Fanuc ai Servo Amplifier 200VAC-input A06B-6117-H210

JJAutomationSKU: A06B-6117-H210
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Description

đź”§ Model Overview

A06B‑6117‑H210 is a 2‑axis high‑power servo amplifier module from FANUC’s Alpha i (αi) servo drive series. It functions as a dual‑axis servo drive unit designed for precise motion control in CNC and industrial automation systems.


⚙️ Technical Description

👉 A06B‑6117‑H210 = 2 AXIS ALPHA i SERVO MODULE (Model AiSV‑80/160i)

  • Series: FANUC Alpha i (αi) Servo Amplifier
  • Model Class: 80/160i — one channel rated for 80 class, the other for 160 class servo motor loads
  • Type: AC Servo Amplifier / Drive Module
  • Axes: 2‑axis (dual channel)

This module receives motion commands from a FANUC CNC controller and supplies controlled power to two servo motors, managing position, speed, and torque for coordinated motion control.


🔩 Key Specifications

  • Rated Input Voltage: ~283–339 V AC (3‑phase)
  • Power Rating: ~12 kW
  • Max Output Voltage: ~240 V
  • Rated Output Currents:
    • L‑axis: ~19 A
    • M‑axis: ~39 A
  • Cooling: Forced‑air (fan cooled typical)
  • Compatible Encoder: Incremental (INC) feedback supported

These specs make it suitable for medium to heavy load servo applications where one axis may require significantly more power than the other.


🏭 Typical Applications

  • CNC machining centers (milling, turning)
  • Large multi‑axis CNC tooling
  • Robotics and automated manufacturing
  • Systems where one axis has a heavier load than the other

📌 Key Features

  • Dual‑axis high power drive — both channels handle substantial loads, with the M‑axis capable of higher power than the L‑axis.
  • High precision motion control for coordinated axes.
  • Tested under maximum rated load for quality and reliability.
  • Core exchange and repair options available in many supply channels.

đź§  Simple Explanation

👉 A06B‑6117‑H210 is a powerful dual‑axis servo amplifier that takes motion commands from a FANUC CNC controller and precisely drives two servo motors, one with high power (~80 class) and one with very high power (~160 class), enabling accurate control of heavy and varied axis loads.

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