Description
The Suzhou Wilco 200FZY2-D is a heavy-duty external rotor axial fan engineered for high-static pressure cooling applications. Designed with a 200mm impeller and a robust 65W single-phase motor, this unit provides critical thermal management for industrial machinery requiring sustained high-velocity airflow. The inclusion of an external starting capacitor ensures reliable torque generation and stable operation under variable load conditions, distinguishing it from lower-torque shaded pole alternatives.
TECHNICAL SPECIFICATIONS
Manufacturer: Suzhou Wilco
Model Number: 200FZY2-D
Component Type: AC Axial Cooling Fan
Motor Structure: External Rotor Induction Motor
Rated Voltage: 220V AC
Frequency: 50 Hz / 60 Hz
Input Power: 65 W
Rated Current: 0.30 A
Rotational Speed: 2600 RPM
Max Airflow: 12.5 m³/min (approx. 441 CFM)
Static Pressure: 180 Pa
Noise Level: 68 dB(A)
Capacitor: 1.5 µF / 500V (Included)
Impeller Diameter: Ø 200 mm
Frame Dimensions: 210 mm x 210 mm x 71 mm
Housing Material: Die-Cast Aluminum Alloy
Blade Material: Carbon Steel with Anti-Corrosion Finish
Bearing System: Dual Ball Bearing
Insulation Class: Class F (155°C)
Protection Rating: IP54
Operating Temperature Range: -20°C to +75°C
Life Expectancy: > 50,000 Hours
Mounting Configuration: 4-Hole Flange
Weight: 2.5 kg
INDUSTRIAL APPLICATION & COMPATIBILITY
This unit is specifically calibrated for the thermal regulation of electric welding machines, including MIG, TIG, and Plasma cutting power sources. The 65W high-power motor is essential for overcoming the high impedance airflow paths found in welding inverters equipped with dense heatsinks and dust filtration systems. Its die-cast aluminum frame provides structural rigidity and superior heat dissipation compared to plastic alternatives, ensuring durability in high-vibration workshop environments. Original Engineering specifications ensure precise fitment and Technical Compatibility with standard 220V industrial control circuits. Verify Lead Time and dimensional requirements to ensure minimal downtime during maintenance intervals.











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