Vaidnor VDF650 Series, User Manual

Page: 230 / 296

VDF650 User Manual Desc
ription of Function Codes
-
229
-
Function Code Parameter Name Setting Range Default
A2
-
01 Rated motor power 0
.
1
–
1000
.
0 kW
Model
dependent
A2
-
02 Rated motor voltage 1
–
2000 V
Model
dependent
A2
-
03 Rated motor current
0
.
01
–
655
.
35 A
(
AC drive power
≤
55 kW
)
0
.
1
–
6553
.
5 A
(
AC drive power
>
55 kW
)
Model
dependent
A2
-
04
Rated motor
frequency
0
.
01 Hz to maximum frequency
Model
dependent
A2
-
05
Rated motor rotational
speed
1
–
65535 RPM
Model
dependent
A2
-
06
Stator resistance
(
asynchronous motor
)
0
.
001
–
65
.
535
Ω
(AC drive power
≤
55 kW)
0
.
0001
–
6
.
5535 Ω (AC drive power > 55 kW)
Model
dependent
A2
-
07
Rotor resistance
(
asynchronous motor
)
0
.
001
–
65
.
535
Ω
(AC drive power
≤
55 kW)
0
.
0001
–
6
.
5535
Ω
(AC drive power > 55 kW)
Model
dependent
A2
-
08
Leakage inductive
reactance
(
asynchronous motor
)
0
.
01
–
655
.
35 mH
(
AC drive power
≤
55 kW
)
0
.
001
–
65
.
535 mH
(
AC drive power
>
55
kW
)
Model
dependent
A2
-
09
Mutual inductive
reactance
(
asynchronous motor
)
0
.
1
–
6553
.
5 mH
(
AC drive power
≤
55 kW
)
0
.
01
–
655
.
35 mH
(
AC drive power
>
55 kW
)
Model
dependent
A2
-
10
No
-
load current
(
asynchronous motor
)
0
.
01 A to A2
-
03
(
AC drive power
≤
55 kW
)
0
.
1 A to A2
-
03
(
AC drive power
>
55 kW
)
Model
dependent
A2
-
16
Stator resistance
(
synchronous motor
)
0
.
001
–
65
.
535
Ω
(AC drive power
≤
55 kW)
0
.
0001
–
6
.
5535 Ω (AC drive power > 55 kW)
Model
dependent
A2
-
17
Shaft D inductance
(
synchronous motor
)
0
.
01
–
655
.
35 mH
(
AC drive power
≤
55 kW
)
0
.
001
–
65
.
535 mH
(
AC drive power
>
55
kW
)
Model
dependent
A2
-
18
Shaft Q inductance
(
synchronous motor
)
0
.
01
–
655
.
35 mH
(
AC drive power
≤
55 kW
)
0
.
001
–
65
.
535 mH
(
AC drive power
>
55
kW
)
Model
dependent
A2
-
20
Back EMF
(
synchronous motor
)
0
.
1
–
6553
.
5 V
Model
dependent
A2
-
27
Encoder pulses per
revolution
1
–
65535 1024
A2
-
28 Encoder type
0
:
ABZ incremental encoder
1
:
UVW incremental encoder
2
:
Resolver
3
:
SIN
/
COS encoder
4
:
Wire
-
saving UVW encoder
0
A2
-
30
A
,
B phase sequence
of ABZ incremental
encoder
0
:
Forward
1
:
Reserve
0