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York S1-024-25005-701 1/10HP Motor 3400RPM 208-230V

Special Price $578.63 Regular Price $642.28
In stock
SKU
S1-024-25005-701
The YORK S1-024-25005-701 1/10-HP Motor is ideal, especially for central station air conditioning and other HVAC-related services. This motor voltage is 208-230 VDC, and it has a horsepower of 1/10 HP. Its RPM is 3400 RPM, and it works on a single-phase power supply hence making it run in harmony with the standard 60 Hz power supply. The frame size of the motor is 3.3, and it is of clockwise lead end rotation, which makes it suitable for various types of mounting. Incorporated into small air conditioning systems, fans, and other HVAC-related equipment applications, this motor provides the necessary power for air circulation and cooling.
Manufacturer:
https://www.partshnc.com/media/catalog/product/S/1/S1-024-25005-701_york_partshnc.jpg

Specifications

  • Voltage: 208V- 230V
  • Horse Power: 1/10Hp
  • Phase: 1
  • Frequency: 60Hz
  • Speed: 3400RPM
  • Frame Size: 3.3
  • Rotation: CWLE
Manufacturer Name: York
Product Number: S1-024-25005-701
OEM Part Number: S1-024-25005-701
Product Description: 1/10Hp 208-230V 3400Rpm Motor
Weight:5.26lbs/2385.89g

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Customer Questions
What maintenance is required for the York S1-024-25005-701 Motor?

Inspect and clean the motor regularly to prevent dust buildup and overheating. Check electrical connections and tighten loose terminals to ensure stable operation. Proper maintenance improves efficiency and reduces breakdown risk while ensuring better operation.

What are common issues with the York S1-024-25005-701 Motor?

  • Overheating during continuous operation.
  • Excessive vibration or noise from worn bearings.
  • Electrical failure due to wiring or voltage fluctuation.
  • Reduced speed performance under load.
  • Motor winding burnout or insulation failure.

Installation Steps

Step 1: Turn off power and verify zero voltage.

Step 2: Remove old motor and note wiring connections.

Step 3: Mount new motor securely on bracket and align shaft.

Step 4: Reconnect wiring per diagram, ensuring tight, correct polarity.

Step 5: Restore power and test rotation and speed.