Design, Construction & Performance Test of an Automotive Water Cooling System of Engine.

Abstract

The automotive water cooling system is a crucial component of an engine, responsible for maintaining optimal operating temperatures and preventing overheating. This project aims to design an efficient and reliable water cooling system for automotive engines. The system comprises various components, Arduino, water pump, Temperature sensor, coolant, hoses, and controls. A water pump circulates the coolant, ensuring a consistent flow between the engine and the radiator. A thermostat regulates the coolant flow, opening and closing based on the engine's temperature to maintain it within the desired range.A mixture of water and antifreeze serves as the coolant, absorbing heat from the engine. Electric cooling fans enhance airflow through the radiator when natural airflow is insufficient, controlled by temperature sensors or the engine control unit (ECU). Hoses and pipes connect the different components, facilitating the closed-loop flow of coolant.An expansion tank provides room for coolant expansion and contraction, preventing air pockets and maintaining a constant coolant supply.Sensors and controls monitor engine temperature, coolant level, and other parameters, allowing the ECU to optimize engine performance by adjusting water pump operation. EngineJust Sample Box used a Light. Automatic Cooling System and Auto Cutoff depend on Temperature