Kollmorgen SERVOSTAR 610 S61000 High-Power Digital Servo Drive

Description

• • Environmental Parameters
    • Operating Environment Adaptability: It can adapt to the temperature, humidity and vibration conditions of most industrial sites. Its mature thermal management design and structural design ensure stable operation even in continuous high-load working conditions.
• Function Features
  • Superior Motion Control Precision: It is equipped with an integrated position controller that can store up to 180 motion tasks. It supports advanced functions such as speed profiles, registration mark control and jolt limiting, which effectively enhance the smoothness and accuracy of motion processes and meet the requirements of high-precision motion control.
  • Strong Compatibility and Integration: It supports a wide range of motor types and feedback systems. It is fully compatible with Kollmorgen’s own series of servo motors and integrates CANopen interface as standard. It also supports master-slave operation and electronic gearing functions, enabling seamless connection and collaborative work with various automation equipment and control systems.
  • Convenient Configuration and Operation: It can be fully programmed through the RS232 interface and can be operated and set by a PC running Danaher Motion operator software compatible with multiple Windows systems. It is also equipped with two operation keys and an LED display on the amplifier, allowing operators to directly monitor the drive status and quickly perform basic operations.
  • Stable and Reliable Circuit Protection: It adopts patented ballast technology that allows parallel connection of DC link circuits, which enhances the stability of the entire circuit system. All shield connections are directly connected to the amplifier to reduce electromagnetic interference. It also has comprehensive circuit protection mechanisms to avoid damage caused by abnormal current and voltage, extending the service life of the drive.
• Application Scenarios
  • Machine Tools: It is applied to CNC milling machines, lathes and other equipment. It precisely controls the movement speed and position of the tool and workbench, ensuring the processing accuracy of metal and non-metal workpieces, reducing processing errors and improving the consistency of finished product quality.
  • Robotics: It is used in industrial robots for material handling and assembly. It provides powerful and precise power support for the movement of robot joints, ensuring that the robot can complete actions such as grabbing, moving and assembling stably and accurately in high-speed operation.
  • Packaging and Printing Machinery: In high-speed packaging production lines and printing machines, it controls the transmission speed of packaging materials and the rotation speed of printing rollers. It ensures the consistency of packaging specifications and the clarity and uniformity of printed patterns, and improves the overall production efficiency of the equipment.
  • Textile and Food Machinery: It is integrated into high-speed textile equipment such as yarn winding machines and fabric cutting machines to control the tension and transmission speed of textiles. In food processing machinery, it regulates the conveying speed of materials and the operation rhythm of processing components, meeting the hygiene and precision requirements of food production.
  • Medical and Metrology Equipment: It is used in precision medical testing equipment and metrology instruments. It provides high-stability motion control for the core components of the equipment, ensuring the accuracy of medical test data and metrology results, which is crucial for the reliability of related equipment.