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3NDM580

  • Rated working voltage::20~50VDC

  • Rated output current:1~8A

  • Micro step setting:1~512 

  • Suitable for:57/60 Three-phase stepping motor

  • With alarm output signal

  • Control pulse bandwidth 200kHz or 500kHz is optional

  • With PLC dedicated control signal interface



  • 産品描述
  • 電(diàn)氣參數
  • 安裝尺寸
  • 應用案例
  • 技術服務:0755-86569723

Overview

3NDM580 is a digital three-phase hybrid motor driver launched by Noketech,It adopts the latest DSP technology of Ti, and taking advanced digital filtering technology, anti-resonance technology and real-time precision current control technology to make it realize precise smooth operation, extra low noise. Its especially suitable for semiconductor, electronic processing equipment, laser processing, medical equipment and small CNC equipment.


Applicable drive motor: 57/60 series three-phase hybrid stepping motor.


Parameter setting switch description

1)Working (dynamic) current setting

output peak current


output average current


SW1

SW2

SW3

Default

on

on

on

3.2A

2.29A

off

on

on

4.0A

2.86A

on

off

on

4.8A

3.43A

off

off

on

5.6A

4A

on

on

off

6.4A

4.57A

off

on

off

7.2A

5.14A

on

off

off

8.0A

5.71A

off

off

off

2)Quiescent  (static) current setting

Static current can be set by SW4 DIP switch, on means that Static current is the half of dynamic current, off means that the quiescent current is the same as the dynamic current. In general use, SW4 should be set to on 

to reduce the heat of the motor and drive and improve the reliability.  About 100ms after the pulse train stops , 

the current is automatically reduced to about half (60% of the actual value), and the calorific value is theoretically reduced to 36%.

3)Micro step setting

3NDM580 is a precision three-phase hybrid stepping driver, which can provide a maximum of 512 subdivision settings, the specific settings are shown as below.

Steps/REV


SW5

SW6

SW7

SW8

Default

on

on

on

on

400

off

on

on

on

800

on

off

on

on

1600

off

off

on

on

3200

on

on

off

on

6400

off

on

off

on

12800

on

off

off

on

25600

off

off

off

on

1000

on

on

on

off

2000

off

on

on

off

4000

on

off

on

off

5000

off

off

on

off

8000

on

on

off

off

10000

off

on

off

off

20000

on

off

off

off

25000

off

off

off

off

Typical wiring 

Typical application wiring diagram when the controller adopts PLC control and the motor adopts delta connection.


                                                   Typical  wiring diagram( when the controller is a PLC)

  Notice

  1)Different motors have different colors. Please refer to the motor information when using.

  2)The 3NDM580 drive can only drive three-phase hybrid stepping motors, and cannot drive two-phase and       five-phase hybrid stepping motors.



Electrical, Mechanical and Environmental Indicators

1. Electrical indicator


Description


3NDM580

Min.

Typical

Max.

Unit

Output current

1

-

8.0

A

working voltage

20

36

50

VAC

Control signal 

input current

7

10

16

mA

Pulse frequency

0

-

200

kHz

Insulation 

resistance


500



 Note: The control pulse frequency can be adjustable according to user application requirements. 

The max control pulse signal that can be received is 1MHz.

2. Use environment and parameters


Cooling way

Free cooling or forced air cooling


Use environment


Places


Do not install it near other hot 

equipment.. To avoid the places 

with  dust, oil, corrosive gas, high humidity and strong vibration, combustible gas and conductive 

dust are prohibited


 Temperature

0-50℃

 Humidity

40-90%RH

 Vibration

5.9m/s2MAX

 Storage temperature

-20℃~80℃

Weight

220g

3. The way to improve heat dissipation

1)The reliable working temperature of the driver is usually within 60℃, and the working temperature of the motor is within 80℃;

2)  To reduce the heat of the motor and drive, it is recommended to select the automatic half-current mode when using, so that the current decreases by half automatically when the motor stops.

3)When installing the driver, please install it vertically and sideways, so that the heat sink tooth forms strong air convection; when necessary, install a fan near the driver for better heat dissipation, to ensure that the driver works within a reliable operating temperature range.



 Mechanical installation drawing (unit: mm)