Charlotte Pipe Pvc 00102 0600HA Dwv Reducing Coupling

Product Description

The Charlotte Pipe Foundry Co. PVC 00102 0600HA is a Schedule 40 PVC reducing coupling designed for drain, waste, and vent (DWV) systems. It transitions from a 2-inch pipe to a 1-1/2-inch pipe in a single fitting, maintaining flow direction and system integrity. Made from rigid PVC, this coupling is a standard component in residential and light commercial plumbing rough-in work. Licensed plumbers and pipefitters install this fitting as part of gravity-drain assemblies, branch connections, and fixture tie-ins where a reduction in pipe diameter is required along the drain line.

This reducing coupling is suited for above-ground DWV applications in residential construction and renovation projects. It is appropriate for use in sink drain lines, lavatory branches, bathtub connections, and similar fixture drain tie-ins where a 2-inch main transitions to a 1-1/2-inch branch or tail piece. The Schedule 40 wall thickness meets standard DWV service requirements. This fitting is sold in a package quantity of 25 units, making it practical for new construction or multi-fixture service calls.

Key Features

• Schedule 40 PVC construction for standard DWV service
• Reduces from 2 inches to 1-1/2 inches in a single fitting
• Suitable for above-ground drain, waste, and vent applications
• Sold in a package of 25 units for job-site efficiency
• Rigid PVC material resists corrosion and chemical degradation common in drain lines

Compatibility

Designed as an OEM-style replacement and standard-use fitting for Schedule 40 PVC DWV piping systems following ASTM D2665 or equivalent drain, waste, and vent standards.

Installation Notes

Installation is performed by a licensed plumber in accordance with the International Plumbing Code (IPC) or applicable local code. Clean and deburr pipe ends before applying PVC primer and solvent cement per the fitting and cement manufacturer instructions. Do not apply cement to wet or contaminated surfaces. Allow adequate cure time before pressurizing or flowing the system.