The water pipe of the auxiliary kettle is usually connected with the following components and plays a corresponding role:
1. Engine: The water pipe of the auxiliary kettle is connected with the cooling system of the engine. Its main function is to guide the coolant from the auxiliary kettle to the engine to reduce the temperature of the engine. Coolant circulates in the engine to absorb the heat generated by the engine, and then returns to the auxiliary kettle for heat dissipation.
2. Radiator: The water pipe of the auxiliary kettle is also connected with the radiator. Radiator is the core component in the cooling system. Through radiator, the cooling liquid can radiate heat and reduce the temperature. The water pipe of the auxiliary kettle leads the coolant from the auxiliary kettle to the radiator, so that the coolant can dissipate heat in the radiator and then return to the auxiliary kettle.
3. Water pump: The water pipe of the auxiliary kettle may also be connected with the water pump. The water pump is a key component in the cooling system, which circulates the coolant to the engine and radiator by driving the impeller. The water pipe of the auxiliary kettle leads the coolant from the auxiliary kettle to the water pump, so that the coolant can be sucked by the water pump and pushed to the engine and radiator to keep the circulation of the cooling system.
The connection mode and location of the water pipes of the sub-kettle may be different for different models and manufacturers. Their function is to ensure that the coolant can circulate in the cooling system, absorb and emit heat, so as to maintain the normal working temperature of the engine. Through the water pipe of the sub-kettle, the coolant can flow from the sub-kettle to the engine, radiator and water pump, forming a closed circulation system to achieve cooling effect.
