York S1-025-47299-000 Harness

York S1-025-47299-000 Harness

  • $60.00


The York S1-025-47299-000 is a high-integrity HVAC wiring harness engineered for precise electrical communication between the system controller and the fan assembly. As the factory-authorized S1-025-30804-000 replacement, this component ensures seamless backwards compatibility with a wide range of York, Coleman, and Luxaire equipment. For the professional technician, this OEM fan motor cable is essential for resolving intermittent connectivity issues caused by thermal degradation or terminal oxidation in older Johnson Controls unit parts. The harness features heavy-duty insulation and standardized connectors that meet original equipment tolerances for voltage drop and amperage load, ensuring the motor operates within its designed performance curve. Utilizing this direct replacement fan motor harness eliminates the risks associated with manual splicing or using inferior universal leads. By restoring the original circuit integrity, you protect the control board from potential shorts and ensure reliable motor modulation during high-static operating conditions in residential or light commercial split systems.

Key Benefits

  • Standardized OEM connection points ensure a secure, vibration-resistant fit.
  • Direct interchange for legacy part number S1-025-30804-000.
  • High-temperature terminal housings prevent melting and circuit failure.
  • Plug-and-play configuration reduces labor time during motor replacements.

Common Questions

Is this harness compatible with all York fan motors?

While this is a common York S1-025-47299-000 lead, it is specifically designed to replace the S1-025-30804-000. Technicians should always verify the connector pinout and wire count against the unit's internal wiring schematic to ensure a match.

Are the connectors pre-treated for corrosion resistance?

These harnesses utilize standardized metallic terminals designed for low-resistance contact. It is recommended to ensure the mating pins on the motor side are clean and free of debris for optimal electrical flow.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.

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