Kollmorgen CE06550 High-Performance Digital Servo Drive

Description

• • Physical and Installation Parameters
    • Protection Level: The housing achieves an IP20 protection level, which can prevent large solid particles from entering the internal components and is suitable for indoor control room environments.
    • Installation Method: It adopts a control room installation mode that conforms to industrial standards, and the fixed installation structure ensures stability during long-term operation and facilitates centralized management with other control equipment.
  • Interface Parameters
    • Interface Types: It is equipped with JST and MOLEX interfaces, which are widely used in industrial equipment connections and enable stable signal transmission and power supply connections with various matching devices.
    • Communication Interface Support: It is equipped with standard communication interfaces such as RS232 and CANopen to realize efficient data transmission and real-time monitoring with PLC and HMI equipment.
• Function Features
  • Multi-Mode Precision Control: It supports three control modes including current, speed and position. It can be flexibly switched according to different industrial motion requirements, and can accurately control the motion state of the motor, which is suitable for scenarios requiring high precision such as high-speed start and stop and frequent direction changes.
  • Comprehensive Equipment Protection: It integrates multiple protection functions. In addition to under-voltage and over-voltage protection, it also has motor over-temperature monitoring and ground short-circuit detection functions. It can quickly respond to abnormal working conditions and stop operation in time to avoid damage to the servo drive, motor and other related equipment.
  • Strong Compatibility and Expansion: It is specially designed to be compatible with Kollmorgen series motors. It is equipped with an analog communication module, sine encoder and software resolver, and is also equipped with an extended input and output interface. It also has encoder stimulation and sine encoder calibration functions, which greatly enhance its compatibility with various industrial control systems and mechanical equipment.
  • Convenient Monitoring and Communication: With standard communication interfaces such as RS232 and CANopen, it can transmit operating data such as motor speed and load status to upper-level control equipment in real time. Operators can monitor the working status of the servo drive through HMI or related control platforms, which is convenient for timely troubleshooting.
• Application Scenarios
  • Metal Forming Machinery: It is widely used in metal forming equipment such as stamping machines, bending machines and shearing machines. It precisely controls the movement speed and position of the equipment’s forming components, ensures the accuracy of metal workpiece forming dimensions, and improves the quality and consistency of metal products.
  • Food Processing Equipment: It is installed on automated food processing equipment such as large-scale bread production lines, meat cutting machines and fruit sorting machines. It drives the transmission and processing mechanisms of the equipment, realizes the synchronization and automation of the food processing process, and meets the high-efficiency production needs of the food industry while complying with the industry’s hygiene and safety requirements.
  • Hoisting and Conveying Equipment: It is applied to industrial hoisting machines and large conveying lines in factories. It controls the lifting speed and positioning accuracy of the hoisting equipment and the conveying speed of the conveying line, ensures the stable transportation of heavy materials and workpieces, and improves the safety and efficiency of the logistics and transportation links in the factory.
  • Precision Machining Centers: It is used in precision machining centers such as large CNC milling machines and machining centers. It controls the movement of the spindle and feed axis of the machining center, realizes high-precision cutting and milling of workpieces, and meets the processing requirements of complex and high-precision mechanical parts.
  • Automated Assembly Lines: It is deployed in large-scale automated assembly lines such as automobile parts assembly lines and electronic product assembly lines. It drives the operation of the assembly robot arm and transmission belt, coordinates the movement of various stations, shortens the assembly cycle of products, and ensures the stability and accuracy of the assembly process.