CANopen Servo Drive

CANopen Servo Drive

With the rapid development of industrial processes, the demand for more flexible automation systems is also increasing. To meet these requirements, more and more traditional solutions are being replaced by distributed motion control systems based on intelligent devices and fieldbuses. Tonghang CANopen Servo Drive is one of the products that meet this demand.
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Description
Technical Parameters

CANopen Servo Drive for Flexible Automation

The drive combines servo control, encoder feedback and network communication in a compact unit. It is intended for machine builders who need coordinated multi-axis control without making the control cabinet unnecessarily complex.

Coordinated motion

Synchronize multiple axes through a distributed control architecture for interpolation, electronic gearing and coordinated positioning.

Precise positioning

Encoder feedback and closed-loop servo control support repeatable positioning, speed regulation and responsive dynamic performance.

Scalable integration

Use standard CANopen communication to connect drives with PLCs, motion controllers, HMIs and other compatible automation devices.

Distributed Motion Control Architecture

 

In a distributed system, the host controller manages the motion sequence while each drive executes the local current, speed and position loops. This approach reduces the amount of centralized calculation and allows the control system to be expanded as the machine grows.

 

The communication layer can be configured for synchronized multi-axis applications, including interpolation, electronic cam profiles and coordinated trajectory generation. The final network topology, cycle time and node quantity should be confirmed against the machine requirements.

 

Typical control functions

  • Position, velocity and torque control
  • Multi-axis synchronization and interpolation
  • Electronic gearing and camming
  • Encoder feedback and fault monitoring
  • PLC or motion-controller integration
  • Parameter setup and diagnostic access

CANopen Servo Drive

 

 

CANopen Servo Drive Technical Specifications

Use these values as a product-selection reference. Confirm motor rating, feedback type, supply voltage and network configuration with the technical team before ordering.

product-527-325

product-531-326
product-531-326

product-531-326

 

CANopen Servo Drive Applications

The drive is suitable for machine systems where repeatable motion, compact integration and coordinated axes are important.

Packaging machinery

Coordinate conveyors, feeders, cutters and indexing mechanisms.

01

Printing equipment

Support synchronized rollers, registration and web-handling motion.

02

Textile machinery

Manage repeatable speed and position control across multiple axes.

03

Material handling

Integrate servo axes into pick-and-place, sorting and transfer systems.

04

 

From Selection to Commissioning

A clear technical review helps avoid compatibility problems during installation and startup.

 

Share requirements

Provide motor data, feedback type, supply conditions, axis quantity and application cycle.

Confirm configuration

Review drive sizing, communication topology, wiring and control requirements.

Test and prepare

Complete parameter setup, network checks and functional testing before shipment.

Support commissioning

Receive technical guidance for installation, tuning, troubleshooting and maintenance.

FAQ

Common questions from machine builders and automation engineers.

What is CANopen used for in a servo system?

CANopen provides a communication framework for exchanging commands, feedback, status information and parameters between a controller and connected servo drives. It is commonly used in distributed motion-control architectures.

 

Can one controller coordinate multiple servo axes?

Yes. A suitable PLC or motion controller can coordinate multiple drive nodes. The final axis count and cycle performance depend on the controller, network configuration, motion profile and application requirements.

 

What information is needed for drive selection?

Prepare the motor rated power and current, encoder or feedback type, supply voltage, required speed and torque, axis quantity, control mode, communication requirements and operating environment.

 

Does the product support position, speed and torque control?

The drive can be configured for common servo control functions, including position, speed and torque control. Confirm the exact control modes and parameter ranges for the selected model.

 

How can commissioning time be reduced?

Provide complete motor and machine data before configuration, use a documented wiring plan, verify the network topology and perform controlled tuning with appropriate safety procedures.
 

 

 

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