What is the pipe shock absorber?
The pipe shock absorber is a device used in heating, ventilation and air conditioning (HVAC) pipes. These channels carry air from the furnace or air -conditioning units to various rooms in the building. The pipe shock absorber can help control the flow of this air or even prevent air from entering the designated areas. The air flow control can be used to check the temperature and humidity, reduce the flow of dangerous vapors or smoke, or simply provide homeowners with more control above levels and concepts of comfort.
These shock absorbers can have a number of different forms depending on the required function. The pipe shock absorber may contain a rotating flap mechanism that will rotate back and forth in the pipe to regulate the air flow. It may also contain a blind mechanism or a venting type that may slow or redirect the air stream, but is ineffective when completely blocking the airflow. Finally, the shock absorbers are designed to block the entire pipe so that the air cannot vsTop into a particular -coat.
There are two basic types of pipe shock absorbers and each is selected based on the application. The volumes of the air shock absorbers control the total air flow as part of the heating and cooling system. Once the thermostat is modified, the shock absorbers are automatically activated to increase or reduce the air flow. They can also be used to redirect conditional air from enclosed rooms, which prevents energy wasting and keeps accounts under control.
Fire shock absorbers or smoke are usually used only in the sections with a fire or on ceilings and floors that act as a fire break between two areas. They are designed to prevent smoke or flames from spreading through the building pipes. Many of them contain integral smoke detectors that activate the air shock absorber when smoke is present. Others have a melting element of the interconnection type that meltsto close the shock absorber as soon as the temperatures reach a certain level.
Most shock absorbers are ALSO is available with manual operation. They usually work using a handle or switch located on the outside of the pipe. Users must turn this handle to open or close the volume control and smoke control. Although this option is simple and affordable, it can be impractical in emergency situations where operators must activate the channel before the building is closed.
Mechanical engineers and builders choose pipe shock absorbers to fit into the surrounding pipes. The shock absorber must have the same shape as the pipe and can be round, square or rectangular. Each shock absorber must fit exactly in the pipeline to prevent air leakage and ensure that the shock absorber works as intended.