Cambridge Resources 506201 Reducing 90 Elbow 1-1/2x1

Product Description

The CAMBRIDGE RESOURCES 506201 is a black reducing 90-degree elbow designed for pipe routing applications that require a direction change while transitioning between two different pipe sizes. This fitting connects a 1-1/2-inch pipe to a 1-inch pipe at a 90-degree angle, making it a practical solution for tight-space installations where both a turn and a size reduction are needed in a single fitting. Plumbers and pipefitters typically install this type of elbow in drain, waste, and vent lines or low-pressure piping systems. The black finish is consistent with standard black iron or similar pipe system aesthetics.

This fitting is suited for residential and light commercial piping installations where a reducing 90-degree turn is required. It is sold as a single unit. Verify the inlet and outlet dimensions against the existing pipe system before ordering, as the 1-1/2-inch and 1-inch connection sizes must match the installed pipe diameter at each end. This elbow is appropriate for applications that call for a compact, one-piece reducing and directional change component rather than a combination of a straight reducer and a separate elbow.

Key Features

• Reducing configuration transitions from 1-1/2 inches to 1 inch in a single fitting
• 90-degree angle provides a right-angle direction change for pipe runs
• Black finish suits standard black pipe system installations
• Single-unit selling configuration for straightforward procurement

Compatibility

Designed as a replacement or new-installation fitting for piping systems requiring a 1-1/2-inch to 1-inch reducing 90-degree elbow connection.

Installation Notes

Installation should be performed by a licensed plumber or pipefitter in accordance with applicable local plumbing codes and the IPC. Shut off the water supply or depressurize the line before beginning any work. Confirm thread type and pipe material compatibility before installation to ensure a proper seal. Do not overtighten threaded fittings, as this can damage threads or crack the fitting body.