Kollmorgen CE03261 Compact High-Efficiency Servo Drive

Description

• • Feedback and Compatibility Parameters
    • Feedback Device Compatibility: It is compatible with common encoder feedback devices such as incremental encoders and sine encoders, which can real-time collect the position and speed information of the motor shaft to ensure the accuracy of motion control.
    • Motor Matching: It is mainly matched with Kollmorgen’s small and medium-power servo motors, and can also be compatible with other mainstream small servo motors in the industry through simple parameter debugging.
• Function Features
  • Wide Voltage Adaptation: It supports a wide input voltage range of 115VAC – 230VAC, which allows the servo drive to be directly put into use in different power supply environments without additional voltage conversion equipment, greatly enhancing its adaptability to various industrial sites.
  • Stable Motion Regulation: It can accurately control the speed, position and torque of the connected servo motor. It can maintain stable output during long-term continuous operation, avoid obvious fluctuations in motor operation, and ensure the consistency and stability of the processing or operation actions of the connected equipment.
  • Easy Installation and Maintenance: It adopts the standard industrial mounting rail design, which enables rapid integration into the control system during on-site construction. Its simple and clear wiring interface and structural design also reduce the difficulty of troubleshooting and component replacement during later use.
  • Cost-Effective and Reliable Performance: As a cost-effective product in Kollmorgen’s servo drive series, it maintains the brand’s consistent high-quality component selection and strict quality control. It provides stable performance while controlling the overall cost, which is very suitable for small and medium-sized enterprises to use in mass-produced small automation equipment.
• Application Scenarios
  • Small CNC Equipment: It is applied to small CNC lathes, engraving machines and other equipment. It controls the feed motion and spindle rotation of the equipment, ensuring the precision of small workpieces processing, such as the engraving of small hardware accessories and the turning of miniature parts.
  • Electronic Assembly Equipment: It is used in small electronic component assembly equipment, such as small circuit board plug-in machines and resistor welding machines. It controls the precise movement of the assembly head and welding head to ensure the accuracy of component installation and welding, meeting the assembly requirements of small electronic products.
  • Small Packaging Machinery: It is deployed in small automatic packaging equipment such as small bag tea packaging machines and pill packaging machines. It drives the filling, sealing and labeling mechanisms of the equipment to realize the automation and synchronization of the small-batch packaging process and improve the efficiency of small-volume product packaging.
  • Textile Auxiliary Equipment: It works in small textile auxiliary equipment such as yarn winding machines and thread sorting machines. It precisely adjusts the yarn winding speed and tension, avoiding yarn breakage or uneven winding, and ensuring the quality of textile semi-finished products.
  • Laboratory Automation Equipment: It is used in precision motion mechanisms of small laboratory automation equipment, such as sample transfer devices and small reagent filling equipment. Its stable and precise motion control ensures the accuracy and repeatability of experimental operations and improves the reliability of experimental results.