Water Cooled Chiller System Working Principle
The main function of the cooling system is to dissipate part of the heat absorbed by the heated parts in time to ensure that the engine works at the most suitable temperature state. There are two types of engine cooling: water cooling and air cooling. The water cooling system is a forced circulation water cooling system, that is, the use of a water pump to increase the pressure of the coolant to force the coolant to circulate in the engine.
First, the working principle of the cooling system.
How does the engine cool? The coolant flowing around the water jacket of the cylinder is mainly accelerated by the water pump, and the coolant is cooled in the radiator by the natural wind and electric fans during driving. The cooled coolant is introduced into the water jacket again and again. Achieve cooling of the engine.
In addition to cooling the engine, the cooling system also has the function of “insulation”, because “overcooling” or “overheating” will affect the normal operation of the engine. This process is mainly through the thermostat to achieve the “cooling cycle” switching of the engine cooling system. What is the size cycle of the cooling system? It can be simply understood that the coolant of small circulation does not pass through the radiator, while the coolant of large circulation passes through the radiator.
The chiller is a device used to cool the water in order to produce chilled water. This is done by removing heat from the engine refrigeration cycles condenser water air cooled condensers ambient air removes heat expans.
The working principle of a water cooled chiller system can be broken down into three steps:
– Heat from the environment enters the condenser coil, where it’s converted into liquid refrigerant and evaporated by compressed gas
– The refrigerant goes through an expansion valve, which reduces its pressure and converts it back into a gas – The refrigerant
The chiller principle can be applied to many different systems, such as a refrigerator, which uses it to remove heat from inside and cool down the contents of the refrigerator.
The Chiller Principle is a principle of thermodynamics that is used to describe the efficiency of a chiller. The Chiller Principle states that the efficiency of a chiller can be determined by calculating the ratio of heat removed to the heat input.
In order for the efficiency to be at 100%, all of the heat removed by a chiller should be from ambient air. This means that there would be no other sources of heat in an environment, such as people, lights, and machinery.
A chiller is an expansion valve which is used in the cooling process. It helps in transferring heat from one place to another, and it does this by using a coil of pipe with coolant running through it. The heat transfer happens because when the coolant passes through the coil, it gets cooled down and then heats up again when it comes out.