A06B-6089-H711
May 22, 2026

A06B-6089-H711

Model Number A06B-6089-H711 Brand FANUC Product Category Servo system accessory, external regenerative discharge resistor unit Alternative Names Regenerative resistor, braking resistor, power dissipation resistor

Description

  1. Model Number
    A06B-6089-H711
  2. Brand
    FANUC
  3. Product Category
    Servo system accessory, external regenerative discharge resistor unit
  4. Alternative Names
    Regenerative resistor, braking resistor, power dissipation resistor
  5. Basic Information
    Manufactured by FANUC and made in Japan. It is built with metal cabinet structure, equipped with built-in cooling fan and terminal block connection. The unit weighs around 8 to 10 kilograms. Adopting forced air cooling design, it provides higher power dissipation capacity.
  6. Function & Positioning
    It absorbs and consumes regenerative power generated while servo motors decelerate and brake. It effectively prevents DC bus overvoltage failures. This high-power external auxiliary component matches heavy-duty Alpha SVU servo amplifiers, applicable to harsh working conditions with large inertia load and frequent high-speed braking.
  7. Core Performance Parameters
    Continuous rated power reaches 800 watts. Working DC bus voltage ranges from 283 volts direct current to 339 volts direct current. Forced air cooling mode ensures stable heat dissipation. Thermal overload protection is integrated, and protection signals can be connected to machine alarm and emergency stop circuits.
  8. Compatible Accessories
    Compatible with A06B-6089-H106 single-axis servo amplifier. It fits Alpha SVU1-130 and SVUC1-130 high-power servo drive series. It also works with PSMR-5.5 and iPSR5.5 power supply modules.
  9. Application Fields
    Suitable for large CNC machining centers, heavy gantry machine tools and heavy-duty lathes. Widely used on industrial robot extended axes and heavy-load automatic production lines. Ideal for mechanical equipment with frequent start-stop movement and high inertia servo control demands.


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