Project

Standardization

Rated output voltage

Three phase 380V (maximum output voltage is the same as input power supply voltage)

Rated output power of adaptive motor (KW)

zero point seven five

two point two

five point five

eleven

eighteen point five

thirty

forty-five

seventy-five

one hundred and ten

one hundred and sixty

two hundred and twenty

two hundred and eighty

one point five

four

seven point five

fifteen

twenty-two

thirty-seven

fifty-five

ninety

one hundred and thirty-two

two hundred

two hundred and fifty

three hundred and fifteen

Rated output current (A)

two point five

five

thirteen

twenty-five

thirty-eight

sixty

ninety

one hundred and fifty

two hundred and ten

three hundred

four hundred and twenty

five hundred and forty

three point seven

nine

sixteen

thirty-two

forty-five

seventy-five

one hundred and ten

one hundred and seventy

two hundred and fifty

three hundred and eighty

four hundred and eighty

six hundred

Continuous operating current

100% rated output current

overload capacity

150% rated output current for 2 minutes, 180% rated output current for 10 seconds

output frequency

0Hz~400Hz

Rated input voltage

Three phase 380V ± 20%, 50~60Hz ± 5%

modulation scheme

Optimizing Space Voltage Vector PWM Modulation Mode

Control method

There is PG feedback vector control; No PG feedback vector control; V/F control

Given method for running commands

Keyboard given; External terminal given; Given by the upper computer through the serial communication port

Speed setting method

Keyboard numeric settings; Simulation setting; Serial communication settings for the upper computer; Six methods including pulse frequency setting

Speed setting resolution

Digital setting: 0.01Hz
Simulation setting: 1/1000 maximum frequency

Accuracy of speed setting

Digital setting: ± 0.01% maximum frequency (-10 ℃~+40 ℃);
Simulation setting: ± 0.05% maximum frequency (25 ℃± 10 ℃)

Speed control accuracy

PG feedback vector control: ± 0.05% rated speed; （25℃±10℃）
Non PG feedback vector control: ± 0.5% rated speed; （25℃±10℃）

Speed control range

PG feedback vector control: 1:1000;
No PG feedback vector control: 1:100

Torque control response

PG feedback vector control:<150mS;
No PG feedback vector control:<200mS

Starting torque

PG feedback vector control: 200% rated output torque/0.05Hz;
No PG feedback vector control: 150% rated output torque/0.5Hz

Braking torque

Energy free braking:>20% rated output torque within 22KW,>15% rated output torque above 30KW
Energy consuming braking:>150% rated output torque

Torque control accuracy

± 5% rated output torque

Set reference voltage output

1 route,+10V, 5mA

Control voltage source output

24 V，100mA； It can also be provided externally through PLC terminals

External user power input

1 way, the working power supply of the contact input terminal can use an external active contact power supply (12-24V)

analog output

1 channel, 0~10V, programmable output, multiple output options available
1 channel, 0~10V/0-20mA, programmable output, multiple output options available

Programmable contact input

7-channel programmable, with 27 optional functions including forward/reverse, forward/reverse jog, multi-stage speed, multi-stage acceleration/deceleration time, free parking, voltage/current switching, etc

Pulse signal input

1 channel, 0~50K HZ

PG signal input

A+, A -, B+, B - differential input; A -, B - Open collector code wheel input

FAM frequency signal output

1 channel, frequency meter signal (output frequency is the multiplier signal of the frequency converter output frequency), 0-50kHz

Open collector output

2 channels, 24 operating states to choose from; Maximum output current 50mA

Programmable relay output

2 channels, 24 operating states to choose from, contact capacity: 250V AC/3A or 30V DC/1A

Serial communication interface

RS-485 interface

standard functions

Current limiting, torque boost, speed tracking, DC braking, power outage restart, slip compensation, automatic fault reset, frequency upper and lower limit limits, bias frequency, starting frequency, jump frequency, frequency gain, carrier frequency adjustment, adjustable acceleration/deceleration mode, voltmeter output, ammeter output, multi-stage speed, program operation, swing frequency operation, PI closed-loop operation, proportional linkage, remote control, forward and reverse dead zone

protection function

Overvoltage, undervoltage, overcurrent, current limiting, overload, overheating, electronic thermal overload relay, overvoltage stall, data protection, etc

Four digit digital display (LED)

Set 16 state parameters including frequency, output frequency, output voltage, output current, motor speed, output torque, switch terminal, programming menu parameters, and 31 fault codes

Chinese LCD display

Control mode, current programming or monitoring parameter name, alarm content, keyboard operation guidance, etc

Indicator light (LED)

Parameter units, RUN/STOP status, etc

Terms of Use

Installation site

Indoor, altitude not exceeding 1000 meters, dust-free, non corrosive gases, no direct sunlight

Applicable Environment

-10 ℃~+40 ℃ (bare machine -10 ℃~+50 ℃), 20%~90% RH (no condensation)

vibration

Less than 0.5g

Storage method

-25℃~+65℃

Installation method

Wall mounted, floor standing electrical control cabinet type

Protection level

IP20

cooling method

0.75KW and below are enclosed self cooling, while others are forced air cooling