Kollmorgen S20330-SRS DC Input High-Performance Servo Drive

Description

• • Certification and Environmental Parameters
    • Certifications: It complies with multiple industry standards such as UL 508C, CE, EN 50178, EN 61800 – C, and SEMI F47, meeting safety and performance requirements of global industrial applications.
    • Adaptable Motor Frequency: It supports a maximum recommended motor electrical frequency of 900Hz, which is suitable for high – speed operation demands of servo motors in specific scenarios.
• Function Features
  • High – Precision Motion Control: Equipped with a 24 – bit high – resolution feedback system, it cooperates with the 5kHz high – performance current loop and 800Hz velocity loop. This combination ensures smooth motor operation and precise positioning, effectively reducing motion errors and meeting the high – precision control needs of precision equipment.
  • Plug – and – Play Commissioning: The intelligent feedback device with an electronic motor nameplate automatically identifies motor parameters. It eliminates the need for manual parameter setting and servo loop tuning, which greatly shortens the system commissioning cycle and lowers the operational threshold for technical personnel.
  • Comprehensive Safety Protection: It integrates multiple protection functions including over – current, over – voltage, under – voltage, overheating, and short – circuit protection. Additionally, the separate “keep alive” power input enables rapid recovery of the drive after an emergency stop, preventing damage to the drive and connected equipment due to abnormal conditions.
  • Strong Anti – Interference and Stability: It is designed with optically isolated input and output interfaces and positive locking connectors. These designs enhance the drive’s immunity to electromagnetic interference and accidental damage in industrial environments, ensuring long – term stable operation of the equipment and extending the overall service life of the machine.
• Application Scenarios
  • Industrial Robotics: It is applied to the joint control system of industrial robots and collaborative robots. It precisely controls the movement trajectory of each joint of the robot, enabling the robot to complete high – precision tasks such as grabbing, handling, and assembly in automobile manufacturing and electronic component processing workshops.
  • Semiconductor Manufacturing Equipment: It controls the wafer transmission and processing systems in semiconductor production. It achieves micron – level positioning and stable transmission of wafers, meeting the strict requirements for precision and stability in the semiconductor manufacturing process and improving the yield of semiconductor chips.
  • Numerical Control Machine Tools: It is integrated into CNC lathes, milling machines, and other equipment. It controls the spindle rotation and tool path movement accurately, ensuring the processing precision of metal workpieces during cutting, drilling, and other processes, and improving the surface quality of processed parts.
  • Packaging and Textile Machinery: In packaging machinery, it controls the speed of conveyor belts and the rhythm of sealing mechanisms, ensuring consistent packaging specifications and efficient packaging operations. In textile machinery such as looms, it regulates yarn tension and equipment operation speed, improving the uniformity and quality of textile fabrics.
  • Medical Equipment: It is used in precision medical devices such as small diagnostic robots and automated test platforms. It provides precise motion control for the equipment, ensuring the accuracy of medical tests and the stability of treatment processes, which lays a foundation for the reliable operation of medical equipment.