Dakota Sourcing 13011 90 Degree Long Elbow Copper Fitting

Product Description

The DAKOTA SOURCING 13011 is a 90-degree long-radius elbow copper fitting designed for sweat (C x C) connections in residential and light commercial plumbing and HVAC refrigerant line applications. With a 3/8-inch outer diameter and a 1/4-inch inner diameter, this fitting allows a smooth directional change in copper tubing runs while maintaining flow efficiency. The long-elbow body reduces turbulence compared to short-radius elbows, making it a reliable choice for tight routing in mechanical systems. Licensed plumbers and HVAC technicians use this fitting where space constraints require a precise 90-degree turn in a copper line set or supply line.

This fitting is suited for use in copper-to-copper sweat joints in plumbing supply lines, HVAC refrigerant circuits, and hydronic systems. The C x C connection type requires soldering on both ends. It is appropriate for residential service and light commercial installations where 3/8-inch OD copper tubing is specified.

Key Features

• 90-degree long-radius elbow geometry for smooth flow direction change
• 3/8-inch OD by 1/4-inch ID sizing for standard small-diameter copper tubing
• C x C (sweat) ends on both sides for soldered connections
• Long-elbow body reduces turbulence compared to short-radius alternatives
• Copper construction for corrosion resistance and solder compatibility

Compatibility

Designed as an OEM-style replacement or new-installation fitting for copper tubing systems using 3/8-inch OD sweat connections in plumbing and HVAC applications.

Installation Notes

Installation should be performed by a licensed plumber or HVAC technician in accordance with applicable IPC or IFGC requirements. Shut off the water supply or isolate the refrigerant circuit and depressurize before cutting into any existing line. Clean and flux both the fitting socket and tubing ends before applying heat to ensure a sound solder joint. Allow the joint to cool fully before restoring pressure to the system.