Mueller Industries LS02060 Seamless Copper Tube 60 Ft

Product Description

The MUELLER INDUSTRIES LS02060 is a seamless copper tube designed for fluid and gas transport in plumbing, HVAC, and refrigeration applications. It measures 60 feet in length with a 3/8 inch outside diameter, a 0.25 inch inside diameter, and a 0.030 inch wall thickness. Manufactured from C12200 phosphorus-deoxidized copper, this tube meets ASTM B88 and NSF 61G standards, making it suitable for potable water systems as well as mechanical and refrigerant line sets. Licensed plumbers, HVAC technicians, and mechanical contractors are the primary installers.

This tube is suited for residential and light commercial installations where a continuous, coilable copper run is needed. The 60-foot length reduces the number of joints required in long runs, which lowers leak risk and speeds installation. Typical applications include domestic water supply lines, ACR line sets, radiant heating loops, and fuel gas distribution where copper is a code-approved material. The seamless construction ensures consistent wall thickness throughout the coil.

Key Features

• Seamless construction provides uniform wall thickness and eliminates longitudinal weld seams
• C12200 alloy with 0.030 inch wall thickness balances pressure rating with workability
• 60-foot continuous coil minimizes fittings and field joints
• ASTM B88 compliance confirms suitability for plumbing and fluid service
• NSF 61G listing supports use in potable water systems
• Phosphorus-deoxidized copper is compatible with standard solder, braze, and compression fittings

Compatibility

Designed as an OEM-style replacement and new-install copper tube for residential and commercial plumbing, HVAC, and refrigeration line applications where 3/8 inch OD seamless copper tubing is specified.

Installation Notes

Installation should be performed by a licensed plumber or HVAC technician in accordance with applicable local codes, the International Plumbing Code, or the International Fuel Gas Code. Shut off water supply or isolate the refrigerant circuit completely before cutting into any existing line. Use a sharp tube cutter to avoid deforming the tube wall, and ream cut ends to restore full inside diameter before fitting. Solder and braze connections must meet accepted industry procedures; do not use open flame near insulation or combustible materials without proper shielding.