Kollmorgen CB20560 High-Performance Digital Servo Drive

Description

• • Communication and Feedback Parameters
    • Communication Interfaces: It supports multiple communication protocols including CANopen, EtherCAT and Modbus, which facilitate data transmission and control signal interaction with various industrial control devices.
    • Feedback Compatibility: It is compatible with resolver feedback devices, and can monitor the motor shaft position through single-speed or multi-speed resolver feedback, adapting to different precision feedback needs of motion control systems.
• Function Features
  • Multi-Mode Motion Control: It supports three control modes including current, speed and position. It also provides diverse position control options, ranging from ±10Vdc instructions to encoder following, pulse and direction control, which can fully meet the control requirements of different industrial motion scenarios.
  • Automatic Tuning and Performance Optimization: It is equipped with automatic control loop tuning function. It can quickly adjust parameters to match the connected servo motors and feedback devices, reducing the difficulty and time cost of on-site debugging. The optional four-element speed control algorithm further optimizes the operation performance to achieve high-performance operation rapidly.
  • Comprehensive Protection and Monitoring: It has multiple protection functions such as under-voltage, over-voltage and system current limiting to avoid damage to the drive itself and connected motors caused by abnormal working conditions. It also has real-time monitoring and diagnostic functions that provide key operating parameters and status information for timely troubleshooting.
  • Strong Compatibility and Integration: It can drive a wide range of servo motors and their matching feedback devices. Its support for multiple mainstream communication interfaces allows it to integrate smoothly with PLCs, HMIs and other common industrial automation components, eliminating compatibility obstacles during system assembly.
• Application Scenarios
  • CNC Machine Tools: It is applied to CNC milling machines, lathes and grinders. It precisely controls the speed of the spindle and the feed motion of the workbench, ensuring the dimensional accuracy and surface finish of processed workpieces, and improving the overall processing efficiency of the equipment.
  • Industrial Robotics: It serves as a core drive component for medium and large industrial robots used in automobile assembly and heavy machinery manufacturing. It controls the coordinated motion of each joint of the robot, ensuring precise completion of actions such as grabbing, moving and assembling heavy workpieces.
  • Electronics and Semiconductor Equipment: It is used in circuit board mounting machines and semiconductor wafer processing equipment. It controls the precise movement of the mounting head and processing fixtures, meeting the high-precision positioning requirements in the production process of electronic components and semiconductors.
  • Automotive Manufacturing Lines: It is deployed in automated welding, painting and assembly lines of automobile factories. It drives the motion mechanisms of welding robots and automatic painting equipment, ensuring the consistency of welding points and painting thickness, and improving the stability of automobile production quality.
  • Packaging and Printing Machinery: In large-scale automatic packaging lines for daily chemicals and food, it drives filling and sealing equipment to realize the synchronization and stability of each packaging process. In high-speed printing machines, it controls the rotation speed of printing rollers to ensure accurate alignment of printed patterns and uniform ink application.