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FANUC A06B-6110-H055 αiSV12/12/12 3-Axis Servo Amplifier
  • Warehouse: Spot
  • Warranty: 365 days
  • Quality: Original module
  • Condition: New
  • Shipping method: Courier delivery

  • Contact person: LI MING
  • Contact number: +86 18059884790
  • WeChat:18059884790
  • E-mail: plc66@qq.com

Product Description

FANUC A06B-6110-H055 αiSV12/12/12 3-Axis Servo Amplifier

1. Product Description

A06B-6110-H055 is a 3-axis integrated servo amplifier of FANUC αi series, model designation αiSV 12/12/12, original made in Japan. It is compatible with legacy FANUC CNC systems including 0iA, 0iB, 16i, 18i and 21i-B series.

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Model code breakdown: - A06B: General prefix for FANUC servo drive modules - 6110: Series code for αi triple-axis servo amplifier unit - H055: Hardware specification code representing 12A rated output per axis

This all-in-one triple-axis unit drives X/Y/Z three feed axes simultaneously in one compact module. It communicates with CNC main unit via FSSB optical fiber bus and relies on matched PSM power supply modules (A06B-6079 series) to supply DC bus voltage ranging from 283V to 330V.

Core Electrical Specifications: 1. Continuous rated current per axis: 12A; peak current 36A (max 3 seconds) 2. Encoder compatibility: 17bit / 22bit αi serial encoders 3. Communication: Dual-channel FSSB fiber bus, supporting ring topology multi-drive expansion 4. Control algorithm: HRV3+ high-response vector control, built-in vibration suppression and AI contour control 5. Input power standard: 3-phase 200V AC (converted to DC bus by PSM power unit) 6. Operating temperature: 0℃ ~ 55℃, forced air cooling via cabinet fan

2. Core Product Functions

  • Independent 3-Axis Servo Motion Control Single module integrates three independent power drive circuits for X/Y/Z feed axes, with separate closed-loop control of current loop, speed loop and position loop, reducing cabinet wiring and installation footprint.
  • FSSB High-Speed Optical Servo Bus Optical fiber transmission eliminates EMI interference from inverters and contactors, ensures high multi-axis synchronization and supports ring network cascading for 4th/5th axis expansion.
  • HRV3+ High-Precision Machining Control High-bandwidth current loop suppresses corner overshoot during high-speed cutting, eliminates machine resonance with adaptive vibration suppression algorithm for mold and precision machining.
  • Full Hardware Self-Diagnosis & Protection Real-time monitoring of output overcurrent, DC bus overvoltage/undervoltage, heatsink overtemperature, encoder disconnection and motor overload. The drive cuts off power instantly and sends alarm codes to CNC once faults are detected.
  • Wide Compatibility with αi Servo Motors Matches 0.5kW ~ 4kW αiS / αiF feed servo motors, supporting both absolute and incremental encoder feedback modes.
  • Nano Interpolation for Ultra-Fine Machining Cooperates with CNC system to realize nanometer-level interpolation and smooth tiny line segments, ideal for optical parts and precision die machining equipment.
  • Modular Rack Mount Design Standard pluggable industrial rack structure, enabling quick replacement after power-off to minimize equipment downtime during maintenance.
  • Multi-Layer Electrical Safety Protection Independent short-circuit cut-off, overcurrent current limiting and soft-start DC bus buffer for each axis, preventing impact damage to power modules and machine mechanical structures.

3. Typical Application Scenarios

  • Vertical Machining Centers (VMC) X/Y/Z feed axis drive for 3-axis milling machines, standard servo unit for 0i-MB and 18i-B CNC systems.
  • CNC Lathes & Turn-Mill Composite Machines 3-axis control for X/Z feed axes plus turret C-axis.
  • Precision Mold Engraving & Graphite Milling Machines High-speed high-precision cutting applications, HRV3 algorithm eliminates machining vibration marks.
  • Semiconductor Packaging Equipment & Custom CNC Automation Stages Multi-axis precision positioning table driving.
  • Retrofit Spare Parts for Legacy FANUC Machine Tools Original replacement component for αi series equipment manufactured from 2004 to 2009.

4. Common Faults & Troubleshooting Solutions

4.1 ALM430 Servo Overheat Alarm

Causes: Damaged drive cooling fan, cutting dust clogging heatsink, cabinet ambient temperature exceeding 55℃, aging power transistors generating excess heat. Solutions: Clean dust on radiator, replace faulty cooling fan; check cabinet cooling system; test drive temperature under no-load condition; repair power board if abnormal temperature rise occurs.

4.2 ALM414 / ALM417 Encoder Disconnection / Feedback Abnormality

Causes: Worn servo encoder cable with broken wires, oxidized connector pins, defective encoder unit, damaged feedback interface chip on drive. Solutions: Replace shielded servo feedback cable; clean oxidized connector terminals; test single axis separately to distinguish motor or drive circuit failure.

4.3 ALM431 DC Bus Overvoltage / Undervoltage Alarm

Causes: Faulty matched PSM power supply module, unbalanced 3-phase input voltage, disconnected regenerative braking resistor, severe grid voltage fluctuation. Solutions: Measure DC bus output voltage of PSM unit; inspect wiring continuity of braking resistor; test 3-phase industrial input power supply.

4.4 ALM432 Output Overcurrent Alarm

Causes: Short circuit between phases of servo motor power cable, insulation breakdown of motor winding to ground, broken IGBT power transistors inside drive, mechanical jamming causing overload. Solutions: Disconnect motor power cable and test drive under no-load; measure motor winding insulation with megohmmeter; check mechanical jamming of lead screw and guide rail.

4.5 FSSB Communication Error ALM5136, CNC Fails to Detect Servo Drive

Causes: Dirty optical fiber transceiver end, bent or broken FSSB fiber, damaged FSSB communication board on drive, incorrect servo axis parameter configuration in CNC system. Solutions: Clean optical fiber end face; replace FSSB fiber cable; verify servo axis parameter settings; swap fiber channels to identify faulty drive communication board.

4.6 Single Axis Vibration & Obvious Vibration Marks on Workpieces

Causes: Mismatched servo gain parameters, disabled HRV vibration suppression function, excessive mechanical backlash, offset current sampling circuit on drive board. Solutions: Execute auto motor tuning to optimize servo gain; activate HRV3 anti-vibration function; repair mechanical backlash of lead screw; replace or repair drive sampling circuit board.

5. Import & Supporting Document Information

1. Required documents: Certificate of Origin (COO), Factory Certificate of Conformity (COC) 2. SDS/MSDS safety data sheet for industrial electronic control board 3. Factory test report and calibration records 4. HS Code: 85437090 Servo Motor Controllers 5. Country of Origin: Japan; Gross Weight: Approx. 3.2kg 6. Lead Time: In stock 1~3 working days; Forward order 4~8 weeks 7. Matching spare parts: Cooling fan, FSSB optical fiber, servo power cable, encoder feedback cable


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