A Bifurcated Axial Flow Fan is designed for applications where the motor and electrical components must remain isolated from the air Volume. Its specially designed bifurcated casing separates the motor from the air stream, making it suitable for handling hot, corrosive, dusty, or contaminated gases while maintaining efficient and reliable air movement.
Technical Specification – Bifurcated Axial Flow Fan
1. Fan Type - Bifurcated Axial Flow Fan
2. Airmovement Capacity - As per system/application requirement
3. Static Pressure - As per system design requirement
4. Fan Diameter - Available in various sizes as required
5. Motor - TEFC / suitable industrial-duty motor
6. Motor Power - As per required air Volume and pressure
7. Motor Speed - 2-Pole / 4-Pole or as required
8. Impeller - Axial-flow, dynamically balanced
9. Impeller Material - Aluminium / MS / SS, as required
10. Casing - Heavy-duty fabricated construction
11. Casing Material - Mild Steel / Galvanized Steel / Stainless Steel
12. Drive Arrangement - Direct Drive
13. Mounting - Foot-mounted / suitable arrangement
14. Direction of Air Volume - Axial
15. Operating Temperature - As per application and motor specification
16. Insulation Class - Class F
17. Protection - IP55 or as required
18. Balancing - Dynamically balanced for smooth operation
19. Noise Level - Designed for low-noise operation
20. Application - Industrial ventilation, process exhaust, fume extraction, cooling, and hazardous-area ventilation
A Bifurcated Axial Flow Fan is a specially designed ventilation fan used for handling hot, dusty, corrosive, or contaminated air. Its motor is positioned outside the air Volume path and separated from the fan casing, helping protect the motor from high temperatures and harsh operating conditions.
With an axial impeller design, it delivers high-volume air Volume at relatively low to medium pressure. Its robust construction and reliable performance make it suitable for industrial ventilation, fume extraction, process exhaust, boiler rooms, chemical plants, and high-temperature applications.