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Ge Fanuc A06B-0143-B177
1. Overview
The GE Fanuc A06B-0143-B177 is a widely used standard servo motor in the Fanuc product series, extensively applied in industrial robots and high-precision automation equipment. Belonging to the A06B product line, this model features exceptional rigidity and high-precision motion control capabilities, making it a core component for demanding industrial motion applications. As an original Fanuc servo motor, it is engineered to meet the strict operational standards of automated manufacturing and robotic systems, delivering stable performance in continuous high-intensity working environments.
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2. Core Specifications
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Parameter
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Value
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Description
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|---|---|---|
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Output Power
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1.4 kW (1.9 HP)
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Ideal for small to medium-power industrial applications
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Rated Torque
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6.5 Nm
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Suitable for medium-load robot joint driving
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Speed
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3000 RPM (12,000 deg/s)
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High-speed operation, meeting fast-response control requirements
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Rated Current
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12 A (RMS)
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Compatible with standard industrial control systems
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Operating Voltage
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200-240 VAC
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Conforms to common industrial power supply standards
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Weight
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Approx. 50-60 lbs (23-27 kg)
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High structural rigidity for stable operation
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Encoder
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High-precision optical encoder (standard)
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Superior position feedback accuracy, perfect for robotic applications
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3. Product Features
High Performance & Reliability: As a dedicated servo motor for Fanuc robots, it boasts superior motion control performance and inherits the high reliability of original Fanuc robot motors. It is built to withstand long-term continuous operation in harsh industrial settings, with minimal failure rates and consistent output stability.
Strong Versatility: Although designed specifically for robotic applications, its compact structure and moderate power rating make it highly versatile. It is commonly used for robot retrofitting projects and as a replacement for standard servo motors in non-robotic automation systems, delivering reliable performance across diverse application scenarios.
Excellent Compatibility: It achieves seamless compatibility with Fanuc robot controllers (including R-30iB, R-30iA series) and other PLC systems supporting Fanuc communication protocols. This plug-and-play compatibility simplifies system integration, reduces debugging time, and ensures smooth coordination with supporting control equipment.
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5. Typical Application Areas
- Industrial Robots: Primarily used for joint driving of Fanuc robots, especially the R-30iB series robots, supporting precise and flexible robotic movements.
- Automated Production Lines: Applied to actuators, conveyor lines, and other automation equipment requiring precise positioning, enhancing the accuracy and efficiency of production line operations.
- Robotic Arms: Integrated into robotic arm systems for assembly, handling, spraying, and other industrial tasks, ensuring stable and accurate execution of operational actions.
- Retrofit & Upgrade: Widely used in retrofitting non-Fanuc brand robots to upgrade motion performance, improving positioning accuracy, response speed and overall operational efficiency of old equipment.
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6. Installation & Maintenance Recommendations
Installation Precautions
- Fixing Method: Use professional tools to tighten mounting bolts securely during installation. This prevents resonance or loosening caused by high-load operation, which could compromise motor performance and cause mechanical damage.
- Electrical Connection: Verify the correct phase sequence before wiring; reversed phase sequence will directly lead to motor damage and abnormal operation. Double-check all electrical connections to ensure firmness and correctness.
- Shaft Alignment: Ensure strict coaxial alignment between the motor shaft and the load shaft. Misalignment will generate additional mechanical load, causing increased wear, noise and reduced motor service life.
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Maintenance & Upkeep
- Regular Inspection: Routinely check for motor overheating, shell deformation or abnormal noise during operation. These are common warning signs of bearing wear, excessive load or internal faults, requiring timely troubleshooting.
- Protection & Cleaning: Keep the motor surface clean and free of dust, oil and debris. Prevent contaminants from entering ventilation vents, as this will impede heat dissipation and lead to overheating failures.
- Fastener Check: Regularly inspect the tightness of all mounting screws and connectors. Vibration during long-term operation may cause loosening, which needs to be retightened promptly to ensure stable installation.
- Load Monitoring: Monitor motor current and speed in real time during operation, ensuring all operating parameters stay within rated ranges. Overload operation will accelerate component wear and trigger motor protection faults.
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