High-performance Powerful Vector Control Inverter
WIN-9GV-T11 powerful high performance inverter
Power range
Voltage : 1140~2300V Single-unit power : 75~630kW
Application area
Suitable for the high-end application area with big inertia load, potential load, high precision, fast response and etc.
Features of system structure
- Traditional 3 level PWM structure of neutral character for inverting
- Simple circuit structure with less component and higher reliability. Higher voltage output can be realized without serial connect of power components
- Output voltage wave form is more like sine wave. High harmonic of voltage is less
- dv/dt is smaller, no special requirements to motors' insulate performance
- Small size and low cost
Performance Features
- Function of vector control, V/F control switching, Choose freely according to the using requirement form the 4 mode: V/F control, V/F with PG, seedless sensor vector control, vector control with PG.
- Auto discern motor parameters, adapt fast to the load
- High rating torque output of open loop low speed. Speed control reaches to 100: 1
- Total torque control of close loop zero speed. Control range reaches to 1000: 1
- Advance auto adjusting function to make motor work in the best condition
- Energy saving control function makes motor work in best condition, with PID adjuster, total automated operation is realized.
- Sliding compensation makes motor work stable
- Internal automated torque compensation function makes motor work accurately.
- Torque control function makes motor work with constant torque
- Auto reset when malfunction
- LCD panel with user friendly interface, multiple parameters can be adjusted online and copied, convenient for use
- Minimal pollution to electric network, high efficiency
Key |
Function |
Local/remote |
Control by keyboard/control by control –loop terminal |
Menu |
Options for 5 modes. |
Esc |
Go back to the previous page |
reset |
To select the displace of values while setting the parameters |
Data/enter |
To define the mode, parameter and settings. |
△ |
To select the parameter code or increase the setting values. |
▽ |
To select the parameter code or decrease the setting values. |
JOG |
Press this key for inching operation while the command is given by keyboard. |
FWD/REV |
To switch the motor's rotating direction in the condition of keyboard operation. |
Run |
Press this key to start the inverter in the conditional of keyboard operation, meanwhile, the light of run will turn on |
stop |
Press this key to stop the inviter in the conditional of keyboard operation; meanwhile, the light of stop will turn on. |
Terminal Function Table |
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Category |
Terminal Code |
Name |
Function Description |
control signal |
S1 |
forward / stop |
to run forward while connected, to stop while disconnected |
S2 |
reverse / stop |
to run reversely while disconnected, to stop while disconnected |
|
S3 |
multi-function input option 1 |
to fail while connected |
|
S4 |
multi-function input option 2 |
to reset while connected |
|
S5 |
multi-function input option 3 |
multi-step speed command 1 is effective while connected |
|
S6 |
multi-function input option 4 |
multi-step speed command 2 is effective while connected |
|
S7 |
multi-function input option 5 |
jog option while connected |
|
S8 |
multi-function input option 6 |
To block the external reference frequency while connected |
|
S9 |
multi-function input option 7 |
External speed command 3 is effective while connected |
|
S10 |
multi-function input option 8 |
External speed command 4 is effective while connected. |
|
S11 |
multi-function input option 9 |
Acceleration, deceleration time option 1 while connected |
|
S12 |
multi-function input option 10 |
Abnormal stop while connected. |
|
SC |
common terminal of switch input |
-- |
|
analog input signal |
+V / -V |
speed command power supply+15V/-15V |
speed command setting power supply terminal, +15V/-15V |
A1 |
main speed frequency command |
0~10V/100%; -10~+10V/-100%~+100% |
|
A2 |
multi-function analog input |
0~10V/100%; -10~+10V/-100%~+100%; 4-20mA/100% |
|
A3 |
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AC |
common terminal |
OV |
|
E (G) |
shielding wire groundingterminal |
to connect the shielding sheath of shielding wire |
|
photocoupler output |
P1 |
Multi-function PHC output |
Zero speed |
P2 |
Multi-function PHC output 2 |
frequency output |
|
PC |
common terminal |
P1、P2common terminal |
|
P3 / C3 |
Multi-function PHC output 3 |
To close when operating preparation is ready |
|
P4 / C4 |
Multi-function PHC output 4 |
frequency checkout 2 |
|
relay output |
MA |
fault point output |
to fail while the terminal MA and MC are connected |
MB |
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MC |
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M1 / M2 |
multi-function contact output |
The terminal M1 and M2 will be connected in the course of operation. |
|
analog output signal |
FM |
frequency meter output |
0~10V/100%frequency |
AC |
analog input common terminal |
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AM |
current meter output |
0~5V/100% current |
|
pulse input |
RP |
multi-function pulse input |
frequency command input |
MP |
multi-function pulse monitoring |
output frequency |
|
RS-485/422 |
R+ |
MEMOBUS communication input |
RS-485 2 2-wire shortedR+,S+, S+, R-和S- |
R- |
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S+ |
MEMOBUS communication output |
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S- |
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IG |
communication shielding wire |
-- |
ITEM |
Description |
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Control characteristic |
Power of adaptive motor (kW) |
75 |
93 |
110 |
132 |
185 |
250 |
Rated output current (A) |
45 |
60 |
75 |
91 |
112 |
150 |
|
Power of adaptive motor (kW) |
280 |
350 |
400 |
500 |
600 |
800 |
|
Rated output current (A) |
180 |
216 |
260 |
304 |
370 |
506 |
|
Control mode |
SPWM (with PG Vector control; without PG vector control 1/2; with/without GG VF control.) |
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Boosting torque |
150% 0.3Hz(without PG Vector control),50%/0。Min (with PG vector control) |
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Speed control range |
1:200 (without PG Vector control),1:1000 (with PG vector control) |
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Speed control precision |
±0.2% (without PG Vector control,25℃±10℃), ±0.2% (with PG vector control,25℃±10℃) |
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Speed response |
10Hz(without PG vector control),40Hz(with PG vector control) |
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Torque limit |
Available (to set by parameter in the event of vector control, 4 quadrants can be set respectively. |
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Torque precision |
±5% |
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Frequency control range |
0.01~400Hz |
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Frequency precision (temperature fluctuation) |
digital demands±0.01% (-10℃+40℃),analog demands ±0.1% (25℃+10℃) |
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Resolution of frequency setting |
Digital demands±0.01%Hz,analog demands0.03Hz/60Hz (11bit+ without symbol) |
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Resolution of output frequency |
0.001Hz |
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Overload capacity, maximum, current |
150% of the rated output current 1minute,200%0.5seconds |
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frequency setting signal |
-10~10V,0~10V,4~20mA,pulse series |
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Acceleration time |
0.01~6000.0 second (acceleration, deceleration are set respectively: 4swithes) |
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Main control function |
Instantaneous power cut restart. Speed research, over-torque check, torque limitation,17steps of speed operation(maximum),acceleration, deceleration time switch, ”S” acceleration and deceleration, 3 line consequence, self-learning(rotating type, static type),DWELL function. On/off function of cooling fan/slip compensation, frequency prohibit torque compensation, upper and lower limitation setting function of frequency command, DC braking function when starting or braking high-speed slip braking PID control(with slip function), energy-saving control. MEMOBUS communication (RS-485/422 19.2 kbps maximally), fault reset, DROOP control, parameter copy, torque control, switching operation between speed control and torque control. |
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protection |
protection on motor |
By electronic thermo sensitive parts. |
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Overheating |
By temperature switch |
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Antis tall function |
Antis tall during acceleration, deceleration and operation |
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Grounding protection |
By electronics loop. |
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Environment |
Ambient temperature/humidity |
-10℃+40℃ / 20~90%RH (no condensation) |
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Application area |
indoor (no corrosive odor),altitude is not higher than 1000meters. No dust. no corrosive odor, no direct sunlight |
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vibration |
20Hz less than 0.2g |