Streamline AC04020 – 5/8" OD x 20' ACR Nitrogenized Copper Tubing (Type ACR)
Streamline AC04020 is a 5/8-inch outside diameter, 20-foot length of hard-drawn ACR (Air Conditioning & Refrigeration) copper tubing. Manufactured in accordance with ASTM B280, this tubing is nitrogen-charged and sealed to prevent internal oxidation during storage and brazing, ensuring system cleanliness and minimizing the risk of contamination.
The tubing is specifically intended for use in refrigeration and air conditioning applications requiring precise dimensional tolerances and internal cleanliness. Each length is individually capped to maintain internal integrity and marked for easy identification in the field.
Product Specifications:
Tube Type: ACR, nitrogen-charged and sealed
Outside Diameter: 5/8 inch
Length: 20 feet
Wall Thickness: 0.040 inch (nominal)
Working Pressure: 613 psig
Maximum Operating Temperature: 150°F
Manufacturing Standard: ASTM B280
End Treatment: Cleaned, dehydrated, nitrogen pressurized, and capped
Features:
Internal Oxidation Control: Supplied nitrogen-filled to reduce scale formation during brazing
Tight Tolerances: Manufactured to meet strict HVACR dimensional specifications
Clean Interior Surface: Maintains system integrity in critical refrigeration applications
Code Compliance: Meets requirements for refrigeration-grade copper in mechanical and HVAC codes
Markings: Permanently incised with size, type, and standard designation for inspection and traceability
Common Applications:
Residential and commercial HVAC refrigerant line sets
Split-system air conditioning and heat pump installations
Refrigeration piping for cold storage, grocery, and foodservice systems
Retrofit or replacement installations requiring clean, pre-treated tubing
Installation Considerations:
This tubing is intended for brazed connections and should be installed in accordance with applicable ASHRAE and mechanical code standards. Proper reaming, deburring, and nitrogen-purged brazing practices are essential to maintain system cleanliness and performance.