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Air Compressors Direct

January 4th, 2012

Air Compressors Direct

Air Compressor Switch   by Max Kerr

Moreover, you need to know that the tank can vary in size and it gets very large. The tank generally comes in horizontal design with the capacity of about 2,000 gallons to 30,000 gallons or more. The requirements of the system can determine the size of the tank. The sensor will monitor the level of the water and pressure in the tank. The sensor is an automatic control which can operate the compressor.

Furthermore, you can find that there are openings at either end of the tank. One is the tank access opening and at the other end is the pressure gauge and the pressure switch. Also, you will find that there is a drain opening and the valves at the bottom of the tank which are opened and closed for allowing the regulated release of the water into the system. Additionally, the air compressor and the water level sensors are located at the top, along with the pressure relief valve.

Basically, if you need to add air to the pressure tank, there are two ways air that you can use including the air volume control systems or the air charging systems. You can add the tank when the water pump cycles. The more modern pumps are using the air volume control system that contains an air compressor, liquid level switch, and pressure switch.

In addition, the common usages for hydropneumatic tank are in the well water processes. You can also find it in sprinkler pumps and irrigation pumps. The drawdown is known as the term that used to describe the amount of water that a particular system uses during the water cycle. This amount of water or the drawdown should be known before the hydropneumatic water tank size can be selected. The tank can also have the linings or the bladders which separate the water from the inside of the metal tank.

An Electric Air Compressor is a popular choice both in homes and businesses. The most common type of compressor you will encounter is the reciprocating piston air compressor. This is powered by an electric motor which is activated when the unit is turned on. When the motor is engaged, the air compressor pump turns and compresses air which is then stored in a tank.

The motor on an electric air compressor is specifically designed for this use as it has a high torque capacity. This is required to allow the unit to pump at start up. The box that is located on top of the motor houses capacitors which assist the motor during the start up process. The capacitors continue to work the entire time the machine is running. If these capacitors fail, the motor will stop working properly and eventually will fail.

An electric air compressor also features a non return valve which allows air to flow in only one direction, into the tank. This stops the air from pressurizing back into the tank. This is of importance when the cycle begins again and whenever the electric motor cuts on. Thanks to this addition to the design of compressors, the motor’s initial start up is not hindered by back pressure. Many motors fail as a result of a faulty non return unit in a compressor as this places additional stress on the motor and capacitors when the unit is started up.

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