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Cooling System
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Vendor: Toyota
15710-31010 Oil Cooler Assembly 2005-16 Tacoma 2003-09 4Runner 2004-11 Tundra
15710-31010 Oil Cooler Assembly 2005-16 Tacoma 2003-09 4Runner 2004-11 Tundra Part Number: 15710-31010 Application: This part is compatible with 115 vehicle(s). Notes Year Make Model Trim Engine 2015 Toyota Tacoma Base Crew Cab Pickup 4-Door 4.0L 3956CC...Sale price $ 188Regular price $ 299 -
Vendor: Mitsubishi
New CVT Trans Oil Cooler for Mitsubishi Lancer 2920A141 Heat Exchanger 4 Outlets 2920A141
New CVT Trans Oil Cooler for Mitsubishi Lancer 2920A141 Heat Exchanger 4 Outlets 2920A141 Part Number: 2920A141 Application: for Mitsubishi Lancer Condition: New Aftermarket Parts In StockRegular price $ 189 -
Vendor: Mitsubishi
Oil Cooler 1240A100 Fits Mitsubishi L200 KK1T KK2T KL1T KL2T KR1W KS1W
Oil Cooler 1240A100 Fits Mitsubishi L200 KK1T KK2T KL1T KL2T KR1W KS1W Part Number: 1240A100 Application: Fits Mitsubishi L200 KK1T KK2T KL1T KL2T KR1W KS1W Condition: New Aftermarket Parts In StockRegular price $ 229 -
Vendor: Hyundai
Engine Oil Cooler 26410-2G000 For Hyundai Kia Sonata Tucson Optima 2.0L 2.4L
Engine Oil Cooler 26410-2G000 For Hyundai Kia Sonata Tucson Optima 2.0L 2.4L Part Number: 26410-2G000 Application: For Hyundai Kia Sonata Tucson Optima 2.0L 2.4L Condition: New Aftermarket Parts In StockRegular price $ 32 -
Vendor: Volvo
Engine Oil Cooler 6G917A095AD For Volvo S80 V70 XC70 XC60 For Ford Galaxy S-Max
Engine Oil Cooler 6G917A095AD For Volvo S80 V70 XC70 XC60 For Ford Galaxy S-Max Part Number: 6G917A095AD Application: For Volvo S80 V70 XC70 XC60 For Ford Galaxy S-Max\ Condition: New Aftermarket Parts In StockRegular price $ 39 -
Vendor: Ford
Engine Oil Cooler CV6P7869AE For Ford Escape 1.6L 2.0L 2.5L 3.0L 2007-2016
Engine Oil Cooler CV6P7869AE For Ford Escape 1.6L 2.0L 2.5L 3.0L 2007-2016 Part Number: CV6P7869AE Application: For Ford Escape 1.6L 2.0L 2.5L 3.0L 2007-2016 Condition: New Aftermarket Parts In StockRegular price $ 45
What does the cooling system do?
The main components
Cooling system accessories include: radiator, water pump, radiator electronic fan assembly, thermostat, water pump assembly, radiator water bottle, radiator fan, radiator lower guard plate, radiator cover, radiator upper guard plate, Thermostat cover, water pump pulley, radiator fan blade, tee, radiator water temperature sensor, radiator air ring, water pipe, radiator net, radiator fan motor, upper and lower water pipes, radiator fan coupler, radiator bracket, temperature control switch etc.
common problem
1. Engine overheating
Bubbles: The air in the antifreeze produces a lot of foam under the agitation of the water pump, which will hinder the heat dissipation of the water jacket wall.
Scale: Calcium and magnesium ions in water will slowly form scale after a certain high temperature, which greatly reduces the heat dissipation capacity. At the same time, it will also partially block the waterway and pipeline, and the antifreeze cannot flow normally.
Hazards: engine parts expand when heated, damage the normal fit clearance, affect the cylinder filling volume, reduce power, and reduce the lubricating effect of oil
2. Corrosion and leakage
Ethylene glycol is highly corrosive to water tanks. And with the failure of antifreeze preservatives. Corrosion of components such as radiators, water jackets, water pumps, and pipelines.
how to maintain
1. Selection of cooling water: river water with low hardness should be used, such as well water, which should be boiled and softened before use. It is best to use antifreeze.
2. Pay attention to the technical status of each part: if the radiator is found to leak, it should be repaired. If the water pump and fan are found to be oscillating or making abnormal noises, they should be repaired in time. If the engine is found to be overheated, check whether it is short of water in time, and stop it if it is short of water. After cooling down, add enough cooling water. If the thermostat is not working properly and the engine operating temperature is too high or too low, it should be repaired or replaced in time.
3. Inspection and adjustment of fan belt tightness: If the fan belt tightness is too small, it not only affects the cooling air volume and increases the engine workload, but also accelerates the wear of the belt due to slippage. If the belt tightness is too large, it will accelerate the wear of water pump bearings and generator bearings. Therefore, the belt tightness should be checked during use and adjusted if necessary. If it does not meet the regulations, it can be adjusted by changing the position of the generator and the adjusting arm.
4. Regular cleaning of scale: After the engine has been used for a certain period of time, scale will be deposited in the water tank and radiator to affect heat dissipation, so it should be cleaned regularly. The cleaning method is to add enough cleaning liquid to the cooling system, soak for a period of time, and start the engine After running at low and medium speed for a certain period of time, release the cleaning solution while it is hot, and then rinse it with clean water.