Ford Ranger Mk3 Air Con Air Conditioning Condenser Cooler Radiator AB39-19710-AF

The Ford Ranger Mk3 air conditioning condenser is an original cooling system component designed for the factory air conditioning system in this model. As part of the Condensers (radiators) group, it ensures stable system operation, proper heat dissipation, and maintains cabin cooling efficiency. A used OEM component is a sensible choice for professional air conditioning repair or service when you prioritize structural compatibility with the Ford Ranger Mk3.

Specifications and technical data

• SKU: 2639170
• Mark: Ford
• Condition: Used
• OEM Part Number: 2639170
• Substitutable numbers: 2639170, AB39-19710-AF, AB3919710AF
• Part type: A/C Condenser
• Category: A/C Condensers

Purpose and Function in the Air Conditioning System

The air conditioning condenser is responsible for intensive cooling and condensation of the refrigerant after it has been compressed by the compressor. In the Ford Ranger Mk3, this component works with other A/C system parts, stabilizing refrigerant pressure and temperature before its further expansion.

A properly selected condenser:

• maintains correct thermal parameters throughout the air conditioning circuit,
• reduces the risk of compressor overheating,
• supports uniform interior cooling of the vehicle in urban and off-road conditions,
• ensures compatibility with factory mountings and lines in the Ford Ranger Mk3.

Construction and Fit for Ford Ranger Mk3

The presented air conditioning condenser is designed as an OEM component dedicated to Ford, which translates to correct connection spacing, mounting points, and geometry adapted to the Ranger Mk3 engine bay. This ensures predictable installation without the need for modifications to brackets or lines.

Key structural features of this type of radiator:

• aluminum core with optimized fin density for efficient heat exchange,
• designed for factory A/C system connection ports,
• construction adapted for operation in varied thermal load conditions typical for a commercial vehicle.

Component Condition and Service Aspects

The offered condenser is from the group of used parts, allowing for economical repair of the air conditioning system while maintaining original manufacturer specifications. This type of component is particularly useful for:

• repairs after mechanical damage to the front of the vehicle,
• restoring air conditioning functionality after leaks in the refrigerant radiator area,
• services where compliance with the original Ford Ranger Mk3 construction is a priority.

Before installation, standard service procedures are recommended: checking the entire system for leaks, replacing the desiccant, performing a pressure test, and correctly filling with refrigerant according to the vehicle manufacturer's guidelines.

Benefits of Using an Original Ford Condenser

Using an original condenser in the Ford Ranger Mk3 provides a number of practical operational benefits:

• Factory Fitment – compatibility with mounting systems, line routing, and covers in the engine bay.
• Stable Cooling Performance – maintaining the air conditioning system's operating parameters as intended by the manufacturer.
• Consistency with Other A/C System Components – proper cooperation with the compressor, expansion valve, and evaporator.
• Reduced risk of problems with refrigerant pressure and temperature regulation.

Ford Air Conditioning System Expansion

If you are planning a comprehensive repair or upgrade of the air conditioning system area in your Ford and need other parts from the same group, such as additional radiators, mounting elements, or complementary system components, check the available parts in the Ford Condensers (radiators) category.

For users who are simultaneously servicing other vehicle systems and want to better understand the relationships between individual components, an article describing the operation of the steering and power steering system, along with examples of used parts applications, may be helpful – you can find it here: Steering and Power Steering System – How it Works and What Fails?.