| Features / Parameters | Specifications |
|---|---|
| Brand & Model | Walton WM16NFW50M |
| Motor Type | Single Phase Induction Motor (4-Pole) |
| Application | Net Fan Replacement / Drive Motor |
| Output Power | 50 Watts |
| Rated Voltage & Frequency | 220V AC, 50 Hz |
| Synchronous Speed | 1500 RPM |
| Direction of Rotation | Clockwise (C.W. viewed from front side) |
| Insulation Class | Class F (High Thermal Rating) |
| Winding & Stator Material | Class F Super Enameled Wire & High-Grade Silicon Steel Stator |
| Bearing Type | High-Quality Precision Bush Bearing |
| Rated Capacitor | 1.5 µF / 450V |
| Duty Cycle | Continuous (Cont.) |
| Dielectric Test Rating | 1500V / 1 min or 1800V / 1 sec |
| Operating Ambient Temperature | -5°C to 75°C |
Why Should You Order & FAQ
When a net fan motor begins to fail, it often manifests as irritating hums, overheating, sluggish blade speeds, or total motor burnout. Cheap, unbranded replacement motors frequently cut costs by using low-grade copper-clad aluminum (CCA) wire, low-grade iron cores, and loose-tolerance bushings. These inferior components generate excessive internal heat, draw unnecessarily high power, vibrate violently, and fail quickly under continuous operation. The Walton WM16NFW50M Net Fan Motor sets the benchmark for quality and engineering precision. Wound with genuine Class F super enameled copper wire and stacked with high-grade silicon steel, it maintains low current draw while yielding maximum electromagnetic torque. Equipped with vibration-dampened precision bush bearings and backed by stringent multi-stage factory quality control (including noise, life, and dielectric safety testing), replacing your worn fan motor with the Walton WM16NFW50M ensures silent operation, maximum energy savings, and years of trouble-free cooling.
Frequently Asked Questions (FAQ):
What type of fan is the Walton WM16NFW50M motor designed for?
The WM16NFW50M is specifically engineered as a replacement drive motor for 16-inch net fans and compatible tabletop/stand fan assemblies requiring a 50W, 4-pole, 1500 RPM clockwise (C.W.) motor.
What capacitor specification should be used with this motor?
The motor requires a 1.5 µF / 450V AC motor run capacitor to ensure optimal starting torque, smooth rotation, and correct phase angle operation.
Why is Class F insulation wire important for a fan motor?
Class F insulation allows the motor windings to handle high internal operating temperatures without insulation breakdown or short-circuiting, granting the motor high durability and a significantly extended operational lifespan.
What quality control tests does this motor undergo before leaving the factory?
Walton performs rigorous quality checks on every motor batch, including Performance Testing, Life Testing, Dielectric Strength Testing (1500V/1min or 1800V/1sec), Insulation Resistance Testing, Acoustic Noise Testing, and Vibration Analysis.








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