Nissens 94839 A/C Condenser

Nissens 94839 A/C Condenser Overview

Nissens 94839 is an aluminum A/C condenser built for thermal efficiency and corrosion protection in HVAC service. It is a First Fit application, helping streamline replacement on select Land Rover LR3 and Discovery models while maintaining the correct OE-style dimensions and connection points.

• Aluminum condenser construction for efficient heat transfer
• Corrosion protected for added durability in underhood conditions
• First Fit design for time-saving installation
• Includes O-rings when needed
• Direct-fit replacement for select Land Rover HVAC systems
• Part number: 94839

Fitment and Application

Compatible with 2005-2009 Land Rover LR3 and 2004 Land Rover Discovery, this condenser supports vehicle-specific A/C service where the original unit has failed or lost efficiency. For shoppers searching for a Land Rover LR3 A/C condenser 94839 or a 2004 Land Rover Discovery condenser replacement, this part matches the listed applications and dimensions for the intended HVAC setup.

This part cross-references Four Seasons 73581 for the same application.

What This Part Helps Address

• A/C system warm air caused by a leaking or restricted condenser
• Reduced cooling performance from corrosion or internal blockage
• Physical damage to the condenser core from road debris
• Refrigerant loss at the condenser connection points
• Fitment issues during OE-style condenser replacement on Land Rover LR3 and Discovery models

Installation Notes and Tips

Verify condenser dimensions and line connection layout before installation. Replace damaged seals and evacuate and recharge the system according to factory service procedures after the repair. Because this is a First Fit design, it is intended to reduce installation time on the listed Land Rover applications.

Quality Assurance

Nissens develops and manufactures thermal management components to consistent quality standards, with a focus on aftermarket fit and performance. Part number 94839 reflects that engineering approach for select Land Rover HVAC applications.