What is the air chamber?
The air chamber is a space filled with air, usually acting as a pillow or impact absorber for a closed system. The chamber can be designed directly to the system or added later to solve the problem. A common example of the system, including the air chamber, is a hydraulic system, such as a system used for hydraulic doors and brake systems. In both cases, the air chambers play an important role, although free -floating air in the system is not desirable. If the Air Chamber was not present, the system could be noisy or could be endangered by a burst of pressure. In a simple example, the installation of a household can develop a phenomenon known as a "water hammer" when the pressure suddenly changes, as when people turn on and off. This creates a loud sound of knocking that many people consider unpleasant. The Air Chamber will allow expansion and compression in a system without loud sounds, causing the plumbing information quieter.
In the hydraulic system, air chambers allow pressure changes to allow the system to function. Too much pressure can cause disproportionate resistance, which makes it difficult for a person to use the system, as anyone who has been driving in a car with very stiff hydraulic brakes. Insufficient pressure will be less functional; For example, hydraulic doors may not remain closed if there was no pressure inside the system to keep them closed. The Air Chamber creates space for pressure fluctuations.
Air chambers may have an emergency valve that vent air if the pressure rises too high, allowing the system to turn the pressure before the explosion. This may be an important safety function, as pressure without pressure can become dangerous, even under normal operating conditions. Air can be accepted back to the intole air chamber as needed via the same valve. The Chamber also provides a method for bleeding air from the system, allowing it to rise to the chamber where it can be released.
POKUD needs to be replaced or installed by the air chamber, the system will have to be turned off to allow people to work on it. The fittings must be carefully installed to ensure that the system is still sealed. Once it is done, the system will be enabled and then will be turned on and tested. If problems develop, they are solved at the time of installation.