Circular/Round Type Fire Damper

Product Description

Round Fire Damper provided by us, is designed and manufactured by making use of premium grade raw materials and upgraded technology. This Circular Fire Damperis a vertical barrier with a spring-loaded construction and continuous fan operation. The fan's air pressure assists in activating the door's spring-loaded system, causing it to close fast and allowing the fan to continue to operate.  Circular Fire Damper is tested under various parameters to ensure its high quality and effectiveness. This is safe to use.This Damper is used in Round Duct. 

Frequently Asked Questions

Q: What exactly is a circular or round fire damper?

A: To stop fire and smoke from spreading via ductwork in buildings, circular or round type fire dampers are safety devices installed in HVAC (heating, ventilation, and air conditioning) systems. It is intended primarily for use in ducts that are circular or round.

Q: How does a circular or round fire damper function?

A: When circular or round type fire dampers detect smoke or high temperatures, they automatically close. They are often wired into a fire alarm system, and when the alarm goes off, the damper blades close to stop fire and smoke from entering the duct.

Q: What make up a round or round fire damper's primary parts?

A: The circular damper frame, circular blades or louvres, fusible connections, an actuator mechanism, and a control panel are the major parts of a circular or round type fire damper. At a particular temperature, the fusible connections are intended to melt, causing the damper to close.

Q: How do fusible links in a circular or round fire damper work?

A: Fusible links are heat-sensitive components that keep the damper blades open during typical operation. The linkages, however, melt at high temperatures, like they would in a fire, releasing the damper blades to open and close the duct.

Q: Are fire dampers of the circular/round variety code compliant?

A: Yes, circular or round type fire dampers are made to comply with local construction requirements as well as the fire safety standards and regulations imposed by regulatory organisations like the National Fire Safety Association (NFPA). These guidelines must be followed to guarantee that the dampers meet the necessary safety requirements.