Fanuc αi Servo Amplifier 400VAC-input A06B-6124-H109

JJAutomationSKU: A06B-6124-H109
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Description

🔧

🔧 FANUC A06B-6124-H109 – Alpha i Servo Amplifier Module (Single-Axis / Ultra High Power / Specialized Application)

FANUC A06B-6124-H109 Servo Amplifier


🧠 Model Description

A06B-6124-H109 is a FANUC Alpha i (αi) single-axis servo amplifier module from the 6124 series, designed for ultra high-power or specialized applications. This module is used for single axes that require extremely high torque or current, typically in heavy-duty CNC or industrial automation equipment.


⚙️ Key Technical Details

  • Type: AC Servo Amplifier
  • Series: Alpha i (αi) – 6124 series
  • Variant: H-type (full-size module)
  • Axes: 1-axis
  • Current Rating: Ultra High (~50–80A typical, depending on motor and configuration)
  • Communication: FSSB (Fiber optic servo bus) compatible

⚙️ What “H109” Means

  • H = Standard full-size amplifier
  • 1 = Single-axis module
  • 09 = Ultra high-power or special application variant in the 6124 series

👉 Simple explanation: H109 = single-axis, ultra high-power specialized module


⚙️ What It Does

  • Drives one ultra-high-power servo motor
  • Controls:
    • Position
    • Speed
    • Torque
  • Interfaces with CNC via FSSB
  • Designed for extreme-duty axes such as:
    • Large rotary tables
    • High-inertia main feed axes
    • Specialized industrial automation axes

🏭 Applications

  • Heavy-duty CNC machine axes
  • High-inertia or large rotary axes
  • Specialized automation applications requiring maximum torque and precise control

🔍 Key Features

  • ✔ Single-axis, ultra high-power module
  • ✔ Standard H-type design
  • ✔ Compatible with αi servo motors
  • ✔ Handles extremely high currents
  • ✔ Supports FSSB communication
  • ✔ Designed for specialized or heavy-duty axes

🧠 Simple Explanation

👉 A06B-6124-H109 is a top-end, ultra high-power FANUC single-axis servo amplifier, built for extreme-duty or specialized applications requiring maximum current and torque beyond standard H102–H106 modules.

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