Mercedes-Benz Genuine AC Condenser 2045000654

Description

Mercedes-Benz Genuine Original New

AC Condensor 2045000654

Replace : 2045000254

Overview of the Genuine Mercedes-Benz AC Condenser 2045000654

Specifically made for Mercedes-Benz models, the Mercedes-Benz Genuine AC Condenser 2045000654 is an essential part of the air conditioning system in the car. By dissipating heat and letting the refrigerant to cool, this component is essential to the effective operation of the AC system and guarantees that the vehicle’s air conditioning operates at its best.

Use For:

Mercedes-Benz C-Class W204 2007 – 2016

Mercedes-Benz E-Class W212 2009 – 2016

Mercedes-Benz E-Class W207 2009 – 2017

Mercedes-Benz SLK-Class W172 2011 – 2019

Mercedes-Benz CLS-Class W218 2010 – 2018

Technical Details

Material: To ensure life and durability, the condenser is made of high-quality materials. It is frequently composed of aluminum or other alloys that are resistant to wear and corrosion.

Dimensions:

The condenser’s precise measurements are made to match the specified Mercedes-Benz Genuine models precisely, guaranteeing a safe and accurate installation.

Compatibility:

This Mercedes-Benz Genuine AC condenser is designed to satisfy Mercedes-Benz vehicle requirements, guaranteeing simple integration and compatibility with the current systems.

OEM specifications:

This condenser precisely complies with original equipment manufacturer (OEM) specifications as a genuine Mercedes-Benz part, ensuring dependability and performance.

Utility and Position

Heat Dissipation:

The AC condenser’s main job is to disperse heat. It cools the compressor’s high-pressure, high-temperature refrigerant vapor, causing it to condense into a liquid form.

Cooling Process:

In order for the AC system to operate properly, the compressed refrigerant must be able to release heat and return to a liquid state. This is accomplished by the condenser.

Pressure Regulation:

It also helps control the refrigerant’s pressure so that it can pass through an orifice tube or expansion valve and be lowered in pressure for additional cooling.