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GE IC800VMA202

Technical Specifications
  • Power Supply: Requires a three – phase voltage of 220V AC, 50/60Hz ± 5%. The permissible voltage fluctuation range is 170 VAC to 255 VAC.
  • Electronic Gear Ratio: n/m, where n: 1 ~ 32767, m: 1 ~ 32767 (1/50 < n/m < 200).
  • Cooling Method: Fan – cooled.
  • Dimensions: Height 245 mm, width 110 mm, length 206 mm. An additional 70 mm should be allowed for connected cables to prevent bending.
  • Operating Temperature: 0 to 55 °C. For operation above 55 °C, forced cooling is required.
  • Storage Temperature: – 20 °C to 65 °C.
  • Humidity: 0 to 90% non – condensing.

Detailed content

Functional Characteristics
  • Control Modes: Offers three control modes: position, velocity, and torque.
  • Stand – alone Positioning: Supports stand – alone positioning capability with up to 8 stored motion profiles.
  • Communication Interface: Has a Modbus slave serial port (RS – 485/RS – 422) for updating stored position set points from a host controller or reading/writing parameters from Machine Edition.
  • Built – in Keypad and Display: Allows for convenient access to configuration parameters and system information.
  • Electronic Gearing: User – definable electronic gear ratio for flexible speed and position control.
  • Dynamic Brake: Built – in dynamic brake for safe and efficient stopping of the motor.
  • Low – speed Stability: Exhibits low – speed stability with an error of less than 0.5% at 1 rpm.
  • Fast Response: The motor settling time is below 1ms, and it has a 10 msec acceleration time from running without load to ± 3000 rpm.
Application Scenarios
  • Industrial Automation: Widely used in various manufacturing production lines, such as automotive manufacturing, electronics production, etc., for precise control of motor motion.
  • Robotics: Can be used in robotic systems to ensure accurate movement and positioning of robotic arms.
  • CNC Machine Tools: Applied in CNC machine tools to achieve high – precision machining operations by accurately controlling the speed and position of the spindle and feed axes.

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