Midland Copper 90 Degree Reducing Solder Joint Elbow

Product Highlights

• Midland copper reducing elbow
• 90-degree directional change
• Reduces between two copper tube sizes
• Solder-joint / sweat connections
• Copper construction
• Nine reducing configurations on one listing
• Sizes ranging from 3/8" x 1/4" through 2" x 1-1/2"
• Helps combine a directional change and size transition in one fitting
• Designed for compatible copper tubing systems

A reducing 90-degree elbow performs two functions within the piping system. It changes the direction of the copper piping by 90 degrees while also transitioning between two different nominal tube sizes.

• Changes piping direction by 90 degrees
• Connects two different nominal copper tube sizes
• Can reduce the number of separate fittings required
• Useful where a size transition occurs at a piping turn

Each variant lists two nominal copper tube sizes because the two ends of the fitting are different. For example, a 1" x 3/4" reducing elbow provides a transition between those two tube sizes while making the 90-degree turn.

• First dimension: larger nominal connection
• Second dimension: reduced nominal connection
• Both dimensions should be confirmed before ordering
• Do not select a reducing elbow based on only one side of the fitting

These fittings are intended for solder-joint installation with compatible copper tubing. Proper tube and fitting preparation helps produce a clean and dependable completed joint.

• Cut tubing squarely.
• Remove internal and external burrs.
• Clean the tube and fitting socket.
• Use joining materials appropriate for the piping application.
• Insert tubing fully into each fitting socket.
• Heat and solder the joint using proper procedures.
• Allow completed joints to cool naturally.

• Step 1: Identify the nominal copper tube size on the larger side.
• Step 2: Identify the nominal tube size required on the reduced side.
• Step 3: Confirm that the piping needs a 90-degree directional change.
• Step 4: Select the variant matching both required tube sizes.
• Step 5: Confirm solder-joint installation is appropriate for the application.

• Confirm both tube sizes before installation.
• Cut copper tube squarely and remove burrs.
• Clean tube ends and fitting sockets before joining.
• Insert each tube fully into the corresponding fitting socket.
• Use soldering materials appropriate for the piping application.
• Avoid overheating the fitting or surrounding components.
• Support completed piping to minimize mechanical strain.
• Pressure-test the completed system according to applicable requirements.