Stepper Servo · 17 Years of Expertise

  • DS2-20C Low Voltage DC Servo Driver
  • DS2-20C Low Voltage DC Servo Driver
  • DS2-20C Low Voltage DC Servo Driver
  • DS2-20C Low Voltage DC Servo Driver
  • DS2-20C Low Voltage DC Servo Driver
DS2-20C Low Voltage DC Servo Driver
DS2-20C Low Voltage DC Servo Driver
DS2-20C Low Voltage DC Servo Driver
DS2-20C Low Voltage DC Servo Driver
DS2-20C Low Voltage DC Servo Driver
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DS2-20C Low Voltage DC Servo Driver
DS2-20C Low Voltage DC Servo Driver
DS2-20C Low Voltage DC Servo Driver
DS2-20C Low Voltage DC Servo Driver
DS2-20C Low Voltage DC Servo Driver
+
  • DS2-20C Low Voltage DC Servo Driver
  • DS2-20C Low Voltage DC Servo Driver
  • DS2-20C Low Voltage DC Servo Driver
  • DS2-20C Low Voltage DC Servo Driver
  • DS2-20C Low Voltage DC Servo Driver

DS2-20C Low Voltage DC Servo Driver

Product Overview

DS2 series low-voltage servo drives are developed with the latest generation of 32-bit DSP chips and combined with our years of serv motion control experience. This model is a CANopen type drive. It supports servo motors from 400W to 750W, supports 17/23-bit single-turn and 17/23-bit multi-turn encoders. It uses a low-voltage DC power supply, can connect to an braking resistor, supports CANopen control, and has strong overload capacity, low noise, and fast response.

Features

Matching Motor: 400W / 750W Supply Voltage: 24V/48V Communication Interface: CANopen Rated Output Current: 20A Maximum Output Current: 30A Dimensions (L*H*W): 100.8x168x36mm / Weight: 0.44kg Encoder: 17-bit incremental/17-bit absolute, 23-bit incremental/23-bit absolute encoder
Product Overview Supporting Products Data Download
Product Diagram 
Wiring Diagram Notes:
1. DI1 and DI2 are differential input ports, supporting both common anode and common cathode wiring.
2. DI3 to DI6 support NPN and PNP wiring methods. When DICOM is connected to 24V, DI port input at 0V is valid; when DICOM is connected to 0V, DI port input at 24V is valid.
3. The DO port common terminal DOCOM can only be connected to 0V, not 24V.

 

Driver Terminal Description
Terminal
Illustration
Pin
Signal
Description
CN1

1

GND

Driver main power supply

Motor is 24V, driver power supply 24V

Motor is 48V, driver power supply 48V

2

DC+

3

RB

Negative terminal of regenerative resistor, positive terminal connected to DC+

4

U

Motor power line

5

V

6

W

7

PE

Ground

Terminal
Illustration
Pin
Signal
Description
CN2

1

+5V
Power supply

2

GND

3

NC
NC

4

NC
NC

5

SD+
Bus encoder differential signal

6

SD-
Terminal
Illustration
Pin
Signal
Description
CN3

1

DI1+
2 differential inputs, supporting both common anode and common cathode wiring

2

DI1-

3

DI2+

4

DI2-

5

DI3
4 single-ended inputs, 12~24V, single-ended wiring, supporting
both common anode and common cathode wiring

6

DI4

7

DI5

8

DI6

9

DICOM
Input common terminal

10

DOCOM
Output common terminal

11

DO1
2 single-ended outputs, single-ended output

12

DO2

13

NC
No function

14

NC

15

BK+
Motor brake control signal

16

BK-
Terminal
Illustration
Pin
Signal
Description
CN4

1

CANH
CANH

2

CANL
CANL

3

GND
CAN communication ground

4

NC
NC

5

GND
CAN communication ground

6

NC
NC

7

NC
NC

8

NC
NC
Terminal
Illustration
Pin
Signal
Description
CN5

1

SW1
Communication station number setting, see driver casing for details

2

SW2

3

SW3

4

SW4
Terminal resistor

 

Main Application Areas

Suitable for various motion control automation equipment and instruments, such as: electronic processing and inspection, semiconductor packaging, laser cutting and welding, laser typesetting, packaging machinery, engraving machines, marking machines, cutting machines, garment plotters, CNC machine tools, automated assembly equipment, etc.

 

Category

Model

Format

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