Zorro Services - Air conditioning

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Checking Gas on Air conditioning Systems

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Refrigerant pressure can only be accurately checked whilst the Air conditioning unit is running. Either you can distinguish with a amp meter or by the use of refrigerant gauges, this type of act can or must be performed only by an authorized personnel. There is a number of reason to why a Air conditioning unit is not cooling or heating!.. If there is a lack of  refrigerant in any system it means that there is a leak somewhere!...    Ensure that the correct gauges are used on a particular system be it R22 or R410a. A technician's safety comes first! Checking the pressure on a R22 unit is straight forward and easier to get an accurate reading. On an inverter unit, it is more difficult, but possible to get a good idea of  the pressure in the system. Remember that the pressure in the system is affected by the ambient temperature. On a cold day a unit's pressure will look lower than if you checked on a hot day. +Zorro Services - Air conditioning Your solution on s
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Zorro Services - Air Conditioning

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@ZorroServices we are passionate at what we do. We offer the best quality services in town, We are a fast reliable #Airconditioner supplier, We supply all name brands (Samsung, Alliance, Dunham Bush, York, Jet-Air, etc. www.zorroservices.co.za   we also do Maintenance and Repairs Basically www.zorroservices.co.za  is the home of Air Conditioning systems.
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Refrigerants

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All refrigerants are liquefied by the removal of heat energy. However, the cryogenic refrigerants such as helium, hydrogen, nitrogen, and others, are referred to as permanent gasses.  There is a temperature above which a gas cannot be liquefied regardless of the amount of pressure that is applied. That temperature is called the critical temperature. For ordinary refrigerants the critical temperature are above 93.33  ℃, with the exception of carbon dioxide. By contrast, the critical temperatures  of the common cryogenic refrigerants are: nitrogen -147 ℃; hydrogen -236.8 ℃; and helium -268℃, within less than -12.2 C degrees of absolute zero. This means that each gas must be cooled below its critical temperature before it can be liquefied. The critical pressure is the pressure needed to liquefy the gas at the critical temperature. The refrigeration equipment necessary to keep these refrigerants at cryogenic temperatures is more complex than that needed for common refrigeran
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