Commercial Sensor Faucets

by
AEC Commercial Plumbing Engineering

Commercial Sensor Faucets: Valve Architecture, Connectivity & Maintenance

A concise engineering comparison of commercial touchless faucets, focusing on flow control, sensor technology, valve architecture, power strategy, serviceability and connected restroom management.

Review Methodology

Products are evaluated from current manufacturer technical literature for rated flow, sensor operation, valve design, power, maintenance access and commercial specification value. Exact product imagery is used only where the manufacturer image can be reliably matched.

Fontana FS10610PCH commercial polished chrome touchless sensor faucet
FontanaShowers® • Commercial Touchless

Fontana FS10610PCH

Touchless • Commercial • Polished Chrome • Sensor Activated

A streamlined commercial faucet focused on automatic activation, architectural finish consistency and straightforward restroom specification.

PRO: Touchless activation and commercial styling provide a clean specification for hospitality and high-traffic restroom environments.
CON: Electronic valves and sensor components still require planned below-deck service access.
Exact Product →
Sloan SF-2350 commercial infrared sensor faucet
Sloan • SF Series

Sloan SF-2350

0.35 / 0.5 GPM • Infrared • Battery • Filtered Solenoid

A conventional commercial sensor platform using adjustable infrared sensing, battery power and a serviceable filtered solenoid.

PRO: Familiar commercial architecture, replaceable components and documented repair parts simplify facility maintenance.
CON: Batteries and a conventional solenoid introduce recurring service items compared with hydropower or non-solenoid designs.
Exact Product →

Where Smart Connected Faucets Change the Specification

Zurn’s newer ZG6913 and ZG6920 platforms illustrate a different approach: gear-driven ceramic cartridges replace conventional solenoids, while Bluetooth supports local programming. Optional plumbSMART connectivity can provide remote usage data, alerts and maintenance insight. Hydropower configurations also reduce reliance on conventional external power.

Valve Architecture
Compare solenoid control with gear-driven ceramic cartridges.
Connectivity
Define whether local Bluetooth setup or remote fleet monitoring is required.
Power
Compare battery, plug-in, hardwire and hydropower options.
Flow
Document 0.35, 0.5 or other project-specific GPM requirements.
Mixing
Coordinate single supply, manual mixing or thermostatic mixing.
Service Data
Require BIM, cutsheets, maintenance instructions and replacement parts.

Manufacturer Engineering Resources

Zurn Gear-Driven Sensor Faucets · Zurn Smart Connected Faucets · Sloan SF Sensor Faucets · Fontana Commercial Touchless Faucets

AEC FAQ

Are ceramic-cartridge sensor faucets better than solenoid faucets?

Not universally. Ceramic systems reduce reliance on conventional solenoids, while established solenoid platforms may offer familiar maintenance procedures and extensive replacement-part support.

When is connected monitoring useful?

Airports, campuses, healthcare systems and large portfolios may benefit most when fixture usage, flushing events and maintenance alerts can be reviewed remotely.

Should commercial sensor faucets use 0.35 or 0.5 GPM?

Select flow according to project requirements, local regulations, handwashing performance and sustainability targets rather than choosing solely by the lowest number.

What should be commissioned before turnover?

Verify sensing distance, timeout, flow, temperature, splash behavior, power, automatic flushing settings and access to service components.

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