Vector Control Frequency Inverter

WIN-V63 Vector Control Frequency Inverter


Power range

0.25-2.2KW,200V; 0.4-400KW,380V

Application area

Suitable for large inertia, high accuracy, potential energy load, fast response and other high-end occasion.

Main feature

  • Built-in simple PLC
  • Built-in PID regulator
  • 45KW or below has built-in braking unit. 93KW or above has external DC choke
  • 16-step speeds
  • Traverse operation
  • Overload: 150%, 2 minutes; 180%, 10 seconds
  • Continuous operation function at momentary power failure
  • Perfect fault protection and auto current limit
  • Positive/negative logic switch input signal for option
  • 43 input terminals and 25 output terminals for option
  • 10 frequency input modes
  • 2 terminals for high-frequency signal input(max.50KHz),1 terminal for high-frequency signal output(max.50KHz)
  • 2 terminals for analog input, current and voltage are optional for one of the terminal. 2 terminals for analog output, current and voltage are optional.
  • RS-485 communication port (MODBUS protocol)


Key

Function

PRG

It allows to jump between the programming lines and visualization lines. It also offers access to escape from one part of menu to the previous level.

ENTER

It is to confirm and memorize the parameter settings.

>> 

It allows shift of parameters to be displayed on the keypad. It also allows access to  different parameters groups and sub-groups.

It allows upward movement through the parameters groups. It also allows the increase of parameters values.

To define the mode, parameter and settings.

JOG

It allows the inverter enters the JOG control mode. It also allows switch of the inverter’s running directions.

RUN

To start the inverter from the keypad when the control has been set as local control

STOP

To stop the inverter from the keypad when the control has been set as local control. In case of tripping, this key can be used to reset the inverter, if local control is enabled


Control signal wiring diagram for 3.7KW and below models

Control signal wiring diagram for 5.5KW and above models

Technical description

Control terminal function description for 3.7KW and below

Item

Terminal

Name

Function Description

Communication

485+

Communication Interface

The positive pole of 485 differential signal

485-

The negative pole of 485 differential signal

Analog Input

AI1

Analog input 1

Input voltage signal0~10V
Input impedance: 30kΩ

AI2

Analog input 2

Input voltage signal0~10V
Input impedance: 30kΩ
Input current signal
0~20mA
Input impedance: 500Ω

Analog Output

AO1

Analog output 1

Programmable output,
Output voltage/current signal
0~10V/0~20mA;

AO2

Analog output 2

Power Source

10V/GND

10V power supply

Reference power source for analog input (10V), and the max output current is 5mA

P24/COM/SEL

24V power supply

Reference power source for digital input (24V), and the max output current is 200mA

Digital Input

FWD/REV/
X1~X5

Digital input 1~7

Bipolar optional input signal, programmable input;
Input voltage range: 9~30VDC
FWD/REV/X1~X3 input impedance: 4.7kΩ
X4~X5 input impedance: 1.6 kΩ;
X4~X5 is for high speed pulse input, Max. freq.:50KHz.

Frequency Output

DO

Frequency output 1

Programmable optically-coupled isolation pulse frequency output,24VDC/50mA Max. freq.:50KHz.

Digital Output

Y1

Digital output 1

Programmable optically-coupled isolation output,
24VDC/50mA

CME

Digital output site

Digital output site

Relay Output

RA/RB/RC

Relay contact output

Programmable output, capacity of contact250V AC /3A or 30V DC /1A
RC-RB: normally closed;RC-RA: normally open

Shielding

PE

Shielding earthing

Shielding layer earthing terminal

Technical description

Control terminal function description for 5.5KW and above models

Item

Terminal

Name

Function Description

Communication

485

Communication interface

The positive pole of 485 differential signal

485

The negative pole of 485 differential signal

Analog Input

AI1

Analog input 1

Input voltage signal0~10V;
Input impedance: 30kΩ

AI2

Analog input 2

Input voltage signal: 0~10V  (input impedance: 30kΩ)
Input current signal: 0~20mA (input impedance: 500Ω)

Analog Output

AO1

Analog output 1

Programmable output,
Output voltage/current signal
0~10V/0~20mA;

AO2

Analog output 2

Power Source

10V/GND

10V power supply

Reference power source for analog input (10V),
the max output current is 5mA

P24/COM/SEL

24Vpower supply

Reference power source for digital input (24V),
the max output current is 200mA

Digital Input

FWD/REV/
X1~X8

Digital input 1~10

Bipolar optional input signal, programmable input.
Input voltage range: 9~30VDC
FWD/REV/X1~X6 input impedance: 4.7 kΩ
X7~X8 input impedance: 1.6 kΩ
X7~X8 is for high speed pulse input,
Max. freq.:50KHz

Frequency Output

DO

Frequency output 1

Programmable optically-coupled isolation pulse frequency output,24V DC/50mA
Max. freq.:50KHz

Digital Output

Y1~Y2

Digital output 1~2

Programmable optically-coupled isolation output,
24V DC/50mA

CME

Digital output site

Digital output site

Relay Output

RA/RB/RC

Relay contact output

Programmable output,capacity of contact250V AC /3A or 30V DC /1A
RC-RB: normally closed    
RC-RA: normally open

Shielding

PE

Shielding earthing

Shielding layer earthing terminal

 

 


Item

Specification

Rated voltage and frequency

Single/ 3 phase,200V~240V,50Hz/60Hz;
3 phase,380V~440V,50Hz/60Hz

Allowed fluctuation value

Voltage fluctuation is within ±10%;
Voltage imbalance rate<3%;
Frequency fluctuation is within ±5%

Output voltage

Single phase: 0~220V; 3 phase: 0~380V

Output frequency

0~400.0Hz

Overload

150% of rated current for 2 minutes,180% of rated current for 10s

Control mode

Sensorless vector control; V/F control..

Run command source

Keypad; terminal; host PC via serial port, etc

Speed source

Keypad; analog reference; serial port, etc

Speed source precision

Digital source: ±0.01%(10~40);
Analog source: ±0.05%(25
±10)

Speed source resolution

Digital source: 0.01Hz;
Analog source: 1/2000 of max. frequency

speed control precision

Sensorless vector control: ±0.5% (25±10)

Speed control range

Sensorless vector control: 1: 100

Torque control response

Sensorless vector control: < 200ms

Starting torque

Sensorless vector control: 180% of rated  torque/0.5Hz

Torque control precision

±5%

Reference voltage supply output

1 port,+10V/5mA

Control voltage supply output

24V/200mA;

Analog input

2 ports,AI1 voltage 0~10V,
AI2 voltage/current 0~10V /0~20mA DC,

Analog meter output

2 ports,0~10V/0~20mA DC,current & voltage for option

Run command input

2 ports,FWD: forward operation; REV: reverse operation

Programmable contact input

X1~X8 indicate 8 ports of programmable digital signal  input terminals. X7 and X8 can receive high speed pulse signal (3.7KW or below models only have 5 ports, X1~X5,so X4 and X5 are high speed input ports)

DO frequency signal output

1 port, high frequency signal output (programmable)

Open-collector output

Y1 and Y2,  2 ports totally. (3.7KW or below models only have one port, Y1)

Programmable relay output

1 port RA/RB/RC, capacity of contact: 250V AC /3A or 30V DC /1A

Serial port

RS-485 port, 485+,485-

4-digit LED display

It displays reference frequency, output frequency, output voltage, output current, motor speed, output torque, switching value terminal, fault code, etc.

Indication lamp

Unit of parameter,  status of RUN/STOP, Charging indicatior

Ambient temperature

-10~+40,air temperature fluctuation is less than 0.5/Min;
An Inverter with increased capacity shall be used for environment temperature of 40
or above. The derating value of the output current of the inverter shall be 2% for each degree centigrade above 40.  Max. allowed temperature is 50

Humidity

Less than 95%RH, non-condensing

Oscillation

Less than 5.9 m/s2 (0.6g)

Storage temperature

-40~+70

Enclosure

IP20

Cooling mode

Forced air cooling (0.4KW or below model is of natural cooling mode)