Copeland 049180 Suction Line Filter Drier, 5/8″ ODF, 35 Cu In, 40 Micron, 500 PSI (ASF35S5VV)

Description

The Copeland ASF35S5VV (SKU 049180) is a heavy-duty suction line filter drier engineered to protect refrigeration and air conditioning systems from moisture, acid, and particulate contamination. Featuring dual access valves for convenient system diagnostics and service, this filter drier is an essential component for maintaining system integrity and extending compressor life.

Key Features

• 5/8″ ODF (sweat) connections for secure, leak-free installation
• 35 cubic inch capacity for high-volume filtration performance
• 40 micron filtration rating — effectively captures particulates, sludge, and debris
• 500 PSI maximum working pressure for compatibility with a wide range of refrigerants and system pressures
• Dual access valves allow technicians to check system pressures and draw samples without breaking the refrigerant circuit
• Suction line design protects the compressor from contaminants entering from the low-pressure side of the system

Product Specifications

• Brand: Copeland
• SKU / Part Number: 049180
• Model: ASF35S5VV
• Connection Type: 5/8″ ODF Sweat (Solder)
• Volume: 35 cubic inches
• Filtration Rating: 40 Micron
• Maximum Working Pressure: 500 PSI
• Valve Configuration: Dual Access Valves
• Application: Suction Line

Applications

• Residential and commercial air conditioning systems
• Refrigeration systems requiring suction line protection
• System cleanup after compressor burnout or contamination events
• New installations requiring moisture and particulate control on the suction side

Why Use a Suction Line Filter Drier?

Installing a suction line filter drier is a best practice for protecting compressors from harmful contaminants. The Copeland ASF35S5VV removes moisture, acid, and solid particles before they can reach the compressor, reducing the risk of premature failure and costly repairs. The integrated dual access valves make this unit especially valuable for service technicians, enabling pressure readings and refrigerant sampling without system interruption.