Mercedes-Benz W204 W207 W212 Heater Matrix Heat Exchanger Radiator A2048300061

The Mercedes-Benz W204 W207 W212 Heater Matrix is an original heating system component designed for installation at the rear of the vehicle. Designed by Mercedes, it ensures stable heat flow in the cabin and allows for the preservation of factory operating parameters for the air conditioning and ventilation system.

Specifications and technical data

• SKU: rhd-A2048300061
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A2048300061
• Substitutable numbers: A2048300061, A2048301615, BG
• Location on the vehicle: Rear
• Category: Other Air Conditioning & Heating

Application and Function in the Heating System

The Heater Matrix is responsible for transferring thermal energy from the engine cooling system to the air directed into the car's interior. In Mercedes-Benz W204, W207, and W212 versions, this rear-mounted component works with air ducts to ensure even heating of the rear cabin area.

A functional heater matrix is crucial for:

• maintaining the correct temperature in the rear passenger zone,
• proper operation of the air conditioning system and vents,
• thermal stability of the entire cooling system.

Construction and Fit for Mercedes-Benz

The offered Rear Heater Matrix is from the Mercedes parts line and is structurally adapted for the W204, W207, and W212 platforms. This means preserved factory mounting points, appropriate connector diameters, and compatibility with original hoses and the heater housing.

The component is designed to work with the factory heating control system, which simplifies installation and reduces the need for system modifications. This makes it a preferred solution for professional repairs and servicing of heating systems in Mercedes-Benz vehicles.

Condition, Verification, and Benefits of Installation

The product is categorized under Other Parts, allowing for flexible application in various equipment configurations of the W204, W207, and W212 models. As a used component, it offers an attractive cost alternative to new parts while maintaining original construction and fit for the specific vehicle generation.

Replacing a faulty heater matrix with an original Mercedes component allows you to:

• restore full functionality of the rear cabin heating,
• minimize the risk of leaks in the cooling system,
• maintain compliance with the vehicle's factory specifications.

Selection and Integration with Other Components

When selecting this type of component, proper fitment for the specific body version and heating system is crucial. The offered heater matrix is designed for installation at the rear of the vehicle, which is important when planning hose routing, service access, and integration with air ducts.

For extensive upgrades or repairs of the powertrain and thermal systems, it is advisable to consult practical tips for working with used components. You can find these in the guide how to safely buy a used car engine, which discusses, among other things, assessing technical condition and selecting parts based on actual wear.

Related Products and Technical Knowledge

If you are looking for other items in the Other Parts category dedicated to this brand, check out our offer for Mercedes Other Parts, where you will find a wide selection of compatible components for various models.

To compare the characteristics of advanced sports versions with classic car variants, it is worth reading the analysis of differences in engine, brake, and chassis construction. This is detailed in the article Audi RS vs. Other Models – What Lies Under the Hood and Chassis?, which helps to better understand manufacturers' approaches to designing key vehicle systems.

Summary

The Mercedes-Benz W204 W207 W212 Heater Matrix Heat Exchanger Radiator is an original heater matrix designed for rear-of-vehicle installation, ensuring proper operation of the heating system in the rear cabin. Choosing this component allows for the maintenance of factory thermal system operating parameters, compatibility with the Mercedes-Benz installation, and optimization of repair costs while maintaining high quality of workmanship.