How Engine Cooling System Works-Radiator, Water pump, Thermostat, PDF

How engine cooling system works:

Are you looking for How Engine Cooling System Works?. Today we will study the How engine cooling system works and Application. Here you will get the articles of Mechanical Engineering in brief with some key points and you will get to know an enormous amount of knowledge from It. So If you find helpful this articles, please let us know in the comment box either if any correction required too, also let’s know in the comment box.

In details, we will study, what is an Engine Cooling System? and How it works? and Application, Advantages, and Dis-advantages. Let’s begin:

Engine Cooling System:

  • Basically, this System, in a vehicle, is used to keep the engine cool and also keep engine temperature warm enough to ensure efficient, clean operation.
  • Because of this System, In a vehicle, less wear and tear take place (When engine’s temperature is high wear and tear occurs and when engine temperature low, very less wear and tear occurs).

Now, How the engine cooling system works?

How engine cooling system works

FIGURE: ENGINE COOLING SYSTEM

  • The Main Components of an Engine Cooling System of any Vehicles can be described as
  • Water Pump, Radiator Reservoir tank, Thermostat, etc
  • When the piston moves up and down in the engine cylinder due to the pressure created by the gases formed as a result of burning air-fuel mixture.
  • And having water vents along the length of the engine cylinder in the engine block, and these vents circulate through the engine head and remove the heat, with flowing water from the engines.
  • Water pump inlet and outlet is connected to the engine with help of rubber hoses. We have thermostat mounted in a path of outlet to the engine, so water is pumped by this radial pump through thermostat into the engine. water vents, the thermostat does not allow the water to go into the radiator circuit until the engine is at low temperature, and water comes back to the pump through the outlet hose.
  • Coolant temperature sensor is mounted just near the thermostat.
  • As water keeps on circulating, it extracts heat from the engine and its temperature rises.
  • As it reaches a temperature between 160 to 190°F, it melts the paraffin wax in the thermostat and opens it up.
  • So now this hot water is circulated through a radiator circuit.

Other Articles:

1. Water Pump:

  • This is said to be the heart of an engine cooling system.
  • The water pump has a radial impeller inside its casing which is driven by the engine itself.
  • The serpentine belt is used to deliver rotational motion of engine and main pulley to the water pump pulley.

2. Radiator:

  • Radiator acts as a heat exchanger for an engine.
  • It is usually made up of aluminum, and have lots of small diameter pipes with fins mounted on them.
  • It exchanges the heat of hot water coming from an engine with surrounding air.
  • it also has an inlet port, outlet port, drain plug, and a pressure cap.

3. Thermostat:

  • It is the thermostat which acts as a valve for coolant and allows it to flow through radiator only after exceeding a particular temperature value.
  • The thermostat has paraffin wax in it which expands at a particular temperature and opens it up at that temperature.

Related Articles: Limitation of Bernoulli’s Equation

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