Auto AC Conditioning Compressor For INNOVA 2.7 10S15C 4472608051 883100K010 RAV4

Product Specification

Auto AC Conditioning Compressor For INNOVA 2.7 10S15C 4472608051 883100K010 RAV4

I. Applicable Vehicle Models and types
Compatible model: Toyota RAV4 (Specific details need to be confirmed based on the vehicle's year, displacement and configuration, as well as the version without sensor function).
Common models For example, Denso 6SEU14C (corresponding OEM numbers include 447260-1492, 447260-1493, 447260-1495, 447260-1496, etc.) And original Toyota part numbers such as 88310-02370, 88310-02450, 88310-02510, etc.

Ii. Core Parameters
Material: The housing is made of 10# steel, the coil is a pure copper high-temperature coil (resistant to high temperature 180℃), and the maximum speed of the bearing is 7000 revolutions per minute.
Structural specifications: Pulley diameter 120mm, number of grooves 6PK, ensuring matching with the engine transmission system.
Performance features: Manufactured through imported CNC processing technology, the product range fluctuation is controlled within 0.004mm, and high precision ensures stable operation. Supports refrigerant compression in refrigeration systems, with a normal working pressure range of high pressure 180-200 psi and low pressure 30-40 psi.

Iii. Functions and Precautions
Functional positioning: It is only responsible for the compression and transportation of refrigerants in the air conditioning system. It needs to work in conjunction with components such as condensers, evaporators, and drying bottles to achieve the cooling effect. A qualified product is one that does not leak air, makes no abnormal noise, and meets the pressure standards.
Installation requirements: When replacing, thoroughly clean the air conditioning pipelines, condenser and evaporator (soak in the cleaning agent for 20 minutes and then rinse), replace the drying bottle and expansion valve, and check the speed of the cooling fan and the tightness of the belt to avoid damage to the compressor due to poor heat dissipation or pipeline blockage.