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UAC

CN 20006XC Condenser Parallel Flow

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SKU:
CN 20006XC
MPN:
CN 20006XC
$60.49

Description

The CN 20006XC condenser is an essential component designed for the air conditioning systems of trucks. It features a parallel flow design which enhances its efficiency in cooling. This condenser is ideal for maintaining optimal temperatures in heavy-duty vehicles. At Milian Truck Center it is priced at $52.44 and is available for purchase with additional options to adjust the quantity. This product is part of a wider selection of air conditioning and heating components focused on improving vehicle comfort.

PFLOW 15.17X27.5 4 RAILS

Specs

Rows 4
Height (mm) 395
Length (mm) 700
Depth (mm) 18

Package Dimentions & Weight

Height (in) 3
Width (in) 35
Depth (in) 36

Cross References

Global Parts Distributors 9011240
Omega 2450035
Ranshu TL3502505
Trad Automotive 320010

 

Frequently Asked Questions

What is the UAC CN 20006XC condenser used for?

It’s a truck A/C condenser designed to remove heat from refrigerant so the cab’s air conditioning condenser system can cool properly. The parallel flow condenser design helps improve heat transfer efficiency compared with older styles. It’s intended for heavy-duty truck applications where consistent cooling performance matters.

How do I verify fitment for the UAC CN 20006XC condenser?

Match the part number CN 20006XC to your existing unit and compare key specifications like size and row count. This parallel flow condenser is listed with 4 rows and dimensions around 395 mm height, 700 mm length, and 18 mm depth. If you’re cross-referencing, check equivalents such as Global Parts Distributors 9011240, Omega 2450035, Ranshu TL3502505, or Trad Automotive 320010.

Can the UAC CN 20006XC condenser improve A/C performance on a truck?

Better cooling can result when a worn or clogged unit is replaced with a clean, efficient parallel flow condenser. Performance also depends on the rest of the truck air conditioning parts, including correct refrigerant charge, airflow through the condenser, and the condition of the compressor. For best results, inspect for debris and bent fins and verify there are no leaks elsewhere in the system.

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