TandS Brass B-1120, Two-Handle Workboard Deck Mount Faucet, 8" Center, Chrome, 2.20 gpm

T&S B-1120 Manual Mixing Faucet – 8" Center Wall Mount with 6" Swing Nozzle

The T&S B-1120 is a wall-mounted mixing faucet engineered for utility and workboard applications. Built from polished chrome-plated brass, it features an 8-inch center-to-center spacing and a 6-inch swing nozzle, providing dependable performance in commercial and industrial settings.

Product Features

• Construction: Chrome-plated brass body for corrosion resistance and long-term durability
• Nozzle: 6" tubular swing spout with stream regulator outlet for flexible use and consistent flow
• Valves: Quarter-turn Eterna compression cartridges with spring checks to control flow and reduce cross contamination
• Handles: Lever-style with red and blue index markers for clear temperature identification
• Compliance: Manufactured to meet low-lead content requirements for potable water systems

Specifications

• Mounting: Wall mount, 8" adjustable centers
• Inlet Connection: 1/2" NPT male
• Flow Rate: 2.2 GPM at 60 psi
• Spout Reach: 6 inches
• Spout Height: 3-1/16 inches
• Deck Clearance: 1/4 inch max thickness (for related configurations)
• Operating Pressure: 20–125 psi
• Temperature Range: 40°F to 140°F

Installation Notes

Designed for fixed wall mounting with 8" center spacing, this faucet requires proper plumbing alignment and standard 1/2" NPT supply connections. Use of professional installation is recommended to ensure code compliance and secure operation in commercial environments.

Application Scope

• Food service workboards and utility sinks
• Laboratory or janitorial stations requiring frequent mixed-water use
• Service areas where a compact swing-spout faucet is needed

Contractor Considerations

With its high-flow capability and compact profile, the B-1120 is well-suited to installations requiring robust materials and consistent water delivery. Quarter-turn compression valves with integral check valves reduce maintenance and help safeguard potable systems against backflow risks.