Dakota Sourcing 13038 45 Degree Copper Elbow 1/2 in Od

Product Description

The DAKOTA SOURCING 13038 is a 45-degree copper elbow fitting used to change flow direction in copper tubing systems. With a 1/2 inch outside diameter and 3/8 inch inside diameter, it uses a copper-to-copper (C x C) sweat connection on both ends. This fitting is a standard component in residential and light commercial plumbing, HVAC refrigerant lines, and hydronic systems. Licensed plumbers and HVAC technicians install this type of fitting during new construction, remodel work, and repair service where a 45-degree directional change in a copper line is required.

This elbow is suited for use in potable water supply lines, drain-waste-vent branch offsets, and refrigerant or hydronic tubing runs where a gradual 45-degree bend is preferred over a 90-degree turn to reduce flow restriction. The C x C sweat configuration makes it compatible with standard copper tubing joined by soldering. It is appropriate for both horizontal and vertical pipe runs in residential and light commercial settings.

Key Features

• 45-degree angle provides a moderate directional change with lower flow resistance than a 90-degree elbow
• Copper-to-copper (C x C) sweat ends for soldered connections to standard copper tubing
• 1/2 inch OD and 3/8 inch ID dimensions suit common residential copper line sizes
• Copper construction offers corrosion resistance and long service life in wet environments

Compatibility

Designed as an OEM-style replacement or new-installation fitting for copper tubing systems requiring a 45-degree sweat elbow with 1/2 inch outside diameter and 3/8 inch inside diameter connections.

Installation Notes

Installation is performed by licensed plumbers or HVAC technicians. Shut off the water supply or isolate the refrigerant circuit and relieve pressure before cutting into any existing line. Clean and flux both the fitting socket and tube end before soldering; follow applicable local plumbing codes and ASTM or ASME standards for solder alloy selection, particularly for potable water applications. Allow the joint to cool completely before restoring system pressure.