RC-10 series inverter

The RC-10 series inverter is a general-purpose high-performance current vector inverter, which is mainly used to control and adjust the speed and torque of three-phase AC asynchronous motors. It is a technical upgrade product of the RC-9 series. The structure of the whole machine is optimized, the volume is reduced, and the software algorithm is upgraded. The RC-10 adopts high-performance vector control technology, low-speed high torque output, good dynamic characteristics, super overload capacity, supports a variety of encoder types, the combination of rich and powerful, stable performance. RC-10 series from 1.5kW-75kW can be built-in brake unit, especially suitable for lifting industry, as well as the application environment of rapid deceleration. Reduced the size of the electrical cabinet. Cost savings for users.
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Product Details

 

 

The RC-10 series inverter is a general-purpose high-performance current vector inverter, which is mainly used to control and adjust the speed and torque of three-phase AC asynchronous motors. It is a technical upgrade product of the RC-9 series. The structure of the whole machine is optimized, the volume is reduced, and the software algorithm is upgraded. The RC-10 adopts high-performance vector control technology, low-speed high torque output, good dynamic characteristics, super overload capacity, supports a variety of encoder types, the combination of rich and powerful, stable performance. RC-10 series from 1.5kW-75kW can be built-in brake unit, especially suitable for lifting industry, as well as the application environment of rapid deceleration. Reduced the size of the electrical cabinet. Cost savings for users.
 
 
 
Outline and size of RC-10 series
 

Serial Number

Case

Inverter model

Rated power (KW)

Rated current (A)

Overall dimension(Mm)

Installation hole position(Mm)

Installation aperture (mm)

H

H1

W

D

A

B

d

1

Plastic shell 1

RC-10-T1.5GB

1.5

3.8

200

 

130

158

120

190

5

2

Plastic shell 1

RC-10-T2.2GB

2.2

5.1

200

 

130

158

120

190

5

3

Plastic shell 1

RC-10-T3.7GB

3.7

9

200

 

130

158

120

190

5

4

Plastic shell 1

RC-10-T5.5GB

5.5

13

200

 

130

158

120

190

5

5

Plastic shell 2

RC-10-T7.5GB

7.5

17

250

 

140

175

127

238

6

6

Plastic shell 2

RC-10-T11GB

11

25

250

 

140

175

127

238

6

7

Sheet Metal Shell 1

RC-10-T15GB

15

32

330

360

220

198

185

350

6

8

Sheet Metal Shell 1

RC-10-T18.5GB

18.5

37

330

360

220

198

185

350

6

9

Sheet Metal Shell 1

RC-10-T22GB

22

45

330

360

220

198

185

350

6

10

Sheet Metal Shell 2

RC-10-T30GB

30

60

375

400

250

215

160

386

6

11

Sheet Metal Shell 2

RC-10-T37GB

37

75

375

400

250

215

160

386

6

12

Sheet Metal Shell 3

RC-10-T45G(B)

45

91

523

540

300

280

246

520

8

13

Sheet Metal Shell 3

RC-10-T55G(B)

55

112

523

540

300

280

246

520

8

14

Sheet Metal Shell 4

RC-10-T75G(B)

75

150

535

575

340

265

249

555

8

15

Sheet Metal Shell 5

RC-10-T90G

90

176

 

658

330

295

240

640

8

16

Sheet Metal Shell 5

RC-10-T110G

110

210

 

658

330

295

240

640

8

17

Sheet Metal Shell 6

RC-10-T132G

132

253

 

690

420

320

320

669

9

18

Sheet Metal Shell 6

RC-10-T160G

160

304

 

690

420

320

320

669

9

 

 

Control terminal description

 

Category

Terminal Symbol

Name

Terminal Function Description

Power

10V-GND

10V power supply

Outgoing 10V power supply, maximum output current: 10mA

Generally used as an external potentiometer working power supply, potentiometer resistance range: 1kΩ ~ 5kΩ

 

24V-COM

24V power supply

Provide 24V power supply to the outside, generally used as working power supply and external sensor power supply for digital input and output terminals

Maximum output current: 200mA

 

OP

External power input terminal

Factory default with +24V connection

When driving DI1 ~ DI5 with an external signal, OP needs to be connected to the external power supply and disconnected from the +24V power supply terminal.

Analog Input

A I1-GND

Analog input terminal 1

1. Input voltage range: DC 0V ~ 10V

2. Input impedance: 22kΩ

 

A I2-GND

Analog input terminal 2

1. Input range: DC 0~10V/0 ~ 20mA

2. J8 jumper selects A I2 as voltage or current input

Digital Input

DI1-OP

Digital input 1

1. Optical coupling isolation, compatible with bipolar input

2. Input impedance: 2.4kΩ

3. Voltage range at level input: 9V ~ 30V

 

DI2-OP

Digital input 2

 

 

DI3-OP

Digital input 3

 

 

DI4-OP

Digital Input 4

 

 

DI6-OP

Digital Input 6

 

 

DI7-OP

Digital Input 7

 

 

DI5-OP

High-speed pulse input terminal

In addition to the characteristics of DI1 ~ DI4, but also as a high-speed pulse input channel. Maximum input frequency: 100kHz

 

Analog output

AO1-GND

Analog output 1

AO1 is selected by J5 jumper, and AO2 is selected by J6 jumper to determine voltage or current output.

Output voltage range: 0V ~ 10V

Output current range: 0mA ~ 20mA

 

AO2-GND

Analog output 2

 

Digital output

FM- CME

High-speed pulse output

Optocoupler Isolated, Bipolar Open Collector Output

Output voltage range: 0V ~ 24V

Output current range: 0mA ~ 50mA

Constrained by function code F5-00 "FM terminal output mode selection"

When used as high-speed pulse output, the highest frequency to 100kHz;

RelayOutput

T/A-T/B

normally closed terminal

Contact drive capability: 250Vac,3A,COS Ø = 0.4

30Vdc,1A

 

T/A-T/C

normally open terminal

 

Communication

A-B-GND

485 Communications

Terminal resistance selected by J15 jumper

 

 

Control circuit terminal layout

 

 

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