Dakota Sourcing 13016 90 Degree Long Elbow Copper C X C

Product Description

The DAKOTA SOURCING 13016 is a 90-degree long-radius elbow copper fitting designed for sweat (C x C) connections in residential and commercial plumbing and HVAC refrigerant piping systems. With a 7/8-inch outer diameter and a 3/4-inch inner diameter, this fitting provides a smooth, long-sweep turn that reduces flow restriction and pressure drop compared to short-radius elbows. Licensed plumbers and HVAC technicians use long elbows where low-turbulence directional changes are required in copper pipe runs.

This fitting is suited for use in domestic water supply lines, hydronic heating loops, and HVAC refrigerant line sets where 3/4-inch nominal copper tubing is installed. The C x C (copper-to-copper) sweat configuration makes it compatible with standard soldering and brazing procedures. It is appropriate for both new construction and retrofit applications involving 3/4-inch copper tubing.

Key Features

• Long-radius sweep reduces turbulence and pressure drop compared to standard elbows
• 7/8-inch OD and 3/4-inch ID for use with 3/4-inch nominal copper tubing
• C x C (copper-to-copper) sweat ends for soldered or brazed connections
• Copper construction offers corrosion resistance and durability in wet environments
• 90-degree turn angle for perpendicular directional changes in pipe runs

Compatibility

Designed as an OEM-style replacement or new-installation fitting for systems using 3/4-inch nominal copper tubing with sweat-style connections.

Installation Notes

Installation should be performed by a licensed plumber or qualified HVAC technician in accordance with applicable local plumbing codes and IFGC or IPC standards. Shut off the water supply or isolate the refrigerant line set and depressurize the system before cutting and fitting. Clean pipe ends and fitting cups thoroughly before applying flux and soldering or brazing per standard copper joining procedures. Do not use open flame near insulation or other flammable materials without proper protection in place.