| Features / Parameters | Specifications |
|---|---|
| Brand & Model | Walton WM9HSSSW55M |
| Motor Type | Single Phase Induction Motor (2-Pole Hi-Speed) |
| Application | High-Speed Single Speed Fan Drive Unit |
| Output Power | 55 Watts |
| Rated Voltage & Frequency | 220V AC, 50 Hz |
| Synchronous Speed | 3000 RPM (High-Speed) |
| Direction of Rotation | Clockwise (C.W. viewed from front side) |
| Insulation Class | Class F (High Thermal Tolerance) |
| Winding & Stator Material | Class F Super Enameled Wire & High-Grade Silicon Steel Stator |
| Bearing Type | High-Quality Precision Bush Bearing |
| Rated Capacitor | 1.8 µF / 450V |
| Duty Cycle | Continuous (Cont.) |
| Dielectric Test Rating | 1500V / 1 min or 1800V / 1 sec |
| Operating Ambient Temperature | -5°C to 65°C |
Why Should You Order & FAQ
Operating a high-speed fan at 3000 RPM subjects internal motor components to intense thermal and mechanical stress. Inferior aftermarket replacement motors frequently rely on cheap copper-clad aluminum (CCA) windings, low-grade iron cores, and loose-fitting bushings. Under continuous high-speed rotation, these low-quality components overheat rapidly, draw excessive current, vibrate loudly, and often burn out within a few months of summer use. The Walton WM9HSSSW55M Hi-Speed Fan Motor eliminates these reliability concerns. Built with genuine Class F super enameled copper wire and stacked with low-loss silicon steel, it maintains low current draw while providing maximum torque at 3000 RPM. Supported by precision-engineered bush bearings and backed by exhaustive multi-stage quality testing (including noise, vibration, life cycle, and dielectric insulation tests), choosing genuine Walton motors ensures smooth, whisper-quiet operation and years of uninterrupted cooling.
Frequently Asked Questions (FAQ):
What type of fan is the Walton WM9HSSSW55M motor designed for?
The WM9HSSSW55M is specifically engineered as a replacement drive motor for high-speed, single-speed table fans, wall fans, or exhaust assemblies requiring a 55W, 2-pole, 3000 RPM clockwise (C.W.) motor.
What capacitor size is required for this motor?
The motor requires a 1.8 µF / 450V AC motor run capacitor to ensure optimal starting torque, correct phase rotation, and sustained 3000 RPM operating speed.
Why is Class F insulation wire important for a 3000 RPM high-speed motor?
At higher rotation speeds (3000 RPM), internal motor temperatures rise faster than in standard 1500 RPM motors. Class F insulation provides exceptional thermal protection, preventing short circuits and wire insulation breakdown over extended periods of continuous use.
What safety tests are performed on this motor at the factory?
Walton subjects every motor to rigorous factory quality control, including Performance Testing, Life Cycle Testing, Dielectric Strength Testing (1500V/1min or 1800V/1sec), Insulation Resistance Testing, Noise Output Analysis, and Vibration Checks.





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