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What exactly is Condenser?
Condensers are devices inside the air conditioner that is uses condensing to transform an element from gaseous into a liquid state in the process of cooling.
Condensers are a type of heat exchanging device that allows substances to condense. They lose heat, and then turn into liquids from their gaseous state.
In an Air Conditioner there is an ODU(outdoor unit) where refrigerant that has evaporated is pumped through and then is able to lose heat to the atmosphere and changes its form from liquid to vapour.
In steam power plants, vapour can will condense into liquid when it is condensed following expansion within the turbine.
The condenser is a crucial element for any refrigeration unit. In the typical refrigerant condenser the refrigerant comes into the condenser superheated. It is then de-superheated, before being condensed. This is done by transferring heat from another medium.
The refrigerant can leave the condenser in an uncooled or saturated liquid, based upon temperatures of the medium and the design of condenser.
Also Read: How Do Escalators Work
What's the Procedure?
It is the condenser unit the place where the heat is removed. The unit for consolidating (some times incorrectly called compressor) is located on the outside. Its initial function was the one of a warm exchanger. It collects a chemical (refrigerant) from its liquid state to its molten state.
At this point, the lost heat is released by the contents and will transfer to the coolant for the condenser. In the refrigeration cycle warmth pumps transfer warm from a lower temperature close source to a warmer sink.
Warm streams that flow the other way because of two laws of thermodynamics. The most well-known refrigeration cycles makes use of an electric engine that drives an air compressor (situated inside the unit consolidating).
Because dissipation occurs when warmth is stored, and building up occurs when heat is released in cooling and aeration systems, they are designed to use compressors to trigger weight fluctuations between two compartments and to effectively draw refrigerant across.
In the condenser the refrigerant vapor is compressed and constrained by a heat trade loop, bringing it into a fluid , and dispersing the heat that is already stored from the cold indoor area. The heat exchanger in the condenser is generally cool by a fan that blows outside air over it.
Also Read: Steam Condensers
How Do Condensers Work?
It is the condenser unit the place where the heat is eliminated. The unit for consolidating (some often incorrectly referred to as compressor) is located on the outside. Its initial function was the one of a warm exchanger, which collects a chemical (refrigerant) from its vaporous state to its molten state.
At this point, the inert heat is released to the content and transfer to the coolant for the condenser. In the refrigeration cycle warmth pumps transfer heat from a lower temperature close source to a warmer sink.
Warm streams that flow the opposite way because of two laws of thermodynamics. The most well-known refrigeration cycles uses an electric motor to drive an air compressor (situated within the unit of consolidation).
Because dissipation occurs when warmth is stored, and it is when heat is released, cooling and aeration systems are designed to make use of compressors to trigger weight fluctuations between two compartments and to effectively draw refrigerant across.
In the condenser, refrigerant's vapor is compressed and confined by a trade loop, which combines it into a fluid , and dispersing the heat that is already stored in the cold indoor space. The heat exchanger in the condenser is largely cooling by a fan that is blowing outside air over it.
Also Read: Boiler Diagram
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