What are the shock absorbers?

Smoke shock absorbers are a type of building material used to prevent smoke from spreading throughout the structure during a fire. Suppliers install these shock absorbers in HVAC pipes to block the flow of smoke during heating, ventilation or air conditioning systems. Smoke shock absorbers represent a critical part of the safety system of life in the building. Many building regulations require these shock absorbers to help save lives and reduce injuries during a fire. Some owners of buildings or homeowners can also use smoke shocks on a voluntary basis to improve safety for residents and residents.

The smoke silencer fits firmly into the HVAC channel and is designed to allow the air to flow freely under normal conditions. When smoke is present, the smoke detectors send the signal to the controller in the silencer, causing it to turn off the airflow through the pipeline. Some systems may also include manual shock absorbers that can be opened or closed using the switch on the outside of each pipe. Others allowHowever, the operators press a single central button of the SVOZE emergency but all the shock absorbers at the same time.

different types of smoke shock absorbers use different operational mechanisms to stop the flow of smoke and air. Smoke shock absorbers have a metal gate or doors that fall down to seal the pipe. The bulkhead units have ventilation holes or partitions that close the pipes as needed. The rotary units include a central plate that runs perpendicular to the pipe under standard conditions, but turns to completely close the pipe during the fire.

One of the primary advantages associated with smoke shock absorbers is their ability to save lives during a fire. By slowing or stopping smoke spread, passengers give more time to abandon the building and at the same time reduce the smoke exposure. By limiting smoke exposure, the shock absorbers help minimize smoke -related injuries and keep people conscious and alert.

Suppliers and buildings of buildings should choose the smoke dams carefully ensure that they work as intended. All shock absorbers should be selected on the basis of local construction code requirements in the area. Each shock absorber is evaluated to withstand the determined maximum temperature, which is based on the material and the structure of the shock absorber. Smoke shock absorbers are also evaluated to a specific air leakage rate, which measures how much smoke is likely to pass after activation. For maximum protection, buyers should choose a shock absorber with the lowest possible air leakage rate.