Description

The CHARLOTTE PIPE FOUNDRY CO. PVC 02107 1350HA is a white PVC reducer bushing designed to reduce a 2-inch pipe connection down to a 1-1/4-inch pipe connection. It uses a spigot x slip end configuration, meaning the spigot end inserts into a fitting socket while the slip end accepts a pipe. The bushing is fused construction, providing a secure, permanent transition between pipe sizes. It meets the requirements of ASTM D 2466, the standard specification for PVC plastic pipe fittings. This fitting is appropriate for plumbing and irrigation installers working with Schedule 40 PVC pipe systems. Each package contains 25 bushings.

This reducer bushing is used in sprinkler and irrigation systems where a pipe size reduction is needed at a fitting junction. It is suited for residential and light commercial landscape irrigation layouts. The spigot end fits directly into a standard socket-end fitting, making it a straightforward inline transition piece. Installers working on PVC distribution lines will find this bushing useful wherever a main line steps down to a smaller lateral or branch line.

Key Features

Reduces a 2-inch connection to a 1-1/4-inch connection in a single fitting
Spigot x slip end configuration for direct socket insertion
Fused construction for a permanent, secure pipe size transition
Meets ASTM D 2466 requirements for PVC plastic pipe fittings
White PVC material suited for irrigation and sprinkler system use
Sold in a package of 25 units

Compatibility

Designed for use in sprinkler and irrigation systems requiring a 2-inch to 1-1/4-inch pipe size reduction with a spigot x slip connection. Compatible with standard Schedule 40 PVC pipe and socket fittings conforming to ASTM D 2466 dimensions.

Installation Notes

Installation is performed by plumbers or irrigation technicians working with solvent-weld PVC systems. Shut off the water supply and relieve system pressure before cutting into any existing line. Clean and deburr pipe ends, apply PVC primer and solvent cement to both the spigot end and the receiving socket per manufacturer and local code requirements. Allow adequate cure time before pressurizing the system.