Charlotte Pipe Cts 02400 0800HA Cpvc Tee 3/4 Inch

Product Description

The CHARLOTTE PIPE CTS 02400 0800HA is a 3/4-inch CPVC tee fitting designed for solvent-weld installation in hot and cold potable water systems. CPVC (chlorinated polyvinyl chloride) handles higher temperature ranges than standard PVC, making it a reliable choice for domestic hot water distribution lines. This fitting accepts solvent cement on all three sockets, creating a permanent, pressure-rated joint. Plumbers and pipe fitters install this type of fitting during new construction and remodel work where a branch connection is needed along a run of CTS-dimension CPVC pipe.

This tee is suited for residential and light commercial potable water applications, including supply lines, branch takeoffs, and distribution headers. It is sized to the CTS (Copper Tube Size) outside diameter standard, which is the correct dimension for CPVC water supply pipe. Typical installations include undersink supply runs, water heater connections, and in-wall rough-in work where a branch outlet is required.

Key Features

• Solvent-weld sockets on all three openings for a permanent, leak-resistant joint
• CPVC material rated for both hot and cold potable water service
• CTS outside diameter sizing matches standard CPVC water supply pipe
• 3/4-inch nominal size suits common residential and light commercial supply lines
• Lightweight construction at approximately 0.07 pounds per fitting

Compatibility

Designed as an OEM-style replacement and standard-use fitting for 3/4-inch CTS-dimension CPVC potable water piping systems using solvent-cement joining methods.

Installation Notes

Installation should be performed by a licensed plumber in accordance with local plumbing codes and the IPC or applicable state equivalent. Shut off the water supply and depressurize the line before cutting and fitting. Use only CPVC-rated solvent cement and primer; standard PVC cement is not appropriate for CPVC fittings. Allow full cure time per the cement manufacturer instructions before pressurizing the system.