380V 200(220)-220(250)kW VFD

Parametric

Model

RVE32-T3-200G/220P ~ RVE32-T3-220G/250P

Voltage

380V

P rated (kW)

200/220/250

Rated input current (A)

385/430/485

Rated output current (A)

380/425/480

Dimensions (mm)

920*480*390

Installation size (mm)

898*320

Fan

● Dual air duct design     ● Cooling      ● Dust-proof     ● Noise reduction

Power board

● Special protective pain    ● Acid and alkali resistance    ● Aging resistance

Control board

● Low frequency     ● High torque     ● Automatic voltage regulation

LCD panel is optional

● Remvable operation panel makes operation more convenient

Add epoxy partitions

● 37KW to 160KW: IP40

● Fully automatic finished product testing with load

● Aging at high temperature of 60 degrees for 48 hours

Inverter Model

G-type machine (heavy load)

P-type machine (light load)

Dimensions (mm)

Installation size (mm)

I in（A）

I out (A)

P rated (kW)

I in（A）

I out (A)

P rated (kW)

H

W

D

H1

W1

Aperture

RVE32-T3-18G/22P

47

38

18.5

56

45

22

327

168

185.6

313

120

Φ9

RVE32-T3-22G/30P

56

45

22

70

60

30

335

200

195

321

140

Φ9

RVE32-T3-30G/37P

70

60

30

80

75

37

410

260

214

396

180

Φ9

RVE32-T3-37G/45P

80

75

37

94

92

45

RVE32-T3-45G/55P

94

92

45

128

115

55

520

288

236

500

200

Φ11

RVE32-T3-55G/75P

128

115

55

160

150

75

560

305

300

543

200

Φ11

RVE32-T3-75G/90P

160

150

75

190

180

90

600

310

310

583

240

Φ11

RVE32-T3-90G/110P

190

180

90

225

215

110

RVE32-T3-110G/132P

225

215

110

265

260

132

RVE32-T3-132G/160P

265

260

132

310

305

160

720

355

345

698

240

Φ13

RVE32-T3-160G/185P

310

305

160

355

350

185

RVE32-T3-185G/200P

355

350

185

385

380

200

RVE32-T3-200G/220P

385

380

200

430

425

220

920

480

390

898

320

Φ13

RVE32-T3-220G/250P

430

425

220

485

480

250

RVE32-T3-250G/280P

485

480

250

545

530

280

1100

480

405

1078

320

Φ13

RVE32-T3-280G/315P

545

530

280

610

600

315

RVE32-T3-315G/355P

610

600

315

665

650

355

RVE32-T3-355G

665

650

355

-

-

-

1100

650

465

1060

350

Φ17

RVE32-T3-400G

785

725

400

-

-

-

RVE32-T3-500G

890

860

500

-

-

-

RVE32-T3-560G

950

950

560

-

-

-

2200

1100

800

943

665

Φ16

RVE32-T3-630G

1100

1100

630

-

-

-

RVE32-T3-710G

1280

1280

710

-

-

-

2200

1400

800

1100

665

Φ16

RVE32-T3-800G

1380

1380

800

-

-

-

Basic application functions

Low-frequency torque boost

Through voltage boost and torque boost, the low-frequency torque of V/F control and speed sensorless vector control can be increased by about 0.1%~30.0%

V/F curve

Linear type, multi-point type

Acceleration/deceleration curve

Linear or S-shaped acceleration and deceleration: three groups of acceleration and deceleration time: acceleration and deceleration time range: 0-3200s

Automatic voltage regulation (AVR)

When the grid voltage changes, it can automatically keep the output voltage constant

Built-in PID

Closed-loop control system that can easily realize process control

DC braking

DC braking range: 0.0Hz-maximum frequency; braking time: 0.0s-20.0s; braking action current value: 0%-100%

Jog control

The motor can be started and stopped immediately; jog frequency setting range: 0.0-20.0Hz; jog stop mode: deceleration/free/DC braking

Frequency hopping

Three hopping frequency points and corresponding hopping frequency ranges can be set to prevent the inverter from running in this frequency band

Multi-speed

Up to 15 can be set through 4 logic input ports =Operating frequency

Input summing

Use the algebraic operation result of 2 analog inputs as frequency setting, making frequency setting more flexible

Switching between 2 sets of motor parameters

Two sets of motor parameters can be set and switched freely to match the current driven motor

Inverter protection

Input/output phase loss protection, underload detection, over torque protection, Undervoltage protection, overvoltage protection, overcurrent protection, overheating protection, phase-to-phase short circuit protection

Motor protection

Motor thermal protection, Motor current limit, Motor overload, Motor short circuit

Electrical Characteristics

Input voltage

Three-phase AC, 380-480V, 50/60Hz or single-phase AC, 200-240V, 50/60Hz

Output voltage

0-100% input voltage, 0.5Hz-400Hz

Control mode

Constant torque V/F, quadratic load V/F, sensorless vector control, energy-saving mode

Switching frequency

1.5kHz-12kHz

The automatic switching frequency adjustment function can be set: when the temperature rises, the switching frequency is automatically reduced

When the temperature returns to normal, the switching frequency returns to the initial value

Over-current capability

150% rated output current 60s, 200% rated output current 2s

Control Signal

Frequency setting signal

Integrated operation panel

Membrane switch (button), speed knob (potentiometer)

External signal

UP/DOWN setting, analog input, multi-speed, external panel, serial communication

Start & Stop control signal

Integrated operation panel

RUN, STOP buttons

External signal

Logic input terminal, external panel, serial communication

Control circuit characteristics

Internal power supply available

10V

24V

10VDC±5%, maximum current 10mA, for reference potentiometer

24VDC±5%, maximum current 100mA, for logic input port

Analog Input

AI1

Voltage analog input: 0-5VDC, or 0-10VDC, impedance is 30k

Current analog input: 0/4-20mADC, impedance is 250Ω

Resolution: 10-bit A/D conversion

Factory default setting: 0-5VDC voltage input

AI2

Voltage analog input: 0-10VDC, or PTC probe input

Resolution: 10-bit A/D conversion

Logic Input

LI1-LI8

0-24VDC power supply

Positive logic (source) and negative logic (sink) are optional, and the factory default is negative logic

Forward, reverse, run, fault reset, multi-speed and other 69 functions are optional

220V 0.4kW-2.2kW and 380V 0.4kW-1.5kW products only have 6 channels: LI1-LI6

AI1, AI2

Forced valid input

In inverters below 11kW (inclusive), AI1 and AI2 can be set as logic inputs. F309 and F310 are forced valid inputs, and their configuration functions are always valid during power-on.

Analog Output

AO1、AO2

Voltage analog output: 0-10VDC, minimum load impedance is 470Ω

Current analog output: 0/4-20mA, maximum load impedance is 700Ω

Resolution: 8 bits

Output frequency, output current, speed setting, serial output data and other functions are optional

220V 0.4kW-2.2kW and 380V 0.4kW-1.5kW products have only 1 analog output, namely AO1

Logic Output

LO、CLO

Open collector, maximum current 100mA, maximum voltage 30VDC

Logic output or pulse output optional, factory default setting is logic output

Output frequency, output current, speed setting and other output functions optional

Relay Output

T1A、T1B、T1C

T2A、T2B、T2C

T1A normally open, T1B normally closed, T1C common point

T2A normally open, T2B normally closed, T2C common point

Contact capacity: 5A@250VAC, 5A@30VDC

Fault, alarm, set frequency arrival and other functions are optional

T1A defaults to fault, T2A defaults to operation

220V 0.4kW-2.2kW and 380V 0.4kW-1.5kW products have only 1 relay output, i.e. TA TB TC

Serial Communication

MODBUS-RTU, 2-wire RS-485, terminal interface

Electrical Characteristics

AC Drive protection

Input phase loss protection, Output phase loss protection, Underload detection, Over-torque protection, Undervoltage protection, Overvoltage protection, Overcurrent protection, Overheating protection, Phase short circuit protection

Motor protection

Motor thermal protection, Motor current limiting, Motor overload, Motor short circuit

Electrical Characteristics

Protection level

IP20

Ambient humidity

95% no condensation or water accumulation

Working/Storage temperature

-10~40°C/-20~60°C

Altitude

Below 1000m

Cooling method

Forced air cooling

Installation location

Indoor