Stepper Servo · 18 Years of Expertise

  • CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
  • CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
  • CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
  • CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
  • CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
+
CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
+
  • CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
  • CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
  • CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
  • CL286R-ABZ Two-Phase Closed-Loop Stepper Driver
  • CL286R-ABZ Two-Phase Closed-Loop Stepper Driver

CL286R-ABZ Two-Phase Closed-Loop Stepper Driver

Product Overview

The CL2 series stepper drives are developed using the latest-generation 32-bit DSP chip, combined with our company’s many years of expertise in motion control. They support 1000-line ABZ incremental encoders and offer three control interfaces: pulse‑type, RS485 bus, and CANopen bus. This particular model is an RS485‑based drive.

Features

Voltage input range: DC 30 V–110 V, AC 20 V–80 V Maximum peak current: 8 A Compatible motor flange size: 86 DI input current: 10–50 mA DI input voltage: DC 24 V Communication interface: RS‑485 Equipped with protection functions such as overcurrent, overvoltage, and position deviation alarms.
Product Overview Supporting Products Data Download
 
Communication Specifications

Communication interface

Communication protocol

Motor flange adapter

Baud rate

Station number

Termination resistor

Check digit

RS485

Modbus RTU 
86
9600/19200/38400/115200 
(SW6–SW7 DIP switch settings) 
0~31 
(SW1–SW5 DIP switch settings) 
120 euros 
(SW8 DIP switch setting) 
Invalid verification (default) 
/odd parity/even parity 

 

Product illustration
 
Drive Terminal Description

(1) Main circuit wiring terminals

Pin
Signal 
Explanation

1

Air conditioning 
Drive power supply terminal 
Power supply range: DC 30 V–110 V / AC 20 V–80 V 

2

Air conditioning 

(2) Motor power cable terminals

PinSignalExplanation

1

B-
Motor phase B winding 

2

B+ 

3

A-
Motor phase A winding 

4

A+ 

(3) Encoder Wiring Terminals

PinSignalExplanation

1

EA+/D- 
Encoder A-phase signal positive terminal 

2

EA-/D+ 
Encoder A-phase signal negative terminal 

3

EB+ 
Encoder B-phase signal positive terminal 

4

EB-
Encoder B-phase signal negative terminal 

5

EZ+ 
Encoder Z-phase signal positive terminal (may be left unconnected if no Z signal is available) 

6

EZ-
Encoder Z-phase signal negative terminal (may be omitted if no Z signal is available) 

7

E5V
Encoder power supply positive terminal 

8

Ground 
Encoder power supply negative terminal 

(4) Control signal terminal block

IllustrationPinSignalExplanation

 

1

DI0
7-channel single-ended DI inputs, 12–24 V, with freely configurable DI functions. 

2

DI1

3

DI2

4

DI3

5

DI4

6

DI5

7

DI6

8

DICOM 
DI input common terminal 

9

DO0
3-way single-ended DO output, with freely configurable DO functions. 

10

DO1

11

DO2

12

DOCOM 
DO output common terminal 

(5) USB port

ExplanationExplanation
Parameters can be configured via a Type-C data cable connected to a computer using debugging software. 

(6) RS485 communication port

IllustrationPinSignalExplanation

1

485+ 
485 communication positive terminal 

2

485- 
485 communication negative terminal 

3

Ground 
485 Communication Address 

4

NC 
NC 

5

Ground 
485 Communication Address 

6

Ground 
485 Communication Address 

7

NC

NC 

8

NC

NC 

(7) DIP switch

PinSignalExplanation

1

SW1
Station number setting; see the table below for details. 

2

SW2

3

SW3

4

SW4

5

SW5

6

SW6
Baud Rate Setting 

7

SW7

8

SW8
Termination resistor setting (ON is effective, OFF is ineffective) 
 
Communication Station Number Table
RS485 addressSW1SW2SW3SW4SW5RS485 addressSW1SW2SW3SW4SW5

1

on

off

off

off

off

17

on

off

off

off

on

2

off

on

off

off

off

18

off

on

off

off

on

3

on

on

off

off

off

19

on

on

off

off

on

4

off

off

on

off

off

20

off

off

on

off

on

5

on

off

on

off

off

21

on

off

on

off

on

6

off

on

on

off

off

22

off

on

on

off

on

7

on

on

on

off

off

23

on

on

on

off

on

8

off

off

off

on

off

24

off

off

off

on

on

9

on

off

off

on

off

25

on

off

off

on

on

10

off

on

off

on

off

26

off

on

off

on

on

11

on

on

off

on

off

27

on

on

off

on

on

12

off

off

on

on

off

28

off

off

on

on

on

13

on

off

on

on

off

29

on

off

on

on

on

14

off

on

on

on

off

30

off

on

on

on

on

15

on

on

on

on

off

31

on

on

on

on

on

16

off

off

off

off

on

 

 

 

 

 

 

 
Baud Rate Setting
Baud rateSW6SW7
115200

off

off

38400

on

off

19200

off

on

9600

on

on

 
Troubleshooting
Fault code 
Fault Information 
ALM indicator light 
Mitigation measures 
Reset 

Err1

Overcurrent or interphase short circuit

Flashes once

Check whether the load is excessive, whether there are any impacts, and whether the motor wiring is shorted.

Power-down reset

Err2

Power supply voltage is too high.

Flashes twice

Check the power supply operating range.

Automatic recovery

Err3

Power supply voltage too low

Flashes 3 times

Check the power supply operating range.

Automatic recovery

Err5

Motor out of tolerance

Flashes 5 times

Check whether the load is excessive and whether the encoder cable is loose.

Power loss, manual reset

Err6

485 Modbus error frame exists

Flashes 6 times

Verify that the 485/USB serial communication parameters are configured correctly.

Power-down reset

 

Main application areas

It is widely used in various precision automation applications, including 3C automation equipment, laser processing systems, engraving machines, dispensing machines, labeling machines, packaging machinery, small CNC devices, textile automation, medical devices, semiconductor testing equipment, vision inspection platforms, and logistics sorting systems.

 

 

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