Welcome Customer !

Membership

Help

Shenzhen Blue Ocean Huateng Technology Co., Ltd
Custom manufacturer

Main Products:

instrumentb2b>Products

Shenzhen Blue Ocean Huateng Technology Co., Ltd

  • E-mail

    lhht@v-t.net.cn

  • Phone

  • Address

    Kono Building, Kono Industrial Park, No. 7 Tongguan Avenue, Guangming District, Shenzhen

Contact Now

V6-H high-performance vector control/torque control frequency converter

NegotiableUpdate on 12/09
Model
Nature of the Manufacturer
Producers
Product Category
Place of Origin

Overview

V6-H is a high-performance vector control/torque control frequency converter, with modular software and hardware functions that meet the needs of high-end industries such as lifting, hoisting, papermaking, chemical fiber, elevators, rolling mills, packaging, etc

Product Details

V6-H is a high-performance vector control/torque control frequency converter, with modular software and hardware functions that meet the needs of high-end industries such as lifting, hoisting, papermaking, chemical fiber, elevators, rolling mills, and packaging.


Vector Control 1:
It has excellent performance of vector control and is insensitive to motor parameters.
Starting torque: 0.50Hz 180% rated torque
Speed range: 1:100
Steady speed accuracy: ± 0.5%
0.50Hz can control the motor to operate stably at 150% of its rated torque.


◆ No encoder speed feedback vector control 2:
The precise sensorless vector control technology truly achieves decoupling of AC motors, making the operation control DC motorized.
Starting torque: 0.25Hz 180% rated torque
Speed range: 1:200
Steady speed accuracy: ± 0.2%
0.25Hz can control the motor to operate stably at 150% of its rated torque.


◆ Encoder speed feedback vector control 2:
Starting torque: 0.00Hz 180% rated torque
Speed range: 1:1000
Steady speed accuracy: ± 0.02%


◆ Open loop torque control method:
Independent current loop control achieves true torque control, supporting online switching between torque and speed control.
Torque accuracy: ± 5%
Torque response:<20ms


◆ Closed loop torque control method:
Independent current loop control achieves true torque control, supporting online switching between torque and speed control.
Torque accuracy: ± 5%
Torque response:<10ms

V6-H 高性能矢量控制型/转矩控制型变频器



voltage level

model

Constant torque/heavy load application

Variable torque/light load application

Adapted motor

(kW)

rated output

Current (A)

Rated input

Current (A)

Adapted motor

(kW)

rated output

Current (A)

Rated input

Current (A)

Single/Three phase

200V

V6−H−2T0.4G

0.4

3

3.8

V6−H−2T0.75G

0.75

5

5.5

V6−H−2T1.5G

1.5

7.5

8.3

V6−H−2T2.2G

2.2

10

12

three-phase

400V

V6−H−4T0.75G/1.5L

0.75

2.5

2.8

1.5

3.3

3.6

V6−H−4T1.5G/2.2L

1.5

3.8

4.2

2.2

5.0

5.5

V6−H−4T2.2G/3.7L

2.2

5.5

6.1

3.7

7.5

8.3

V6−H−4T3.7G/5.5L

3.7

9

10

5.5

11

12

V6−H−4T5.5G/7.5L

5.5

13

15

7.5

17

19

V6−H−4T7.5G/11L

7.5

17

19

11

22

25

V6−H−4T11G/15L

11

24

26

15

30

33

V6−H−4T15G/18.5L

15

30

33

18.5

37

40

V6−H−4T18.5GA*/22LA*

18.5

39

43

22

44

50

V6−H−4T22GA/30LA

22

45

53

30

56

62

V6−H−4T30GA/37LA

30

60

66

37

72

80

V6−H−4T37GA/45LA

37

75

83

45

91

100

V6−H−4T45GA/55LA

45

91

100

55

110

121

V6−H−4T55GA/75LA

55

112

123

75

142

156

V6−H−4T75GA/90LA

75

150

165

90

176

194

V6−H−4T90G

V6−H−4T110L

90

176

160

110

210

196

V6−H−4T110G

V6−H−4T132L

110

210

196

132

253

232

V6−H−4T132G

V6−H−4T160L

132

253

232

160

304

282

V6−H−4T160G

V6−H−4T185L

160

304

282

185

350

326

V6−H−4T185G

V6−H−4T200L

185

350

326

200

380

352

V6−H−4T200G

V6−H−4T220L

200

380

352

220

426

385

V6−H−4T220G

V6−H−4T250L

220

426

385

250

470

437

V6−H−4T250G

V6−H−4T280L

250

470

437

280

520

491

V6−H−4T280G

V6−H−4T315L

280

520

491

315

600

580

V6−H−4T315G

V6−H−4T355L

315

600

580

355

650

624

V6−H−4T355G

V6−H−4T400L

355

650

624

400

690

670

V6−H−4T400G

V6−H−4T450L

400

690

670

450

775

755

V6−H−4T450G

V6−H−4T500L

450

775

755

500

860

840

V6−H−4T500G

V6−H−4T560L

500

860

840

450

950

920

Three phase 220V 3.7-75KW products can be customized

* In this table“A”Representing structural versionsDefault to original versionin orderA,B······.




Control method

Open-loop vector control; Closed-loop vector control; Torque control; compound control

power range

0.75kW~560 kW

Input voltage and frequency

3AC380V~480V; 50Hz/60Hz

output voltage

3AC 0Rated input voltage

output frequency

0.0~300.0Hz

Digital Input/Output

Standard multifunctional input terminal, expandable

Standard open collector output, expandable

Analog input/output

Input: AI1 0-20 mA, input impedance 500 Ω,

Maximum input current 30mA

AI2 0~10V, Input impedance 20k Ω,

Maximum input voltage 15V, resolution of 12 bits (0.025%)

AI3 −10V~10V, Input impedance 20k Ω

Maximum input voltage ± 15V, resolution of 12 bits (0.025%)

Output: AO1 0-20 mA, allowable output impedance of 200-500 Ω

AO2 0~10V,

Output allowable impedance ≥ 10k Ω, resolution of 10 bits (0.1%)

Pulse input/output

Pulse input: 0.1Hz~50kHz; Voltage range: 24V ± 20%

Pulse output: 0-50kHz; Voltage range: 24V ± 20%

communication protocol

The dual 485 communication interface supports Modbus protocol (RTU), and the standard operation panel can achieve remote control box function up to 500 meters away

brake unit

15kWStandard built-in for models with power ranges up to and including;

18.5kWBuilt in optional power range of~75kW;

90kWThe power range and above need to be external

external interface

DC24VPower supply, maximum output current 100 mA

DC reactor

90kWExternal DC reactors are standard for models in the power range and above

Installation method

wall-mounted installation

Protection level

IP20



V6-H 高性能矢量控制型/转矩控制型变频器 V6-H 高性能矢量控制型/转矩控制型变频器

V6-H-4T7.5G/11L and below power levels



V6-H 高性能矢量控制型/转矩控制型变频器 V6-H 高性能矢量控制型/转矩控制型变频器

V6-H-4T11G/15L and above power levels



voltage

level

Inverter model

Appearance and installation dimensions (mm)

approximately

weight

(kg)

W

H

D

W1

H1

D1

T1

Installation hole d

200V

V6−H−2T0.4G

118

190

155

105

173

40.8

3

5.5

1.5

V6−H−2T0.75G

175

60.5

4

2.2

V6−H−2T1.5G

155

40.8

3

1.5

V6−H−2T2.2G

175

60.5

4

2.2

400V

V6−H−4T0.75G/1.5L

118

190

155

105

173

40.8

3

5.5

1.5

V6H−4T1.5G/2.2L

118

190

175

105

173

60.5

4

5.5

2.6

V6H−4T2.2G/3.7L

V6H−4T3.7G/5.5L

V6H−4T5.5G/7.5L

155

249

185

136

232

69

8

5.5

3

V6H−4T7.5G/11L

V6H−4T11G/15L

210

337

200

150

324

107.5

2.5

7

8.5

V6H−4T15G/18.5L

V6−H−4T18.5GA*/22LA*

285

440

220

200

425

107.5

2.5

7

17

V6−H−4T22GA/30LA

V6−H−4T30GA/37LA

V6−H−4T37GA/45LA

315

575

227

220

553

123.5

2.5

10

25

V6−H−4T45GA/55LA

V6−H−4T55GA/75LA

400

615

265

270

590

123.5

3.0

10

35

V6−H−4T75GA/90LA

V6−H−4T90G,V6−H−4T110L

465

745

325

343

715

156

3.0

12

55

V6−H−4T110G,V6−H−4T132L

V6−H−4T132G,V6−H−4T160L

540

890

385

370

855

205.5

4.0

14

85

V6−H−4T160G,V6−H−4T185L

V6−H−4T185G,V6−H−4T200L

V6−H−4T200G,V6−H−4T220L

V6−H−4T220G,V6−H−4T250L

700

1010

385

520

977

210

4.0

14

125

V6−H−4T250G,V6−H−4T280L

V6−H−4T280G,V6−H−4T315L

V6−H−4T315G,V6−H−4T355L

810

1358

425

520

1300

210

4.0

14

215

V6−H−4T355G,V6−H−4T400L

V6−H−4T400G,V6−H−4T450L

810

1358

425

520

1300

210

4.0

14

215

V6−H−4T450G,V6−H−4T500L

V6−H−4T500G,V6−H−4T560L

*In this table“A”Representing structural versionsDefault to original versionin orderA,B. .....。