Kollmorgen S20360-SRS High-performance Brushless Servo Drive

Description

• • Environmental and Certification Parameters
    • Operating Temperature: It can work normally in a non – condensing environment of 0 – 40°C, and some models can operate stably in the temperature range of -20°C to 70°C, adapting to different temperature conditions of industrial sites.
    • Certifications: It complies with multiple industry standards such as UL 508C, CE, EN50178 and EN61800 – 3, meeting the safety and performance requirements of global mainstream industrial applications.
• Function Features
  • High – precision Motion Control: The combination of a 24 – bit high-resolution feedback system and a 3 – 5 kHz high-performance current loop bandwidth ensures that the servo motor maintains smooth operation and fast response during high – speed movement and precision positioning. Its position accuracy can reach ±0.1μm, which fully meets the high-precision control needs of precision machining and micro – positioning equipment.
  • Intelligent Plug – and – Play Debugging: It is built with an electronic motor nameplate. When connected to a matching servo motor, it can automatically identify motor parameters. There is no need for manual setting of drive parameters or adjustment of servo loops, which greatly simplifies the installation and commissioning process and shortens the system construction cycle.
  • Diversified Communication and Strong Compatibility: It supports multiple industrial network protocols and communication interfaces including SynqNet™, EtherCAT, CANopen and Modbus. These interfaces enable efficient data interaction and command transmission between the drive and PLC, CNC controllers and other equipment, and can be flexibly expanded to complex automation systems.
  • Comprehensive Safety Protection: It is equipped with multiple safety protection functions such as overload, overheating, overvoltage and short – circuit protection. It also has an independent “keep active” power input. This design can realize rapid recovery after an emergency stop, effectively preventing the drive and connected equipment from being damaged due to abnormal working conditions.
• Application Scenarios
  • Industrial Robotics and Medical Robotics: It is used to drive the joint movement of collaborative robots and the positioning system of surgical robots. It precisely controls the movement trajectory of the robot arm, ensuring that collaborative robots can complete accurate grabbing and assembly tasks, and surgical robots can achieve high-precision positioning during operations.
  • Numerical Control Machine Tools: It is applied to multi – axis linkage numerical control machine tools, controlling the movement of the tool path and the rotation of the spindle. It ensures the precision of cutting, drilling and other processing procedures, and improves the processing quality of mechanical parts.
  • Packaging and Printing Machinery: In high – speed packaging equipment, it realizes the synchronous operation of the conveyor belt. In printing machinery, it accurately adjusts the positioning of the printing roller and controls the paper tension, ensuring the uniformity and clarity of printed patterns and the consistency of packaging specifications.
  • Semiconductor and Electronic Manufacturing: It is used in wafer positioning platforms in the semiconductor field and PCB assembly equipment in the electronic manufacturing field. It completes micron – level positioning of wafers and precise control of precision welding operations, which is crucial to improving the yield of semiconductor chips and electronic components.
  • Laboratory Automation Equipment: It is installed on automated test benches and microscope stages. It provides micron – level positioning control for the equipment, ensuring the accuracy of experimental data and the stability of experimental processes in scientific research experiments.