Temperature Endurance:
FIRE-RATED AXIAL FLOW FAN are designed to operate in environments with temperatures as high as 250°C to 400°C
(Maximum operation upto 2 hours) depending on the applications. Common standards include the European standard (EN 12101-3)
Technical Specification - Fire Rated Axial Flow Fan
1. Fan Type - Fire Rated Axial Flow Fan
2. Airmovement Capacity - As per system design requirement
3. Static Pressure - As per application and system resistance
4. Operating Temperature - 250°C–400°C, depending on fan design
5. Fire-Rated Operation - Up to 2 hours, depending on application and certified configuration
6. Impeller - Aerodynamically designed axial impeller for high-volume air movement
7. Casing - Heavy-duty fabricated steel casing with protective coating
8. Motor - High-efficiency electric motor suitable for specified operating conditions
9. Impeller Material - Steel / aluminium, as per design and application
10. Drive Arrangement - Direct drive / belt drive, as required
11. Speed Control - VFD-compatible, where applicable
12. Direction of Air Movement - Unidirectional / reversible, depending on model
13. Noise Level - As per selected fan model and operating point
14. Mounting - Horizontal / vertical / duct-mounted, as required
15. Application - Smoke extraction, fire ventilation, car parks, industrial buildings, tunnels, and emergency ventilation systems
16. Standards - Designed according to applicable fire and smoke-control standards; EN 12101-3 may be applicable
Fire Rated Axial Flow Fan – Description
A Fire Rated Axial Flow Fan is a high-performance ventilation fan designed to efficiently remove smoke, heat, and contaminated air during fire emergencies. It is engineered to withstand high temperatures while maintaining reliable air movement for a specified duration.
These fans are commonly used in smoke extraction and fire safety ventilation systems in buildings, basements, parking areas, tunnels, industrial facilities, and commercial spaces. Their robust construction and reliable performance help support safe evacuation and effective smoke management during fire conditions.