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Servo Motor Controller

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Key Functions of Servo Motor Controller

A Servo Motor Controller plays a crucial role in motor driving systems by controlling speed, position, and torque. Assun’s DC Servo Motor Controllers support various communication protocols, offering flexibility across different applications. They are designed to be versatile and easy to use, making them ideal for processes that demand precise control over complex movements and fast, accurate deceleration. With our user-friendly interface, you can easily adjust and manage key parameters to meet your specific needs.

Reading the product model
Company Name Abbreviation
 
Controller Type
CD Speed Driver
SO Servo Controller

 

Communciation Protocols
A CAN Bus Control ((RS422, RS485, CAN, USB Commissioning)
B

Traditional Control (Direction+pulse, AB Pulse, Analogue Input Control, USB Commissioning)
C

EtherCat Bus Control (Include USB Commissioning)

N

No Communication

R

 RS 485 Communication
Current Level
15 Rated Current (A)
30 Maximum Current (A)

 

Voltage Level
L 5V-24V
M 9V-70V
N 12V-48V

 

Feedback Type
A

Feedback support: Incremental encoder (differential or single end), SSI absolute encoder, RS 485 absolute encoder, Hall Sensor
Operation Temperature
A -40℃ - 85℃
B -40℃ - 105℃
C -40℃ - 125℃
Installation
S Standard Installation

 

 

All Servo Motor Controller

Applications of Servo Motor Controllers

1. Industrial Automation

Servo motor controllers are widely used in robotics, CNC machines, and conveyor systems, ensuring precise movement and efficiency.

2. Medical Equipment

They enable accurate control in surgical robots, diagnostic machines, and prosthetic devices, where precision is critical.

3. Automotive and Aerospace

Servo motor controllers play a key role in electric vehicles, aircraft control systems, and automated production lines.

4. Smart Manufacturing & Robotics

With the rise of Industry 4.0, servo controllers enable seamless human-machine collaboration, improving production efficiency and accuracy.

 

How to Choose the Right Servo Motor Controller?

1. Define Your Application Needs

Do you need position, speed, or torque control?
What level of precision and responsiveness is required?

2. Check Compatibility

Ensure it supports your motor type and power requirements.
Look for compatibility with your existing automation system and communication protocols.

3. Consider Safety and Protection Features

Overcurrent and thermal protection for safe, long-term operation.
Reliable fail-safe mechanisms for uninterrupted performance.

Why Choose Assun’s Servo Motor Controllers?

  •  Industry-Leading Technology: High-precision control with advanced algorithms.
  •  Seamless Integration: Compatible with multiple communication protocols.
  •  User-Friendly Interface: Easy setup and real-time monitoring.
  •  Reliable & Durable: Designed for long-term, industrial-grade performance.

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