Value Collection G130R 50X20 Malleable Iron Tee Reducer

Product Description

The VALUE COLLECTION G130R 50X20 is a malleable iron tee reducer fitting designed for threaded pipe assemblies in plumbing, HVAC, and industrial piping systems. It connects a 2-inch run with a 3/4-inch branch outlet using NPT threads and carries a Class 150 pressure rating of 300 psi for liquid and gas service, as well as 300 psi for steam. The galvanized finish provides corrosion resistance in a range of service environments. Licensed plumbers and pipefitters are the primary installers of this type of fitting.

This tee reducer fitting is suited for residential and commercial piping applications involving gas distribution, water supply, and steam lines. The threaded end connections allow it to be installed without welding or special tooling, making it practical for retrofit and new-construction work alike. The Class 150 rating and FM Approved, cULus Listed certifications make it appropriate for use in systems that require verified pressure compliance.

Key Features

• Malleable iron construction with galvanized finish for corrosion resistance
• 300 psi pressure rating for liquid, gas, and steam service
• NPT threaded end connections on all three ports
• Tee reducer configuration: 2 x 2 x 3/4 inches
• Class 150 fitting rating
• FM Approved, cULus Listed, and ISO 7/1 compliant

Compatibility

Designed as an OEM-style replacement or new-installation fitting for Class 150 threaded malleable iron piping systems using NPT connections in gas, liquid, and steam service applications.

Installation Notes

Installation should be performed by a licensed plumber or pipefitter in accordance with applicable codes, including the International Plumbing Code and International Fuel Gas Code. Shut off gas or water supply and relieve system pressure before removing or installing any threaded fittings. Apply an appropriate thread sealant or PTFE tape to NPT threads before assembly. Do not overtighten threaded connections, as malleable iron fittings can crack under excessive torque.