Kollmorgen SERVOSTAR 620-AS S62001 High-Precision Single-Axis Digital Servo Drive

Description

• • Environmental Parameters
    • Operating Temperature: It maintains stable performance within an operating temperature range of 0°C to 45°C, which is fully compatible with the temperature conditions of general industrial workshops and production sites.
• Function Features
  • Precise and Flexible Motion Control: It integrates advanced intelligent positioning capabilities, including speed profile control, registration mark control, jolt limiting and daisy-chained task execution. It supports both absolute and relative motion tasks and multiple reference traverse modes, which enhance the smoothness and accuracy of the entire motion process.
  • Strong Compatibility and Integration: It achieves full compatibility with multiple series of Kollmorgen brushless servo motors, eliminating matching conflicts in system configuration. It supports multiple mainstream industrial communication protocols and is equipped with various types of standard connectors, enabling seamless integration into existing automation control systems without extensive modifications.
  • Enhanced Operational Safety and Convenience: It offers an optional built-in safety relay to improve the safety of the entire motion control system. Its plug-in detachable connectors simplify wiring and disassembly work during installation and maintenance. The intuitive operation interface allows users to quickly perform parameter settings and fault diagnosis, minimizing equipment downtime.
  • Reliable Circuit and Operational Stability: It uses a 7A slow-blow fuse to prevent circuit damage caused by current surges. Its structural design and component selection meet international safety standards such as UL and CE, and it has obtained CUL certification. It can operate continuously for long periods in harsh industrial environments without unexpected failures.
• Application Scenarios
  • Mechanical Manufacturing and Machine Tools: It is applied to CNC milling machines, drilling machines and precision machining centers. It precisely controls the movement of cutting tools and worktables, ensuring the dimensional accuracy and surface finish of workpieces and improving the consistency of batch production.
  • Automotive and Electronic Assembly Lines: In automotive parts assembly lines and electronic component mounting equipment, it controls the movement of robotic arms and positioning platforms. It provides rapid response and accurate positioning to ensure the precision of assembly processes and improve the efficiency of automated production.
  • Packaging and Textile Machinery: It is integrated into high-speed packaging machines, filling equipment and weaving machines. It regulates the conveying speed of packaging materials and the tension of textile yarns, avoiding material waste caused by uneven speed and ensuring the quality of packaging and textile products.
  • Semiconductor and Electronic Equipment: It works in PCB drilling machines and semiconductor manufacturing equipment. It realizes micron-level precision control for the core motion components of the equipment, which is critical to ensuring the production yield of electronic components and semiconductors.
  • General Industrial Automation Systems: It is used in automated guided vehicles, material conveying systems and environmental protection equipment. It provides stable power and precise control for the motion mechanisms of these devices, adapting to the diverse needs of different industrial fields such as mining, building materials and electrical equipment manufacturing.