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Product Description
The water pipe connecting the water tank and auxiliary water kettle is an important component of the car cooling system. Its main function is to connect the main water tank (radiator) and the auxiliary water kettle (expansion tank), ensuring that the cooling system can operate normally and maintain an appropriate amount of coolant. The following is a detailed explanation of the specific function and working principle of the auxiliary water kettle water pipe for the water tank:
###1. Coolant circulation and replenishment
-When the engine is running, the coolant circulates in the cooling system, absorbing the heat from the engine and dissipating it into the air.
-When the temperature of the coolant increases, its volume will expand, and excess coolant will flow into the auxiliary water tank through the water pipe for storage.
-When the temperature of the coolant drops, the volume shrinks, and the coolant in the auxiliary water tank flows back to the main water tank through the water pipe to replenish the amount of coolant in the cooling system.
###2. Maintain cooling system pressure
-The cooling system is a closed loop system that requires maintaining a certain pressure to increase the boiling point of the coolant and enhance heat dissipation efficiency.
-The water pipe connecting the main water tank and the auxiliary water kettle helps regulate the pressure of the cooling system, avoiding the impact of high or low pressure on the cooling effect.
###3. Prevent coolant loss
-When the coolant temperature rises, if there is no auxiliary kettle and water pipe, excess coolant may be discharged from the overflow port of the main water tank, causing coolant loss.
-By connecting the water pipe of the auxiliary kettle to the water tank, excess coolant is stored in the auxiliary kettle and flows back to the main water tank when the coolant temperature drops, avoiding coolant waste.
###4. Monitoring the coolant level
-The auxiliary water kettle is usually designed to be transparent or semi transparent and marked with a liquid level scale, making it convenient for the driver or maintenance personnel to check the coolant level.
-The water pipe connecting the water tank and auxiliary kettle ensures that the coolant can flow freely between the main water tank and the auxiliary kettle, accurately reflecting the liquid level status of the cooling system.
###5. Exhaust function
-During the operation of the cooling system, bubbles or air may be generated, affecting the cooling effect.
-The water pipe connecting the water tank and auxiliary kettle can guide the air in the cooling system to the auxiliary kettle for discharge, ensuring smooth circulation of the coolant.
###6. Adapt to temperature changes
-The volume of the coolant will expand or contract with temperature changes. The water pipe connecting the main water tank and the auxiliary water kettle provides a buffer space for the coolant to avoid abnormal pressure in the cooling system caused by volume changes.
###The material and structure of the water pipe for the water tank auxiliary kettle - The water pipe is usually made of high temperature resistant and corrosion-resistant rubber or silicone material, with a reinforced layer inside to withstand the pressure and temperature of the coolant.
-The connection of water pipes usually uses clamps or quick couplings to ensure sealing and prevent coolant leakage.
###Common problems and maintenance - aging or cracking: Water pipes exposed to high temperature and pressure environments for a long time are prone to aging or cracking, leading to coolant leakage.
Blockage: Impurities or scale in the coolant may deposit inside the water pipe, causing blockage and affecting the flow of coolant.
Maintenance suggestion: Regularly check the condition of water pipes and replace aging or damaged components in a timely manner; When replacing the coolant, pay attention to cleaning the interior of the cooling system.
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