Charlotte Pipe Foundry Co. Pvc 02116 1700HA Pvc Slip Cap 2.5 in

Product Description

The Charlotte Pipe Foundry Co. PVC 02116 1700HA is a Schedule 40 pressure-rated PVC slip cap designed to terminate the open end of a PVC pipe run. The slip-style socket end fits directly over the pipe outside diameter for solvent-cement joining, creating a permanent, pressure-rated closure. This fitting is sold in a package of 10 units and is sized for 2.5-inch nominal pipe. It is commonly installed by licensed plumbers and pipefitters in residential and light commercial water distribution, irrigation, and industrial piping systems.

This slip cap is suited for cold and hot water pressure applications where a clean, sealed pipe termination is required. The Schedule 40 pressure rating makes it appropriate for use in potable water supply lines, irrigation manifolds, and general-purpose fluid handling systems. Installation requires standard solvent cement and primer per applicable plumbing code. The fitting ships in a 10-piece package, making it practical for both single-job use and stocking.

Key Features

• Schedule 40 pressure rating for use in water supply and irrigation applications
• Slip socket end accepts standard 2.5-inch nominal PVC pipe for solvent-cement joining
• PVC construction provides corrosion resistance and lightweight handling
• Sold in a package of 10 units for convenient stocking and jobsite use
• Permanent closure fitting designed to cap and seal open pipe ends

Compatibility

Designed as an OEM-style replacement and standard fitting for Schedule 40 PVC pressure piping systems using 2.5-inch nominal pipe.

Installation Notes

Installation is performed by a licensed plumber following applicable IPC or local plumbing code requirements. Shut off and depressurize the water supply before cutting into any active pipe run. Clean and deburr the pipe end, apply appropriate PVC primer, then apply solvent cement to both the pipe and the fitting socket before joining. Allow full cure time per the cement manufacturer's instructions before restoring system pressure.