Charlotte Pipe Pvc 02107 3600HA 3x2 Pvc Reducer Bushing

Product Description

The Charlotte Pipe Foundry Co. PVC 02107 3600HA is a white PVC reducer bushing designed to step down pipe size from 3 inches to 2 inches. It uses a spigot-by-slip connection, allowing one end to insert into a fitting socket while the other accepts pipe directly. Built to meet ASTM D 2466 standards, this bushing is suitable for pressure-rated PVC piping applications. Licensed plumbers and irrigation technicians install this fitting in new construction and retrofit work where a size transition is needed without additional coupling hardware.

This reducer bushing is used primarily in residential and commercial sprinkler and irrigation systems where pipe diameter changes are required at lateral or zone transitions. The spigot x slip configuration integrates cleanly into standard PVC fitting networks. The white color is typical of Schedule 40 PVC used in irrigation and potable water distribution. Pack quantity is 10 units per package, making it practical for contractors stocking multiple zones or completing larger irrigation layouts.

Key Features

• Reduces pipe from 3 inches to 2 inches for zone or lateral transitions
• Spigot x Slip connection type for straightforward integration into existing PVC fitting runs
• Meets ASTM D 2466 requirements for PVC pressure fittings
• White PVC construction consistent with Schedule 40 irrigation applications
• Sold in packages of 10 units for job-site efficiency

Compatibility

Designed as an OEM-style replacement and standard fitting for 3-inch to 2-inch PVC piping systems used in sprinkler and irrigation applications that comply with ASTM D 2466.

Installation Notes

Installation is performed by licensed plumbers or irrigation technicians. Shut off all water supply and depressurize the line before cutting into existing pipe. Use PVC primer and solvent cement rated for the pipe schedule and application per manufacturer and local code requirements. Avoid over-applying solvent cement, which can restrict the interior bore and reduce flow.