Shaanxi Qindiyuan Environmental Protection Equipment Co., Ltd.
                                                                                                           
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FANUC A06B-6093-H111 Servo Amplifier Unit with 3.2 A Nominal Output Current and FSSB Optical Fiber Interface

Price Negotiable
Price: 105$
MOQ: 1
Delivery Time: 3-5 days
Brand: FANUC
Product Description
FANUC A06B-6093-H111 SERVO AMPLIFIER UNIT
Technical Profile
The FANUC A06B-6093-H111 is a high-performance servo amplifier unit designed for precision industrial applications.
  • Model Designation: SVU 1-12
  • Communication Interface: FSSB (FANUC Servo Serial Bus) high-speed optical fiber interface. It handles real-time position, current, and velocity data with high noise immunity.
  • Input Voltage Ratings:
    • 3-Phase: 200–240 V AC (3.2 A rated current)
    • 1-Phase: 220–240 V AC (5.1 A rated current)
  • Nominal Output Current: 3.2 A
  • Main Circuit DC Link: Converts incoming AC power to a standard 283–325 V DC input link to regulate torque and motor speed.
Structural Layout & Indicators
The unit features key interfaces accessible from the front panel for easy monitoring and maintenance.
  • 7-Segment LED Status Display: Located on the front face, this displays normal operational states (such as a "0" for ready) or numeric/letter fault codes during an error state.
  • FSSB Optical Ports: Two optical sockets (COP10A and COP10B) link the unit directly to the CNC master controller or chain it to neighboring servo amplifiers.
  • Power/Motor Sockets: Bottom and top terminal clusters isolate high-voltage AC mains input, internal DC links, and the U/V/W phase outputs going to the servo motor.
Common 7-Segment Alarm & Fault Diagnostics
If your CNC system interrupts production with an axis error, check the single-character display directly on the A06B-6093-H111 unit.
LED Code Underlying Failure Root Cause & Initial Troubleshooting
1 Internal Cooling Fan Failure The internal cabinet cooling fan has dropped in RPM or stopped. Check for dirt or physical blocks, or swap out the modular fan assembly.
2 Inverter Overvoltage (HV) The internal DC Link voltage surged above safe thresholds. Often caused by rapid axis deceleration combined with a failing regenerative discharge resistor.
5 Inverter Undervoltage (LV) Main circuit DC voltage dropped too low. Check the main incoming breaker or look for external input power fluctuations.
8 Overcurrent Alarm An excessive current burst flowed into the main drive circuitry. Isolate the motor lines from the unit; if the code clears, check the motor windings for grounds.
E System memory error The amplifier failed its internal RAM read/write diagnostic checks during power-on initialization. Requires power cycling or control board replacement.

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Company Shaanxi Qindiyuan Environmental Protection Equipment Co., Ltd.
Location F1-803, Guorun Silu Jin Rong Zhongxin, Qindu District, Xianyang City, Shaanxi Province
Contact Person Leon Lee

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