Value Collection 13114D Malleable Iron Pipe Bushing 2x1 in

Product Description

The VALUE COLLECTION 13114D is a malleable iron pipe bushing used to reduce a 2-inch female threaded port down to a 1-inch male threaded connection. Finished with a galvanized coating for corrosion resistance, this Class 150 fitting is rated for liquid and gas service at up to 300 psi and steam service at up to 150 psi. Plumbers, pipefitters, and mechanical contractors install this type of bushing when transitioning between pipe sizes within threaded piping systems carrying water, air, gas, or steam.

This bushing is suited for use in residential and light commercial plumbing, HVAC hydronic systems, compressed air distribution, and low-pressure steam piping. It threads directly into a 2-inch female-threaded fitting, valve, or pipe end and accepts a 1-inch male-threaded pipe or fitting on the opposite end. The galvanized finish makes it appropriate for exposed or moderately corrosive environments. This fitting ships in a package quantity of 2.

Key Features

• Malleable iron construction for strength and impact resistance in threaded piping applications
• Galvanized finish provides corrosion protection for extended service life
• Rated 300 psi for liquid and gas service
• Rated 150 psi for steam service
• Class 150 fitting, compatible with standard threaded piping systems
• Reduces 2-inch female threads to 1-inch male threads for in-line size transitions

Compatibility

Designed as an OEM-style replacement or standard component for threaded malleable iron piping systems using Class 150 fittings with NPT connections.

Installation Notes

Installation is performed by licensed plumbers or pipefitters following applicable IPC or IFGC requirements for the service fluid. Depressurize and isolate the piping system completely before removing or installing any fitting. Apply thread sealant or PTFE tape appropriate for the service medium before threading the bushing into the receiving fitting. Do not over-torque malleable iron fittings, as the material can crack under excessive force.