HC-KFS43G1 400W 129V MITSUBISHI AC SERVO MOTOR Phase Three Phase

 MITSUBISHI AC SERVO MOTOR HC-KFS43G1 Phase Three Phase

HC-KFS43G1 Description

HC-KFS43G1 Features

1. 1.
   ​​Compact and Lightweight Design:​​ Features a small frame size and reduced weight, allowing for easy integration into space-constrained machinery and reducing the load on moving parts.
2. 2.
   ​​Medium-Capacity Output:​​ Offers a balanced output of 400W, providing sufficient torque for a variety of general-purpose automation tasks.
3. 3.
   ​​High-Resolution Encoder:​​ Equipped with a high-resolution incremental encoder (typically 20-bit, over 1 million pulses/rev), ensuring precise motor control and accurate positioning.
4. 4.
   ​​High Responsiveness:​​ Excellent acceleration/deceleration performance allows for quick response to command changes, improving the efficiency of short-stroke, high-cycle operations.
5. 5.
   ​​Smoother Operation:​​ Advanced electromagnetic design minimizes torque ripple, resulting in stable and smooth rotation even at low speeds.
6. 6.
   ​​High Reliability:​​ Built with high-quality materials and features a highly reliable brake (on the G1 model) and oil-resistant structure, ensuring long-term stable operation in demanding industrial environments.

HC-KFS43G1 Material & Applications

• •
  ​​Material:​​ The motor housing is typically made of aluminum alloy for effective heat dissipation. The shaft is precision-machined steel. Internal components include high-grade permanent magnets and Class B or F insulation systems.
• •
  ​​Primary Applications:​​ This servo motor is widely used in various industrial automation fields:
  • •
    ​​Semiconductor Manufacturing Equipment:​​ Wire bonders, die attach systems.
  • •
    ​​Electronic Component Insertion Machines:​​ PCB component placers.
  • •
    ​​Small Robotics:​​ Actuators for articulated arms and SCARA robots.
  • •
    ​​Automated Machinery:​​ Packaging equipment, labeling machines, and small conveyor drives.
  • •
    ​​Testing and Inspection Equipment:​​ Precision positioning stages.