Nissens 95171 A/C Receiver Drier

Nissens A/C Receiver Drier 95171

Nissens 95171 is an aluminum A/C receiver drier for vehicle air conditioning systems that need reliable refrigerant filtration and moisture control. It is built for select Volkswagen Beetle, Golf, Jetta, R32, and Audi TT applications, including Audi TT Quattro.

• Aluminum body construction
• Body diameter: 2.3600 in.
• Body length: 6.3000 in.
• Mounting bracket included: No
• Direct replacement-style part for select OE applications

Application Details

This Nissens A/C receiver drier 95171 is used in HVAC systems to help maintain proper refrigerant flow by trapping moisture and filtering contaminants before they circulate through the A/C circuit. It is a fitment-based replacement for 1998-2010 Volkswagen Beetle, 1999-2006 Volkswagen Golf, 1999-2005 Volkswagen Jetta, 2004 Volkswagen R32, 2000-2006 Audi TT, and 2000-2006 Audi TT Quattro. This part cross-references 1C0820191 and ARD1130 for the same application.

What It Helps Address

• Weak or inconsistent cabin cooling
• Moisture contamination in the A/C system
• Debris buildup in the refrigerant circuit
• Service replacement for a worn receiver drier
• Restoration of proper HVAC system function on Volkswagen Beetle, Golf, Jetta, R32, and Audi TT platforms

Installation Notes and Tips

Replace the receiver drier whenever the A/C system has been opened for service, and verify all seals and connections before recharging. Confirm the vehicle application by year and chassis notes, especially for 2003 Volkswagen Jetta models with VIN break information. Because no mounting bracket is included, reuse the existing bracket or mounting arrangement if required by the vehicle.

Quality Assurance

Nissens develops and manufactures thermal management components to consistent quality standards and continuously updates its aftermarket product range to match changing vehicle technology. Part number 95171 is built as a service replacement for the listed applications and follows Nissens' established manufacturing approach for HVAC components.