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GE IC800VMA302-BB

Technical Specifications
  • Power Supply: It operates on a 220V AC three – phase voltage, with a frequency of 50/60Hz ± 5%. The permissible voltage fluctuation range is 170 VAC to 225 VAC.
  • Output Current: The output short – circuit current is 107 A (peak), and the three – phase operation current leakage is 0.13 mA.
  • Electronic Gear Ratio: The electronic gear ratio is n/m, where n ranges from 1 to 32767, and m ranges from 1 to 32767 (1/50 < n/m < 200).
  • Dimensions: The height is 245 mm, the width is 110 mm, and the length is 206 mm.
  • Operating Temperature: The operating temperature should be between 0 °C and 55 °C. For temperatures above 55 °C, forced cooling is required. The storage temperature range is – 22 °C to 65 °C, and condensation must be avoided.

Detailed content

Functional Characteristics
  • Control Modes: It supports position, speed, and torque control modes.
  • Communication Interface: It can be connected to any analog motion controller or pulse command interface.
  • Built – in Functions: It has a built – in dynamic brake, which is effective for various motion applications. It also has functions such as move – to – home, position teaching, user – definable acceleration/deceleration, and feed step control.
  • Stand – alone Positioning: It supports stand – alone single – axis position control and can store up to 8 motion positioning profiles.
  • Keypad and Display: It is equipped with a built – in touchpad and display, allowing easy access to system information and configuration parameters. It can also be configured via Versamotion software.
Application Scenarios
  • Industrial Automation: It is widely used in various manufacturing production lines, such as automotive manufacturing, electronics production, etc., for precise control of servo motor motion.
  • Robotics: It can be applied in robotic systems to ensure accurate movement and positioning of robotic arms.
  • CNC Machine Tools: In CNC machine tools, it can achieve high – precision machining operations by accurately controlling the speed and position of the spindle and feed axes.

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