A06B-6089-H500
May 22, 2026

A06B-6089-H500

A06B-6089-H500 is an external regenerative discharge resistor designed for FANUC Alpha SVU servo amplifiers. It absorbs surplus regenerative energy generated during motor deceleration and braking processes. This accessory effectively prevents DC bus overvoltage faults when the built-in regenerative capacity of servo drives cannot meet working demands.

Description

  1. Model Number
    A06B-6089-H500
  2. Brand
    FANUC
  3. Product Category
    Servo system accessory, external regenerative discharge resistor unit
  4. Alternative Names
    Regenerative resistor, discharge resistor unit, braking resistor
  5. Basic Information
    Manufactured by FANUC, produced in Japan. It adopts metal housing with vertical installation structure and five-pin wiring terminals equipped with normally closed thermal overload contacts. The overall dimension is 380×90×110 millimeters and the total weight is approximately 3 kilograms.
  6. Function & Positioning
    It absorbs regenerative electric energy generated during motor deceleration and braking, and converts redundant energy into heat consumption. This part serves as an extended auxiliary component matching Alpha SVU servo amplifiers, effectively avoiding DC bus overvoltage alarms when built-in regenerative capacity cannot meet heavy working requirements.
  7. Core Performance Parameters
    Resistance value is 16 ohms. Continuous rated power reaches 400 watts. Applicable DC bus working voltage ranges from 282 volts direct current to 325 volts direct current. Built-in thermal overload switch provides overheat protection. It adopts five-terminal wiring design for stable signal and power connection.
  8. Compatible Accessories
    Matches A06B-6089 series single-axis servo amplifiers including H104, H105 and H106 models. Compatible with Alpha SVU1 and SVUC1 series servo drive units.
  9. Application Fields
    Applied to CNC machining centers, heavy-duty lathes and gantry machine tools. Suitable for automated production lines and robot servo motion systems with large inertia load, frequent start-stop and high-speed braking working conditions.


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