Kollmorgen CR06200-000000 ServoStar CD Series Servo Amplifier

Description

• • Environmental and Installation Parameters
    • Temperature Range: It operates optimally within the temperature range of 5 – 45°C and can be stored in an environment with temperatures between 0 – 70°C.
    • Environmental Adaptability: It can work normally in an environment with a maximum humidity of 90% and can be installed at altitudes up to 1000 meters above sea level, with only a 5% derating required under this altitude condition.
    • Installation Clearance: During installation, a minimum clearance of 12.7mm must be reserved on both sides of the module, and a minimum clearance of 63.5mm must be maintained at the top and bottom to ensure smooth heat dissipation and stable operation.
• Function Features
  • Flexible Power Adaptation and Stable Output: The servo amplifier supports both single-phase and three-phase power input modes, which allows it to be deployed in different industrial sites with varying power supply configurations. Its fixed 8kHz PWM frequency ensures stable power output, and the differentiated output current specifications under different voltage inputs enable it to match the operating needs of motors in different load scenarios.
  • Precise Motion Monitoring: It is equipped with both single-speed and multi-speed resolver feedback functions, which can accurately monitor the shaft position of the connected servo motor. The real-time feedback of position information forms a closed-loop control, which lays a solid foundation for the high-precision motion control of the entire equipment system.
  • Comprehensive Operational Protection: It is equipped with undervoltage and overvoltage protection mechanisms. When the input voltage reaches the 90VDC undervoltage threshold or 430VDC overvoltage threshold, the device will trigger a trip response in a timely manner. Combined with its 80W internal heat dissipation design, it can avoid device damage caused by abnormal voltage or excessive temperature, thus extending the service life of the amplifier and the matched motor.
  • Standardized Installation Design: It has clear and standardized installation clearance requirements. This standardized design not only facilitates the on-site installation work of operators but also ensures that the device has a good heat dissipation space after installation, avoiding overheating due to improper installation and affecting operational stability.
• Application Scenarios
  • Precision Machine Tools: It is applied to small and medium-sized CNC milling machines, lathes and other precision machining equipment. It controls the feed axis and spindle movement of the machine tools, ensuring the accuracy of workpiece cutting and machining dimensions, and improving the qualification rate of precision parts.
  • Textile and Printing Equipment: It is installed on textile machines such as spinning frames and looms, as well as printing machines for packaging materials. It precisely controls the speed of the equipment’s transmission mechanism and the movement of the processing components, ensuring the uniformity of textile textures and the clarity of printed patterns.
  • Automated Packaging Lines: It is used in automatic filling machines, sealing machines and labeling machines on food and daily chemical product packaging lines. It coordinates the synchronous operation of various components of the packaging equipment, ensuring the efficiency and consistency of the packaging process and meeting the large-scale production needs of enterprises.
  • Industrial Robotics: It is used to control the joint movement of small and medium-sized industrial robots. It relies on its precise position feedback and motion control capabilities to realize high-precision trajectory tracking of robot arms, which is applicable to scenarios such as electronic component assembly and small part handling.
  • Light Industrial Automation Equipment: It is deployed in small and medium-sized automated equipment in the light industry, such as plastic molding machines and electronic component processing equipment. It drives the motion of the equipment’s execution components, ensures the stability of the production process, and helps enterprises improve production efficiency and product quality stability.