2013 Mazda CX-5 HVAC Blower Motor Resistor Four Seasons

This Part Fits the Following OEM/Substitute Numbers:
20675, A07025, JA2003, KD4761B15, SW11458C

Additional Fitment Information:
Vehicle
2013 Mazda CX-5
1 In Stock
Best Price:

$121.70 USD
$146.04 USD
Brand Four Seasons
Part # F1120675
Condition New
Warehouse B

Four Seasons

  • ; with ATC
  • Resistor Block
  • Resistor Block
  • Four Seasons manufactures and distributes a complete line of replacement climate control products for today's vehicles. Four Seasons is the largest aftermarket automotive climate control parts supplier in the industry and the largest a/c compressor remanufacturer in the world. Four Seasons products feature a number of air conditioning parts like A/C compressors, accumulators and receiver driers, fan motors, a/c hose assemblies, expansion devices and more. Their cooling system components include cooling fan assemblies, water outlets, tensioners and pulleys.
    Four Seasons is a division of Standard Motor Products, Inc.

    Four Seasons manufactures and distributes a complete line of replacement climate control products for today's vehicles. Four Seasons is the largest aftermarket automotive climate control parts supplier in the industry and the largest a/c compressor remanufacturer in the world. Four Seasons products feature a number of air conditioning parts like A/C compressors, accumulators and receiver driers, fan motors, a/c hose assemblies, expansion devices and more. Their cooling system components include cooling fan assemblies, water outlets, tensioners and pulleys.
    Four Seasons is a division of Standard Motor Products, Inc.

    General

    Connector Gender
    Female
    Description
    Resistor Block
    Connector Shape
    Square

    Packaging

    package quantity
    1
    length
    3.50 in
    width
    2.75 in
    height
    2.00 in
    weight
    0.23 lb
    Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.

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