48
EN
Parameter
Number
Parameter
Name
Value Range
Unit
Factory
Default
P1-34
Motor Magnet
Current at 0 Speed
0~300
%
100
P1-35
Cut in Speed for
Normal Magnet
Current
0.0~10.0
Hz
0.0
P1-36
Min Motor Current
at Low Speed
0~120
%
80
P1-37
Slip Compensation
Gain
-400~399
%
*
P1-38
Slip Compensation
Time Constant
0.05~5.00
s
*
P1-39
Resonance
Damping Gain
0~3000
%
*
P1-40
Time Constant for
Resonance
Damping Filter
0.005~0.050
s
0.005
P1-41
Damping
Coefficient for PM
0~250
%
120
P1-42
Damping Time
Constant for Low
Speed range (PM)
0.01~20.00
s
0.8
P1-43
Damping Time
Constant for High
Speed range (PM)
0.01~20.00
s
0.8
P1-44
Time Constant for
Current Filter (PM)
0.001~1.000
s
0.5
P1-45
Min Torque at
Torque Mode Start
-100~100
%
5
P1-46
Min Torque Cut
Out Speed at
Torque Mode Start
0.1~50.0
Hz
3.0
P1-53/P1-55/
P1-57/P1-59/
P1-61
Voltage for V/F
curve points
0.0~999.9
V
*
P1-54/P1-56/
P1-58/P1-60/
P1-62
Frequency for V/F
curve Points
0.0~590.0
Hz
*
P1-63
PM Start Method
0
:
Initial Position Detection (IPD); 1
:
Parking
1
*P1-64
IM Start Method
0
:
Direct Start; 1
:
Fly start
0
P1-67
Min Valid Speed
Set
0.00~50.00
Hz
0.00
P1-68
Bypass Range for
IM Low Speed
0.0~20.0
Hz
0.0
P1-70
Delay Time at Start
0.0~10.0
s
0.0
P1-71
Delay Function at
Start
0
:
Free Coast; 1
:
DC Hold
0
P1-72
DC Hold Current
0~150
%
50
P1-79
Stop Method at
Torque Control
Mode
0
:
Stop with Torque Mode
1
:
Stop with Speed Mode
0
P1-80
Function at Stop
0
:
Free Coast; 1
:
DC hold
0
P1-81
Cut in Speed for
Function at Stop
0.0~400.0
Hz
0.0
P1-82
DC Brake Current
(IM)
0~150
%
50
P1-83
DC Brake Time
(IM)
0.0~60.0
s
2
P1-84
DC Brake Cut in
Speed (IM)
0.0~400.0
Hz
0.0
Содержание PU00
Страница 3: ...1 CU PU AD800 1 AD800 PU CU 2 4 22kW 15 30kW R S T R L S T N U V W P1 13 1 2...
Страница 5: ...3 4 PU00 PU01 PU01 4 1 PU00 PU01 U V W DC BR R L S T N R L T N PU00 PU01 0 37 7 5kW PU00 PU01 11 22kW...
Страница 6: ...4 PU00 30 45kW PU00 55kW 90kW PU00 110 500kW...
Страница 9: ...7 1 FWD REV 2 FWD REV...
Страница 35: ...33 EN PU00 30 45kW PU00 55kW 90kW PU00 110kW 500kW...
Страница 63: ...61 RU 1 PU AD800 CU 2 22kW 4 30kW 15 R S T R L S T N U V W P1 13 1 2 CU C PU AD800...
Страница 65: ...63 RU 4 PU00 PU01 PU01 4 1 PU00 PU01 U V W P BR R S T 1 R L T N PU00 PU01 0 37 7 5 PU00 PU01 11 22 PU00 30 45...
Страница 66: ...64 RU PU00 55 90 PU00 110 500 PU00 560 630...
Страница 69: ...67 RU 1 DI FWD DI REV 2 FWD REV 1 DI FWD REV DI1...
Страница 70: ...68 RU 2 DI FWD DI REV DI DI1 5 2 2 1 AI1 0 10 AI1 A 2 P0 11 5 DI4 P2 10 40 DI4 3 DI DI...
Страница 72: ...70 RU 5 P4 07 P4 08 PID P4 07 P4 08 PID AI1 5 4 AD800 P0 03 1 P0 30 30 0 10 0 30 30 3 P3 04 7V AI1 AI1 7V...
Страница 73: ...71 RU PID PID P4 07 P4 08 5 5 Modbus 1 P0 80 P 0 82 P0 80 1 P0 81 9600 P0 82 2 9999 10000...
Страница 95: ...P0100946 V5 1 2022 11 08...