[Params]
Model=Yaskawa VS-F7
;-------------------------------------------------------------------------------
[name0]
name=A1-
range=1-1
fill=00
len=2
base=$100
;=> A1-01
;-------------------------------------------------------------------------------
[name1]
name=A2-
;-------------------------------------------------------------------------------
[name2]
name=b1-
range=1-4
fill=00
len=2
base=$17f
;=> 
;-------------------------------------------------------------------------------
[name3]
name=b2-
range=1-4
fill=00
len=2
base=$188
;-------------------------------------------------------------------------------
[name4]
name=b3-
[name5]
name=b4-
[name6]
name=b5-
[name7]
name=b6-
[name8]
name=b8-
;-------------------------------------------------------------------------------
[name9]
name=C1-
range=1-4
fill=00
len=2
base=$1ff
;-------------------------------------------------------------------------------
[name10]
name=C2-
range=1-4
fill=00
len=2
base=$20A
;-------------------------------------------------------------------------------
[name11]
name=C3-
[name12]
name=C4-
[name13]
name=C5-
;-------------------------------------------------------------------------------
[name14]
name=C6-
range=1-2
fill=00
len=2
base=$222
;-------------------------------------------------------------------------------
[name15]
name=C?-
[name16]
name=C?-
;-------------------------------------------------------------------------------
[name17]
name=d1-
range=1-17
fill=00
len=2
base=$27F

;-------------------------------------------------------------------------------
[name18]
name=d2-
[name19]
name=d3-
[name20]
name=d4-
[name21]
name=d6-

;-------------------------------------------------------------------------------
[name22]
name=E1-
range=1,3-10
fill=00
len=2
base=$2FF
;=> 
;-------------------------------------------------------------------------------
[name23]
name=E2-
range=1
fill=00
len=2
base=$30D
;=> 
;-------------------------------------------------------------------------------
[name24]
name=E3-
[name25]
name=E4-
[name26]
name=F1-
[name27]
name=F6-

;-------------------------------------------------------------------------------
[name28]
name=H1-
range=1-5
fill=00
len=2
base=$3FF
;=> 

;-------------------------------------------------------------------------------
[name29]
name=H2-
range=1-3
fill=00
len=2
base=$40A
;=> 
;-------------------------------------------------------------------------------
[name30]
name=H3-
[name31]
name=H4-
[name32]
name=H5-
[name33]
name=H6-
[name34]
name=L1-
[name35]
name=L2-
[name36]
name=L3-
[name37]
name=L4-
[name38]
name=L5-
[name39]
name=L6-
[name40]
name=L7-
[name41]
name=L8-
[name42]
name=N1-
[name43]
name=N2-
[name44]
name=N3-

;-------------------------------------------------------------------------------
[name45]
name=o1-
range=3
fill=00
len=2
base=$4ff

;-------------------------------------------------------------------------------

[name46]
name=o2-
[name47]
name=o3-
[name48]
name=T1-
[name49]
name=U1-
[name50]
name=U2-
[name51]
name=U3-

;-------------------------------------------------------------------------------
[name52]
name=r
range=1-2,9,32-40,43-45,49,61
fill=000
len=3
base=$0

;-------------------------------------------------------------------------------
[Names]
NameRun=r001
NameHz=r002
NameOutWrite=r009
NameOutRead=r032
NameInRead=r043
NameInWrite=r001
NameInvStatus=r044
NameReadA=r038
NameReadV=r037
NameFreqRef=r035
NameReadHz=r036

NameMaxHz=E1-04
NameMinHz=E1-09
NameAccTime=C1-01
NameDecTime=C1-02
NameMaxA=E2-01
NameMaxV=E1-05

cInvFault=$4000
cResetBit=$0004
cInCount=7
InputNames=S1,S2,S3,S4,S5,S6,S7
OutputNames=M1-M2,M3-M4,M5-M6
cInReadShift=0
cInWriteShift=6
cInWriteStart=2
cOutCount=3
cOutReadShift=5
cOutWriteShift=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

;-------------------------------------------------------------------------------
[A1-01]
n=Constant access level
t=L
r=0-2
f=2
0=Monitoring only (set A1-01 and A1-04)
1=A2-01 - A2-32 can be set
2=Advanced
;-------------------------------------------------------------------------------
[b1-01]
n=Reference selection
t=L
r=0-4
f=1
h=Set the frequency reference input method
0=Digital operator
1=Contact circuit terminal
2=MEMOBUS comminications
3=OptionCard
4=Pulse train input

;-------------------------------------------------------------------------------
[b1-02]
n=Operation method selection
t=L
r=0-4
f=1
h=Set the run command input method
0=Digital operator
1=Contact circuit terminal
2=MEMOBUS comminications
3=OptionCard
4=Pulse train input

;-------------------------------------------------------------------------------
[b1-03]
n=Stop Method Selection
t=L
r=0-3
f=0
0=Deceleration to a stop
1=Coasting to a stop
2=DC injection braking
3=Coasting to a stop with timer 


;-------------------------------------------------------------------------------
[b1-04]
n=Reverse Prohibit Selection
t=L
f=0
r=0-2
h=Reverse rotation
0=enabled
1=disabled
2=Ouput Phase Rotation

;-------------------------------------------------------------------------------
[b2-01]
n=Zero speed level DC-braking
t=D
m=0.1
r=0.0-10.0
u=Hz
f=0.5

;-------------------------------------------------------------------------------
[b2-02]
n=DC-injection braking current
t=D
m=1.0
r=0-100
u=%
f=50

;-------------------------------------------------------------------------------
[b2-03]
n=DC-injection braking time at start
t=D
m=0.01
r=0.00-10.00
u=s
f=0

;-------------------------------------------------------------------------------
[b2-04]
n=DC-injection braking time at stop
t=D
m=0.01
r=0.00-10.00
u=s
f=0.5



;-------------------------------------------------------------------------------
[n005]
n=FWD Command Direction selection
t=L
f=0
h=Direction of the motor rotation can be reversed
0=no
1=yes
;-------------------------------------------------------------------------------
[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

;-------------------------------------------------------------------------------
[E1-01]
n=Input Voltage
t=D
m=0.1
r=150.0-510.0
u=V
f=200.0

;-------------------------------------------------------------------------------
[E1-03]
n=V/f Pattern Selection
t=L
r=0-15,255
f=15
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, x3
5=50 Hz, x2
6=60 Hz, x3
7=60 Hz, x2
8=50 Hz, medium startup torque
9=50 Hz, large startup torque
10=60 Hz, medium startup torque
11=60 Hz, large startup torque
12=90/60 Hz
13=120/60 Hz
14=180/60 Hz
15=Desired V/f pattern 
;-------------------------------------------------------------------------------
[E1-04]
n=Max.Output Frequency
t=D
m=0.01
r=50.0-400.0
u=Hz
f=60.0
;-------------------------------------------------------------------------------
[E1-0?]
n=Motor Rated Voltage
t=D
m=0.1
r=150.0-510.0
u=V
f=200.0
;-------------------------------------------------------------------------------
[E1-05]
n=Max Voltage
t=D
m=0.1
r=0.1-510.0
u=V
f=200.0
;-------------------------------------------------------------------------------
[E1-06]
n=Base Frequency
t=D
m=0.01
r=50.0-400.0
u=Hz
f=60.0
;-------------------------------------------------------------------------------
[E1-07]
n=Mid Output Frequency
t=D
m=0.01
r=0.1-400.0
u=Hz
f=3.0
;-------------------------------------------------------------------------------
[E1-08]
n=Mid. Frequency Voltage
t=D
m=0.1
r=0.1-510.0
u=V
f=15.0
;-------------------------------------------------------------------------------
[E1-09]
n=Min. Output Frequency
t=D
m=0.01
r=0.1-10.0
u=Hz
f=1.3
;-------------------------------------------------------------------------------
[E1-10]
n=Min. Output Frequency Voltage
t=D
m=0.1
r=0.1-50.0
u=V
f=9.0
;-------------------------------------------------------------------------------
[C1-01]
n=Accel Time 1
t=D
m=0.1
r=0.0-6000.0
u=sec
f=10.0
;-------------------------------------------------------------------------------
[C1-02]
n=Decel Time 1
t=D
m=0.1
r=0.0-6000.0
u=sec
f=10.0
;-------------------------------------------------------------------------------
[C1-03]
n=Accel Time 2
t=D
m=0.1
r=0.0-6000.0
u=sec
f=10.0
;-------------------------------------------------------------------------------
[C1-04]
n=Decel Time 2
t=D
m=0.1
r=0.0-6000.0
u=sec
f=10.0
;-------------------------------------------------------------------------------
[C2-01]
n=S-curve Acc start
t=D
m=0.01
r=0.0-2.5
f=0.2
;-------------------------------------------------------------------------------
[C2-02]
n=S-curve Acc end
t=D
m=0.01
r=0.0-2.5
f=0.2
;-------------------------------------------------------------------------------
[C2-03]
n=S-curve Dec start
t=D
m=0.01
r=0.0-2.5
f=0.2
;-------------------------------------------------------------------------------
[C2-04]
n=S-curve Dec end
t=D
m=0.01
r=0.0-2.5
f=0.2

;-------------------------------------------------------------------------------
[C6-01]
n=Heavy/Normal duty selection
t=L
r=0-1
0=Heavy duty
1=Normal Duty
f=1

;-------------------------------------------------------------------------------
[C6-02]
n=Carrier frequency
t=L
f=6
r=0-6
0=Low carrier low noise
1=2 kHz
2=5 kHz
3=8 kHz
4=10 kHz
5=12.5 kHz
6=15 kHz


;-------------------------------------------------------------------------------
[o1-03]
n=Unit Selection of Frequency
t=L
r=0-2
f=0
0=0.01 Hz
1=0.01%
2=1/min
;-------------------------------------------------------------------------------
[d1-01]
n=Frequency Ref. 1
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-02]
n=Frequency Ref. 2 (mssc 1)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-03]
n=Frequency Ref. 3 (mssc 2)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-04]
n=Frequency Ref. 4 (mssc 1&2)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-05]
n=Frequency Ref. 5 (mssc 3)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-06]
n=Frequency Ref. 6 (mssc 1&3)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-07]
n=Frequency Ref. 7 (mssc 2&3)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-08]
n=Frequency Ref. 8 (mssc 1&2&3)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-09]
n=Frequency Ref. 9 (mssc 4)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-10]
n=Frequency Ref. 10 (mssc 1&4)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-11]
n=Frequency Ref. 11 (mssc 2&4)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-12]
n=Frequency Ref. 12 (mssc 1&2&4)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-13]
n=Frequency Ref. 13 (mssc 3&4)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-14]
n=Frequency Ref. 14 (mssc 1&3&4)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-15]
n=Frequency Ref. 15 (mssc 2&3&4)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-16]
n=Frequency Ref. 16 (mssc 1&2&3&4)
t=D
m=0.01
r=0.0-360.0
u=Hz
f=0.0
;-------------------------------------------------------------------------------
[d1-17]
n=Jog Frequency Ref
t=D
m=0.01
r=0.0-360.0
u=Hz
f=6.0
;-------------------------------------------------------------------------------
[E2-01]
n=Motor Rated Current
t=D
m=0.1
r=0.0-1000.0
u=A
f=6.0
;-------------------------------------------------------------------------------
[H1-01]
n=Multi-function Input Terminal S3
t=L
f=24
r=0-53,96-106
0=Reverse running operation command
1=Local/Remote selection (ON: Operator, OFF: Constant setting)
2=Option/Inverter selection (ON: Option card)
3=Multi-step speed reference 1
4=Multi-step speed reference 2
5=Multi-step speed reference 3
6=Jog frequency command
7=Accel/decel time 1
8=External baselock NO (NO contact: Baselock at ON)
9=External baselock NC (NC contact: Baselock at OFF)
10=Acc/dec ramp hold
11=OH2 alarm signal input
12=Multi-function analog input selection
13=No V/f control with PG
14=Speed control integral reset
15=Not used
16=Up command
17=Down command
18=FJOG command (ON: Forward at jog d1-17)
19=RJOG command (ON: Rew at jog d1-17)
20=Fault reset
21=Emergency stop (Norm open)
22=Motor switch command (Motor 2 selection)
23=Emergency stop (Norm closed)
24=Timer function input
25=PID control disable 
26=Accel/Dec time 2
27=Constant write enable
28=Trim control increase
29=Trim control decrease
30=Analog freq ref sample/hold
31=not used
32=External fault, NO,CT,DS
33=External fault, NC,CT,DS
34=External fault, NO,DO,DS
35=External fault, NC,DO,DS
36=External fault, NO,CT,CS
37=External fault, NC,CT,CS
38=External fault, NO,DO,CS
39=External fault, NC,DO,CS
40=External fault, NO,CT,ES
41=External fault, NC,CT,ES
42=External fault, NO,DO,ES
43=External fault, NC,DO,ES
44=External fault, NO,CT,CO
45=External fault, NC,CT,CO
46=External fault, NO,DO,CO
47=External fault, NC,DO,CO
48=PID control integral reset
49=PID control integral hold
50=Multi step speed command 4
51=not used
52=PID soft starter
53=PID input characteristics switch
96=DC injection braking command
97=External search command 1
98=External search command 2
99=Field weakening command (d6-01, d6-02)
100=External search command 3
101=KEB (dec at mom. power loss) command (NC)
102=KEB (dec at mom. power loss) command (NO)
103=Communications test mode
104=High slip braking
105=Jog freq 2
106=Drive enable


;-------------------------------------------------------------------------------
[H1-02]
n=Multi-function Input Terminal S4
t=L
f=14
r=0
0=[H1-01]0-106
;-------------------------------------------------------------------------------
[H1-03]
n=Multi-function Input Terminal S5
t=L
f=3
r=0
0=[H1-01]0-106
;-------------------------------------------------------------------------------
[H1-04]
n=Multi-function Input Terminal S6
t=L
f=4
r=0
0=[H1-01]0-106
;-------------------------------------------------------------------------------
[H1-05]
n=Multi-function Input Terminal S7
t=L
f=6
r=0
0=[H1-01]0-106
;-------------------------------------------------------------------------------
[H2-01]
n=Multi-function Output Terminal M1-M2
t=L
f=0
r=0-6
;0-32,48,55,56
0=During run
1=Zero-speed
2=Frequency agreed 1 (L4-02)
3=Desired frequency agreed 1 (+/-L4-01)
4=Frequency detection (out Hz <= L4-01 Hz)
5=Frequency detection (out Hz >= L4-01 Hz)
6=Inverter operation ready

;-------------------------------------------------------------------------------
[H2-02]
n=Multi-function Output Terminal M2-M3
t=L
f=1
r=0
0=[H2-01]0-6

;-------------------------------------------------------------------------------
[H2-03]
n=Multi-function Output Terminal M4-M5
t=L
f=2
r=0
0=[H2-01]0-6


;-------------------------------------------------------------------------------
[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=0-10
0=Run Command|Stop|Run
1=Reverse Command|FWD|REV
2=Extrenal Fault|No|Yes
3=Fault Reset|No|Yes
4=ComNet|0|1
4=ComCtr|0|1
6=Multi-function input S3|0|1
7=Multi-function input S4|0|1
9=Multi-function input S5|0|1
9=Multi-function input S6|0|1
10=Multi-function input S7|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=0-2,6-7
0=Multi-function output M1-M2|0|1
1=Multi-function output M3-M4|0|1
2=Multi-function output M5-M6|0|1
3=NC
4=NC
5=NC
6=Set error contact output using bit 7|ON|OFF
7=Error contact (MA-MC)|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 M1-M2|0|1
6=Multi-function output M3-M4|0|1
7=Multi-function output M5-M6|0|1
;-------------------------------------------------------------------------------
[r033]
n=Monitor data
t=BR
r=0-15
0=Overcurrent,etc (OC,GF)|no|YES
1=Overvoltage (OV)|no|YES
2=Inverter overloaded (OL2)|no|YES
3=Inverter overheat (OH1,OH2)|no|YES
4=Inject break transistor resistance overheat (rr,rH)|no|YES
5=Fuse blown (PUF)|no|YES
6=PID feedback reference lost (FbL)|no|YES
7=External fault (EF,EFO)|no|YES
8=Hardware fault (CPF)|no|YES
9=Motor overload (OL1, OL3)|no|YES
10=PG broken wire (PGO), Overspeed(OS), Speed deviation (DEV)|no|YES
11=Undervoltage (UV)|no|YES
12=Pover loss (UV1,UV2,UV3)|no|YES
13=Missing utput phase (LF)|no|YES
14=MEMOBUS communication error (CE)|no|YES
15=Operator disconnected (OPR)|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=Data integrity error|no|YES
;-------------------------------------------------------------------------------
[r035]
n=Frequency reference
t=DR
m=0.1
u=Hz
;-------------------------------------------------------------------------------
[r036]
n=Output frequency
t=DR
m=0.1
u=Hz
;-------------------------------------------------------------------------------
[r037]
n=Output voltage
t=DR
m=1.0
u=V
;-------------------------------------------------------------------------------
[r038]
n=Output Current
t=DR
m=0.1
u=A
;-------------------------------------------------------------------------------
[r039]
n=Output power
t=DR
m=0.1
u=kW
;-------------------------------------------------------------------------------
[r040]
n=Torque reference
t=DR
m=0.1
u=%
;-------------------------------------------------------------------------------
[r043]
n=External terminal input value
t=BR
r=0-6
0=S1|0|1
1=S2|0|1
2=S3|0|1
3=S4|0|1
4=S5|0|1
5=S6|0|1
6=S7|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=Baselock|no|YES
9=Frequency mode|communication|terminal
10=Run mode|communication|terminal
11=Overtorque|no|YES
12=Frequency|OK|missing
13=Retrying error|no|retrying
14=Major fault|no|YES
15=Communication|ok|FAULT
;-------------------------------------------------------------------------------
[r045]
n=Multifunction contact output monitor
t=BR
r=0-2
0=M1-M2|0|1
1=M3-M4|0|1
1=M4-M5|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