Electric AC Condenser Cooling Fan Kit 2009 2010 2011 2012-2014 Acura TSX

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Product Specifics
Brand: ECCPP
Warranty: 1 Year
UPC: Does not apply
Manufacturer Part Number: EC83768101CP
Fitment Type: Direct Replacement
Placement on Vehicle: Front
Type: AC Condenser and Cooling Fan
Applicable Regions: US
Other Part Number: 12v Electric car AC Condenser and Cooling Fan
Superseded Part Number: Engine Condenser and Cooling Fan
Package Include: 1X Cooling Fan,1X Condenser
Condition: New
Voltage: 12V
Cooling Fan Plug Pin Number: 2
Cooling Fan RPM: 2250
Cooling Fan Amp Draw: 9
Condenser Height(inch): 26.97
Condenser Width(inch): 14.33
Condenser Thickness(inch): 0.63
The radiator cooling fan is an integral part of your car that is responsible for cooling the radiator of your car. The radiator cooling fan does this by either pulling or pushing air into the radiator keeping the radiator temperatures within the safe levels. A damaged radiator cooling fan is a determining factor in preventing your car from overheating. Below are the materials that you need along with the instructions on how to replace a radiator cooling fan.

Step 1: Locate the Radiator Cooling Fan

Locating the radiator cooling fan is the first step in replacing it. Turn off your car and allow it to cool off. Open the hood of your car and you will be able to see the radiator that is located at the back of the grill at the front portion of your engine compartment. The radiator cooling fan is attached at the back of the radiator through a mounting frame. Under the engine and the radiator is a sticking cylinder that is encased in a small casing. That is the radiator cooling fan motor that you may need to change or repair other than the radiator cooling fan itself.

Step 2: Disconnect the Power Supply

On the fan motor is an electric cable running towards the engine. Find the connector of the wires from your engine and from your radiator fan motor and disconnect it. Using two masking tapes with different colors, note the connection of the wires so that you will not have a hard time reconnecting the wires later.

Step 3: Remove the Fan Housing

Using a crescent wrench, remove the four screws located at each corner of the fan housing. Remove the fasteners at the sides of the fan housing as well. A radiator cooling fan housing is relatively large and you may need to remove all the obstructions like hoses and wirings so that you can extract the fan housing off your car hood. Hold the housing firmly and lift it off your engine compartment. Be careful in removing the fan housing to avoid damaging it. Place the fan housing on a clutter-free working table.

Step 4: Remove the Radiator Cooling Fan and the Fan Motor

The fan blade is either pinned or screwed to a shaft. With a screwdriver, loosen the fan blade and slide if off its shaft. You may need to remove a keeper that prevents the fan blades from moving up in the shaft up and down. As to the fan motor itself, remove it from the fan housing using a screwdriver.

Step 5: Attach the Replacement Radiator Cooling Fan and Fan Motor

Install the new fan motor into the fan housing. Slide your replacement radiator cooling fan into the shaft, insert the keeper and secure the new cooling fan and keeper into place. Return the fan housing back into its proper place and secure the screws and the fasteners. Reattach the hoses and wires you removed in step 3. Connect the fan motor into the car electrical system using the electrical tape guide you made in step 2. You just learned how to replace your radiator cooling fan as well as your radiator cooling fan motor.

Information About AC Condenser

1.Such condensers typically also use a fan to force air through the heat sink and away from the tropics. Refrigeration principle of the general refrigerator The function of the compressor is to compress the steam with lower pressure into steam with higher pressure, so that the volume of the steam is reduced and the pressure is increased.

2.The compressor draws in the lower pressure working fluid vapor from the evaporator, causes the pressure to rise, and then sends it to the condenser, which is condensed into a higher pressure liquid in the condenser, and is throttled after the throttling valve becomes a pressure. After the low liquid is sent to the evaporator, it absorbs heat in the evaporator and evaporates to become a lower pressure steam, thereby completing the refrigeration cycle.