japan, 2 wire sequence)
7=Initializing (for Japan, 3 wire sequence)
8=Initializing (for USA, 2 wire sequence)
9=Initializing (for USA, 3 wire sequence)
616=All constants can be set and referred.
;-------------------------------------------------------------------------------
[n002]
n=Run Signal Selection
t=L
r=0-8
f=3
h=Run Command   Frequency Reference
0=Operator\t      Operator
1=Terminal\t      Operator
2=Operator\t      Terminal
3=Terminal\t      Terminal
4=Operator\t      Communication
5=Terminal\t      Communication
6=Communication\t Communication
7=Communication\t Operator
8=Communication\t Terminal
;-------------------------------------------------------------------------------
[n003]
n=Input Voltage
t=D
m=0.1
r=150.0-510.0
u=V
f=200.0
;-------------------------------------------------------------------------------
[n004]
n=Stop Method Selection
t=L
r=0-3
f=0
0=Deceleration to a stop
1=Coasting to a stop
2=Coasting to a stop with timer (After STOP command is input, RUN command is effective)
3=Coasting to a stop with timer (Always RUN command is effective)
;-------------------------------------------------------------------------------
[n005]
n=FWD Command Direction selection
t=L
f=0
h=Direction of the motor rotation can be reversed
0=no
1=yes
;-------------------------------------------------------------------------------
[n006]
n=Reverse Prohibit Selection
t=L
f=1
h=Reverse rotation
0=enabled
1=disabled
;-------------------------------------------------------------------------------
[n007]
n=Operator Remote/Local Selection
t=L
f=1
h=Remote/Local Selection
0=ineffective
1=effective
;-------------------------------------------------------------------------------
[n008]
n=Operator Stop Key Selection
t=L
f=1
0=Effective only during operation with operator run command
1=Always effective
;-------------------------------------------------------------------------------
[n009]
n=Frequency Reference Setting Method Selection
t=L
f=1
h=Operator frequency reference setting is effective with ENTER key input
0=no
1=yes
;-------------------------------------------------------------------------------
[n010]
n=V/f Pattern Selection
t=L
r=0-15,255
f=1
h=n012-018 can be set at 15 and 255 selection
0=50 Hz, gen
1=60/60 Hz, gen
2=60/50 Hz, gen
3=72,60 Hz, gen
4=50 Hz, var. mom 1
5=50 Hz, var. mom 2
6=60 Hz, var. mom 3
7=60 Hz, var. mom 4
8=50 Hz, big start moment, smaller
9=50 Hz, big start moment, bigger
10=60 Hz, big start moment, smaller
11=60 Hz, big start moment, bigger
12=90/60 Hz
13=120/60 Hz
14=180/60 Hz
15=Desired V/f pattern (Output voltage limit effective), def 60/60 Hz
255=Desired V/f pattern (Output voltage limit ineffective)
;-------------------------------------------------------------------------------
[n011]
n=Motor Rated Voltage
t=D
m=0.1
r=150.0-510.0
u=V
f=200.0
;-------------------------------------------------------------------------------
[n012]
n=Max.Output Frequency
t=D
m=0.1
r=50.0-400.0
u=Hz
f=60.0
;-------------------------------------------------------------------------------
[n013]
n=Max Voltage
t=D
m=0.1
r=0.1-510.0
u=V
f=200.0
;-------------------------------------------------------------------------------
[n014]
n=Max Voltage output Frequency
t=D
m=0.1
r=0.2-400.0
u=Hz
f=60.0
;-------------------------------------------------------------------------------
[n015]
n=Mid Output Frequency
t=D
m=0.1
r=0.1-399.9
u=Hz
f=3.0
;-------------------------------------------------------------------------------
[n016]
n=Mid. Frequency Voltage
t=D
m=0.1
r=0.1-510.0
u=V
f=15.0
;-------------------------------------------------------------------------------
[n017]
n=Min. Output Frequency
t=D
m=0.1
r=0.1-10.0
u=Hz
f=1.5
;-------------------------------------------------------------------------------
[n018]
n=Min. Output Frequency Voltage
t=D
m=0.1
r=0.1-50.0
u=V
f=10.0
;-------------------------------------------------------------------------------
[n019]
n=Accel Time 1
t=D
m=0.1
r=0.0-3600.0
u=sec
f=10.0
;-------------------------------------------------------------------------------
[n020]
n=Decel Time 1
t=D
m=0.1
r=0.0-3600.0
u=sec
f=10.0
;-------------------------------------------------------------------------------
[n021]
n=Accel Time 2
t=D
m=0.1
r=0.0-3600.0
u=sec
f=10.0
;-------------------------------------------------------------------------------
[n022]
n=Decel Time 2
t=D
m=0.1
r=0.0-3600.0
u=sec
f=10.0
;-------------------------------------------------------------------------------
[n023]
n=S-curve Characteristics Time Selection
t=L
r=0-3
f=1
0=Not provided
1=0.2 sec
2=0.5 sec
3=1.0 sec
;-------------------------------------------------------------------------------
[n024]
n=Unit Selection of Frequency
t=L
r=0-2
f=0
0=0.1 Hz
1=0.1%
2=1/min
;-------------------------------------------------------------------------------
[n025]
n=Frequency Ref. 1
t=D
m=0.1
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[n026]
n=Frequency Ref. 2
t=D
m=0.1
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[n027]
n=Frequency Ref. 3
t=D
m=0.1
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[n028]
n=Frequency Ref. 4
t=D
m=0.1
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[n029]
n=Jog Frequency Reference
t=D
m=0.1
r=0.0-360.0
u=Hz
f=6.0
;-------------------------------------------------------------------------------
[n032]
n=Motor Rated Current
t=D
m=0.1
r=0.0-1000.0
u=A
f=6.0
;-------------------------------------------------------------------------------
[n035]
n=Multi-function Input Terminal S2
t=L
f=0
r=0-24
0=Reverse running operation command
1=FWD/REW selection
2=External fault (Normally open)
3=External fault (Normally closed)
4=Fault reset
5=Local/Remote changeover
6=Communication/control circuit terminal changeover
7=Emergency stop
8=Input level selection of master speed frequency reference
9=Multi step speed reference 1
10=Multi step speed reference 2
11=Jog frequency selection
12=Accel/Decel time changeover reference
13=External baselock reference (Normally open)
14=External baselock reference (Normally closed)
15=Search command from Max. frequency
16=Search command from setting frequency
17=Constant setting allowable/prohibit
18=PID integral value reset
19=PID control cancel
20=Timer function
21=OH3 (Inverter overheat pre alarm)
22=Analog reference sample/hold
23=KEB reference (Normally open)
24=KEB reference (Normally closed)
;-------------------------------------------------------------------------------
[n036]
n=Multi-function Input Terminal S3
t=L
f=2
r=0
0=[n035]2-24
;-------------------------------------------------------------------------------
[n037]
n=Multi-function Input Terminal S4
t=L
f=4
r=0
0=[n035]2-24
;-------------------------------------------------------------------------------
[n038]
n=Multi-function Input Terminal S5
t=L
f=9
r=0
0=[n035]2-24
;-------------------------------------------------------------------------------
[n038]
n=Multi-function Input Terminal S6
t=L
f=9
r=0
0=[n035]2-24
;-------------------------------------------------------------------------------
[n039]
n=Multi-function Input Terminal S6
t=L
f=10
r=0,25-26
0=[n035]2-24
25=UP/DOWN command (S5=UP, S6=DOWN)
26=Self-dignostic test (MODBUS Communication)
;-------------------------------------------------------------------------------
[n040]
n=Multi-function Output Terminal MA-MB-MC
t=L
f=0
r=0-17
0=Fault
1=During run
2=Frequency agreed
3=Desired frequency agreed
4=Frequency detection (out Hz <= detection Hz)
5=Frequency detection (out Hz >= detection Hz)
6=During overtorque detection (Normally open)
7=During overtorque detection (Normally closed)
8=During baselock
9=Run mode
10=Inverter ready operation
11=Timer function
12=During auto-reset(During fualt retry)
13=OL Pre-alarm (OL1,OL2)
14=During frequency reference missing
15=Data output from PLC
16=During PID feedback missing
17=OH1 alarm
;-------------------------------------------------------------------------------
[n041]
n=Multi-function Output Terminal M1-M2
t=L
f=1
r=0
0=[n040]0-17

;-------------------------------------------------------------------------------
[n050]
n=Carrier frequency
t=L
f=3
r=1-9
1= 2.5 kHz
2= 5   kHz
3= 8   kHz
4= 10  kHz
5=12.5 kHz
6=15   kHz
7=12f
8=24f
9=36f

;-------------------------------------------------------------------------------
[n104]
n=Stop method at comm error
t=L
f=1
r=0-3
0=Ramp to stop - Decel 1
1=Coast to stop
2=Ramp to stop - Decel 2
3=Continue operation (alarm)

;-------------------------------------------------------------------------------
; Operation inputs/outputs
;-------------------------------------------------------------------------------
[r001]
n=Run Operation Signal
t=BO
r=0-7
0=Run Command|Stop|Run
1=Reverse Command|FWD|REV
2=Extrenal Fault|No|Yes
3=Fault Reset|No|Yes
4=Multi-function input S3|0|1
5=Multi-function input S4|0|1
6=Multi-function input S5|0|1
7=Multi-function input S6|0|1
;-------------------------------------------------------------------------------
[r002]
n=Frequency reference
t=DO
m=0.1
r=0.0-400.0
u=Hz
;-------------------------------------------------------------------------------
[r009]
n=Multi-function Output
t=BO
r=0-1
0=Multi-function output MA-MC|0|1
1=Multi-function output M1-M2|0|1
;-------------------------------------------------------------------------------
[r032]
n=Status Signal
t=BR
r=0-6
0=During|Stop|Run
1=During|FWD|REV
2=Inverter operation|not ready|ready
3=Fault|no|Major
4=Data setting|ON|Error
5=Multi-function output MA-MC|0|1
6=Multi-function output M1-M2|0|1
;-------------------------------------------------------------------------------
[r033]
n=Monitor data
t=BR
r=0-3,5-9,12-13
0=Overcurrent,etc|no|YES
1=Overvoltage|no|YES
2=Inverter overloaded|no|YES
3=Inverter overheat|no|YES
5=Main circuit fault|no|YES
6=Braking Tranistor fault|no|YES
7=External fault|no|YES
8=Hardware fault|no|YES
9=Motor overload|no|YES
11=Undervoltage|no|YES
12=Pover loss|no|YES
13=Input/Output phase|no|YES
;-------------------------------------------------------------------------------
[r034]
n=Data link status
t=BR
r=0,3-4
0=Data write in|no|YES
3=Upper/lower limit fault|no|YES
4=Matching fault|no|YES
;-------------------------------------------------------------------------------
[r035]
n=Frequency reference
t=DR
m=0.1
u=Hz
;-------------------------------------------------------------------------------
[r036]
n=Output frequency
t=DR
m=0.1
u=Hz
;-------------------------------------------------------------------------------
[r039]
n=Output Current
t=DR
m=0.1
u=A
;-------------------------------------------------------------------------------
[r040]
n=Output voltage
t=DR
m=1.0
u=V
;-------------------------------------------------------------------------------
[r043]
n=External terminal input value
t=BR
r=0-5
0=S1|0|1
1=S2|0|1
2=S3|0|1
3=S4|0|1
4=S5|0|1
5=S6|0|1
;-------------------------------------------------------------------------------
[r044]
n=Inverter status
t=BR
r=0-12,14-15
0=During|stop|run
1=During zero speed|no|YES
2=Frequency agreed|no|YES
3=Desired frequency agreed|no|YES
4=Frequency detection|>|<=
5=Frequency detection|<|>=
6=Inverter operation|not ready|ready
7=During undervoltage|no|YES
8=During braking|no|YES
9=Frequency mode|communication|terminal
10=Run mode|communication|terminal
11=Overtorque|no|YES
12=Frequency|OK|missing
14=Major fault|no|YES
15=Communication|ok|FAULT
;-------------------------------------------------------------------------------
[r045]
n=Multifunction contact output monitor
t=BR
r=0-1
0=MA-MC|0|1
1=M1-M2|0|1
;-------------------------------------------------------------------------------
[r049]
n=Main circuit DC voltage
t=DR
m=1.0
u=V
;-------------------------------------------------------------------------------
[r061]
n=Communication error
t=BR
r=0-1,3-6
0=CRC error|no|YES
1=Data length error|no|YES
3=Parity error|no|YES
4=Overrun error|no|YES
5=Frame error|no|YES
6=Time-over|no|YES















[FormParamYaskawaPos]
Left=217
Top=228
Width=637
Height=381