CNC Spindle Encoder GE A860-0372-T001 | Alpha 1000S Series
CNC Spindle Encoder GE A860-0372-T001 | Alpha 1000S Series
CNC Spindle Encoder GE A860-0372-T001 | Alpha 1000S Series
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CNC Spindle Encoder GE A860-0372-T001 | Alpha 1000S Series

  • Manufacturer: GE Fanuc

  • Part Number: 1000S A860-0372-T00

  • Condition:New with Original Package

  • Product Type: CNC Spindle Encoder

  • Country of Origin: USA

  • Payment:T/T, Western Union

  • Shipping port: Xiamen

  • Warranty: 12 months

Description / Product Overview

The GE A860-0372-T001 Pulse Coder delivers precise spindle-speed feedback for demanding CNC applications. Each unit offers stable position sensing, and it performs consistently even during long production shifts. Moreover, its rugged construction helps the encoder maintain accuracy in harsh environments where vibration and heat often affect performance. The 17-pin connector supports fast installation, and the compact form factor integrates easily with GE-based CNC systems.

Technical Specifications

Part Number: A860-0372-T001
Type: CNC spindle pulse coder / encoder
Pulse Resolution: 1,000,000 PPR
Rated Speed: 4000 rpm
Connector: 17-pin plug
Rotation Type: External spindle encoder
Compatibility: GE CNC and Alpha series systems
Weight: 1.79 lbs
Build Quality: Industrial-grade housing for vibration resistance

FAQ

Q1: Is the A860-0372-T001 compatible with older GE spindle drives?
Yes, most GE Alpha-series drives support this encoder, although checking system revision is recommended.

Q2: Does the 1,000,000 PPR resolution affect controller load?
No, most GE CNC controllers handle this resolution efficiently without additional processing requirements.

Q3: Can this encoder operate in high-temperature environments?
Yes, the housing and internal components are designed for industrial thermal conditions, but proper ventilation improves longevity.

Q4: Is calibration required after installation?
Typically no, although verifying alignment ensures optimal signal clarity.

Q5: What should I check if the spindle feedback signal becomes unstable?
Inspect cable connections, ensure proper grounding, and verify that vibration dampening hardware is secure.

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