Lasco 402007 3/4" Socket x Socket x FNPT PVC Tee Sched 40 coupling
A Schedule 40 PVC tee joins two socket ends and one 3/4-inch FNPT thread for cold-water plumbing at up to 140°F
- NSF 14 and NSF 61 certified for potable water safety
- Schedule 40 PVC withstands 140 °F maximum temperature
- Socket x Socket x FNPT tee connects three pipe runs
- 76 inch compact length fits tight plumbing spaces
- White PVC resists corrosion and chemical damage
Product Identity
The Lasco 402007 is a Schedule 40 PVC tee fitting with a 3/4 inch pipe size and Socket x Socket x FNPT connections. It is intended for plumbers and installers building pressurised water lines that meet NSF 14 and NSF 61 standards.
Thermal And Pressure Limits
The fitting carries a maximum temperature rating of 140 degrees Fahrenheit for continuous service. White PVC construction resists corrosion and scale without adding noise or vibration to the system.
Deciding Specification
The Socket x Socket x FNPT layout provides two solvent-weld sockets and one female threaded branch in a single body. Buyers needing an all-socket or all-threaded tee will require a different configuration.
How it compares
Measured against everything we stock in Hose Fittings, Adapters & Clamps, at today’s prices. Recalculated every night.
- Price $1.09
- Cheaper than about 97% of the 2,955 comparable items (median $17.99).
Specifications
| Product | |
|---|---|
| Brand name | LASCO |
Questions about this item
How do I install the 3/4" Socket x Socket x FNPT PVC tee, and what step do people often get wrong?
Apply primer and solvent cement to both socket ends and the pipe, then push fully home with a quarter-turn. The common error is skipping primer or not seating the pipe to the stop, which leaves a leak path.
What maintenance or replacement will the Schedule 40 PVC tee need later?
The tee itself requires no routine maintenance. Inspect joints periodically for stress cracks or leaks; replace the fitting if the white PVC shows discolouration, brittleness or thread damage on the FNPT branch.
What limit appears first under sustained use at the 140°F maximum temperature?
Continuous exposure near 140°F reduces PVC pressure capacity and accelerates material ageing. The practical limit is thermal softening, so the system must stay below the rated temperature to maintain Schedule 40 integrity.
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