APDI 7010020 A/C Condenser

APDI 7010020 A/C Condenser for Tacoma

Replace a damaged or leaking air conditioning condenser with this APDI condenser for Toyota Tacoma applications. Built with a parallel flow aluminum core and block connection inlet and outlet fittings, it is made for direct-fit service on 2016-2019 Tacoma models.

Key Features

• Brand: APDI Condenser
• Part number: 7010020
• Parallel flow condenser core design
• Aluminum core construction
• Core dimensions: 19-1/2 in. height x 21-5/8 in. length x 5/8 in. thickness
• Block connection inlet and outlet fittings
• Includes receiver/drier
• Fits 2016-2019 Toyota Tacoma, N/A

Product Details

This APDI condenser is built for Toyota Tacoma HVAC service where efficient refrigerant heat transfer is required. The parallel flow core design and aluminum construction support compact packaging and effective cooling performance in the A/C system. The included receiver/drier adds value for repairs that call for a condenser assembly replacement on 2016-2019 Toyota Tacoma trucks. APDI 7010020 is a practical choice when replacing a leaking, clogged, or impact-damaged condenser in Tacoma air conditioning systems.

This part cross-references AP Exhaust 30020 for the same application.

Common Repair Symptoms

• A/C system leaking refrigerant at the condenser
• Reduced cabin cooling performance
• Physical damage from road debris or front-end impact
• Restricted refrigerant flow through the condenser core
• Need for condenser replacement during Tacoma A/C service

Installation Notes

Verify fitment by year, make, and model before installation. Inspect the A/C system for contamination, damaged seals, or related component wear before installing the new condenser. Because this unit includes a receiver/drier, confirm the system service procedure matches the replacement plan for your Tacoma. APDI 7010020 is listed for 2016-2019 Toyota Tacoma, N/A.

Quality Assurance

APDI supplies HVAC replacement parts for automotive cooling system service. This condenser is built with aluminum construction and a parallel flow core layout to match the listed application requirements.