AC Blower Motor with Fan Cage Pack of 2 O41847
AC Blower Motor with Fan Cage Pack of 2 O41847
★【Replace Part Number】: 87103-02260, 87103-02210, 8710302260, 8710302210, 700249, PM4031, 668-TYB027, MOT123, 75839
★【FITMENT】:2009-2018 Toyota Corolla
★【Advantage Of The Motor】: Quieter, more energy-efficient, more durable, Wind power strong and No noise. Permanently lubricated self-aligning bearings with long design life and reliable performance.
★【1 Year Warranty】: Every Blower Motor Resistor must take inspected and tested multiple times before the shipment, if you get any problems with our this Blower Motor Resistor, please contact us in the first time, we will response it as soon as possible.
When you turn up the AC/heat in your truck and see no change in the amount of air coming from the vents you likely need to replace your blower motor.
The blower motor is designed to produce more air as you turn up the knob on your AC system. However, when the blower motor fails the motor is no longer able to blow on high.
Once you have changed the factory blower motor that has failed on your truck you'll be able to control your AC/heat again.
OE Part Number :
87103-52080
TO3126119
Fitment :
2009-2018 Toyota Corolla
2009-2018 Toyota Corolla
2012-2017 Toyota Prius V
How to replace?
1) Locate the blower motor under the passenger side dash. Removing the dash may be necessary to access the blower motor on some vehicles. And disconnect the blower motor electrical connector
(Note: On older vehicles, the blower motor may be located in the engine compartment on the passenger side firewall).
2) Remove the retaining screws to the blower motor assembly.
3) Remove the blower motor retaining screws. Remove the motor from the box.
4) Compare the new blower motor to the old one to verify that you have the correct part. Install the new motor into the box and tighten the retaining screws. Re-install the blower motor assembly.
5) Connect the blower motor electrical connector.
6) Operate the heating and A/C system. Verify that the blower motor operates at all speeds and that the system produces hot and cold air.