YASKAWA CIMR-F7A Instruction Manual page 186

Con-
stant
Number
Terminal
U1-17 A3 input
voltage
Motor sec-
U1-18 ondary cur-
rent (Iq)
Motor excit-
U1-19 ing current
(Id)
Output fre-
U1-20 quency after
soft-start
U1-21 ASR input
U1-22 ASR output
PID feed-
U1-24
back value
Output volt-
U1-26 age refer-
ence (Vq)
Output volt-
U1-27 age refer-
ence (Vd)
Software
U1-28
No. (CPU)
-76
5
Name Description
Monitors the input voltage
of the multi-function analog
input.
An input of 10 V corre-
sponds to 100%.
Monitors the calculated
value of the motor second-
ary current.
The motor rated secondary
current corresponds to
100%.
Monitors the calculated
value of the motor excita-
tion current.
The motor rated secondary
current corresponds to
100%.
Monitors the output fre-
quency after a soft start.
The frequency given does
not include compensations,
such as slip compensation.
The unit is set in o1-03.
Monitors the input to the
speed control loop.
The maximum frequency
corresponds to 100%.
Monitors the output from
the speed control loop.
The motor rated secondary
current corresponds to
100%.
Monitors the feedback
value when PID control is
used.
The input for the max. fre-
quency corresponds to
100%.
Monitors the Inverter inter-
nal voltage reference for
motor secondary current
control.
Monitors the Inverter inter-
nal voltage reference for
motor excitation current
control.
(Manufacturer's CPU soft-
ware No.)
Output Signal Level Dur-
Min.
ing Multi-Function Analog
Unit
Output
10 V: 100% (10 V)
0.1%
(−10 to 10 V possible)
10 V:Motor rated secondary
current) 0.1%
(−10 to 10 V output)
10 V:Motor rated secondary
current) 0.1% No
(−10 to 10 V output)
10 V: Max. frequency
(−10 to 10 V possible)
10 V: Max. frequency
(−10 to 10 V possible)
10 V:Motor rated secondary
current)
(−10 to 10 V possible)
10 V: Max. frequency
(−10 to 10 V possible)
10 V: 200 VAC (400 VAC)
(−10 to 10 V possible)
10 V: 200 VAC (400 VAC)
(−10 to 10 V possible)
(Cannot be output.)
Control Methods
MEMO
Open
BUS
V/f Flux
Loop
Regis-
V/f with Vec-
Vec-
PG tor
tor
A A A A 050H
A A A A 51H
No A A 52H
0.01
A A A A 53H
Hz
0.01
No A No A 54H
%
0.01
No A No A 55H
%
0.01
A A A A 57H
%
0.1
No No A A 59H
V
0.1
No No A A 5AH
V
- A A A A 5BH
ter