GE FANUC A860-0392-T013

Product Description

The GE FANUC A860-0392-T013 is a magnetic built-in sensor with a ring, used in FANUC spindle detection systems. It belongs to the A860-0392 family and is identified as a 512-tooth BZ sensor.

Designed for CNC equipment, this component helps detect rotational position and provide feedback for spindle-related control functions. Its sensing arrangement supports applications that require accurate rotational information and stable machine operation.

Functional Characteristics

The A860-0392-T013 offers several important characteristics:

• 512-tooth sensing configuration for high-resolution detection.

• Magnetic sensing structure for spindle feedback applications.

• Integrated sensor and ring arrangement.

• Designed for compatible FANUC spindle systems.

• Supports position monitoring in automated machining processes.

Product Construction and Operating Parameters

The assembly consists of a magnetic sensing element and a corresponding ring. During operation, the sensor detects magnetic variations associated with rotation and generates position-related feedback signals for the compatible control system.

Key technical information includes:

• Manufacturer: GE FANUC

• Model Number: A860-0392-T013

• Sensor Category: BZ Sensor

• Tooth Configuration: 512 teeth

• Maximum Rotational Speed: 10,000 RPM

• System Application: CNC spindle detection

Typical Industrial Applications

This sensor is intended for industrial equipment where spindle position detection is required. Typical application environments include:

1. CNC lathes and turning centers.

2. Precision machining equipment.

3. Automated manufacturing lines.

4. Industrial spindle assemblies.

5. Machine tool control systems.

Maintenance Recommendations

For dependable operation, technicians should periodically check the sensor mounting, ring alignment, cable condition, and electrical connections. Any signs of mechanical damage or unstable feedback should be investigated.

When replacing the component, confirm the complete model number and the corresponding spindle configuration. Proper installation helps maintain reliable sensing performance and reduces unnecessary equipment interruptions.