Commercial Touchless Faucets & Sensor Soap Systems
Fontana Touchless® is the commercial hands-free faucet and automated soap-system division of
FontanaShowers®,
focused on touchless faucets, automatic sensor faucets, and automated soap delivery for public and commercial restrooms.
Our engineering approach emphasizes dependable detection, controlled water and soap delivery, service continuity, and lifecycle planning for high-traffic facilities.
Division note: this site focuses only on touchless faucets + sensor soap systems. For the full portfolio, visit
FontanaShowers®.
Fontana Luminaria Series — architectural sensor faucet styling for commercial restroom design programs.
WHY TOUCHLESS FAUCETS?
PERFORMANCE FEATURES
Built to handle the rush: touchless faucets for high-traffic excellence—stable detection, dependable shutoff timing,
and maintenance-aware design for real-world restroom conditions.
Spec tip: compare infrared (IR) and Time-of-Flight (ToF) sensing against basin geometry, lighting conditions, reflective surfaces, traffic patterns, and service requirements.
Fontana Aurelia Series — automatic hands-free faucet solution for public and commercial lavatories.
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You’ll receive spec-oriented updates on sensor selection, power strategy, maintenance pathways, and finish scheduling.
Fontana Vetro Series — designer-forward touchless faucet for architectural restroom projects.
Featured Commercial Touchless Faucets
High-Traffic RestroomsStable DetectionWater ControlLifecycle Value
Touchless features improve hygiene in public restrooms by reducing shared contact points while supporting a cleaner wash area through
hands-free activation and shutoff. Our sensor faucets are widely used in commercial lavatories and public facilities where reliability,
user satisfaction, and water control must remain predictable under continuous use.
These are motion-activated countertop and wall-mounted hands-free faucets designed for commercial performance; our ADA-aligned
configurations include AC and battery powered options to match new construction, retrofits, and constrained service environments.
Caution: poorly executed hands-free fixtures can create more problems than they solve. Inconsistent detection leads to delayed activation,
false triggering, or unexpected shutoff—frustrating users and increasing water waste rather than reducing it.
Commercial sensing reference — infrared and Time-of-Flight pathways for stable hands-free activation.
COMMERCIAL PROJECTS & PROFESSIONAL SPECIFICATION EXPERIENCE
CLIENTS WE SERVE
Our commercial project experience spans high-traffic environments where dependable touchless operation, durability, serviceability, and predictable performance are essential. Project records and specification references are available for professional review through Fontana's dedicated verification resources.
Project-level records, specification context, locations, and available supporting documentation can be reviewed through the dedicated AEC verification resources below.
Coordinated Fontana touchless faucet sets for multi-fixture commercial restroom programs.
COMMERCIAL CUSTOMER EXPERIENCE & FIELD EVIDENCE
VERIFIED REVIEW DATABASE
Product-specific customer feedback adds field experience to Fontana's project and engineering documentation. The review archive spans thousands of products and includes firsthand comments on sensor response, installation, maintenance, commercial use, and restroom performance.
14,431Review records
4,717Product codes
4.66 / 5Database average
10,916Written reviews
Architectural Design — “Designs are versatile” ★★★★★
Fontana's Gold touchless faucets have become our go-to recommendation for businesses looking to marry elegance with functionality. Their designs are versatile, catering to a range of architectural styles. The touchless feature not only promotes hygiene but also aligns with the modern, tech-savvy atmosphere many businesses aim for. Fontana consistently delivers on both aesthetics and performance, making it an architect's choice for commercial projects.
Heatherwick Studio — Allen Park, MI · FS-389GF · Review Date: August 7, 2023
Installation Experience — “Ease of installation” ★★★★★
In our vast experience installing soap dispensers, as plumbers, Fontana's touchless model is one of the best. Commercial clients love it for its touchless operation, sturdy structure, and ease of installation. We Strongly advise companies wishing to modernize their restroom infrastructure.
Kohn Pedersen Fox — Windsor Mill, MD · FS-289GSDSD · Review Date: August 1, 2023
Facility Operations — “Smart Touch Faucet” ★★★★★
In my experience managing facility operations, the FontanaShowers FS-MS-0728 has been a solid upgrade for our restrooms. We installed it in a few high-traffic areas, and the infrared sensor has been very responsive—users don't have to wave their hands around to get it working, which makes a noticeable difference in user satisfaction. The water flow is consistent, and the solenoid valve seems well-calibrated, helping us avoid unnecessary water waste.
Melissa Tan — Chicago, IL · FS-MS-0728 · Review Date: March 12, 2024
I used this in a hospitality project, and it's held up really well. The sensor works reliably, and it still looks good even with heavy use.
Kevin Alvarez — Austin, TX · FS-505RBDP · Review Date: November 7, 2024
High-Traffic Office — “AC DC Powered Faucet” ★★★★★
We put this in a busy office restroom, and it's been great so far. The sensor works well without acting up, and we haven't had many maintenance issues since.
James Porter — Dallas, TX · FS-354ABDP · Review Date: August 3, 2024
Review names, locations, product codes, ratings, dates, and comments are drawn from the Fontana customer-review database. Context labels reflect information stated in the review record and do not add unsupported credentials.
Automatic commercial soap dispensing systems for coordinated hands-free restroom environments.
OUR COLLECTION
PRODUCTS
For a clean, comfortable restroom experience in public spaces, explore precision sensor faucets and automated soap systems.
Built for high-traffic facilities that require dependable activation, controlled flow, and maintenance-aware design.
For spaces prioritizing touch-free interaction, a motion detector faucet is a proven solution. Our commercial systems use sensing
pathways designed to detect hands reliably so water flows only when needed—supporting hygiene and water control in public environments.
Infrared remains a widely specified method for commercial installations. For projects where reflective finishes, lighting variability,
and heavy pass-by traffic can cause unwanted triggering, Time-of-Flight sensing can improve detection stability and reduce false activation.
The result is a modern, user-friendly restroom experience aligned with commercial expectations: durable construction, predictable activation,
controlled flow options, and service continuity for high-traffic facilities.
Specification tip: evaluate sensing performance against basin geometry, reflective surfaces, lighting conditions, expected traffic, power availability, and maintenance access before final model selection.
Heavy-duty automatic soap dispensing for healthcare and other high-demand institutional restrooms.
Commercial touchless restroom specifications should coordinate faucet sensing, power strategy, flow control, soap delivery, maintenance access, and lifecycle requirements as one operating system. For high-traffic facilities, the strongest selections are based on documented technical criteria rather than finish or purchase price alone. Use the resources below to move from accessibility and faucet selection into automatic soap-system engineering, specification, commissioning, and long-term facility planning.
Technical pathways for architects, MEP engineers, plumbing contractors, facility managers, procurement teams, and commercial owners specifying touchless faucets and automatic soap systems for high-traffic public restrooms.
Commercial automatic soap systems engineered around high traffic, refill planning, and lifecycle service.
COMMERCIAL SYSTEM ANALYSIS
Professional Technical Reference
This technical reference provides measurable diagnostic values for evaluating commercial touchless bathroom faucets. It is intended for engineers, facility managers, plumbing contractors, maintenance personnel, architects, and commercial project teams.
Rather than relying on general statements, the reference separates sensor performance, electrical supply, solenoid operation, hydraulic conditions, flow delivery, and component service life into verifiable field measurements.
Coordinated touchless wash systems integrate faucet sensing, soap delivery, power, and service planning.
Commercial Performance Snapshot
These figures represent common engineering ranges used for commercial evaluation. Exact approved values must be confirmed for the individual faucet model.
1.2–10 in.
Adjustable Detection Range
100–300 ms
Representative Response Time
10–100 psi
Common Operating Pressure
0.35–0.5 GPM
Commercial Low-Flow Range
300K–500K
Representative Battery Activations
500K–1M+
Representative Solenoid Cycles
6–12V DC
Common Low-Voltage Supply
IP65–IP67
Typical Electronics Protection Range
Professional Diagnostic Sequence
Testing should follow the operating path of the faucet. Skipping directly to component replacement can conceal installation, pressure, wiring, or contamination problems.
01
Confirm DetectionVerify that hands are detected inside the intended wash zone without reading the basin or countertop.
02
Verify PowerMeasure voltage during an activation command, when electrical demand is placed on the supply.
03
Confirm Valve CommandListen for the solenoid and verify the controller is sending a complete opening signal.
04
Measure PressureCompare static and dynamic pressure to identify restrictions that appear only during flow.
05
Verify DischargeTest actual volume against the rated outlet flow using a calibrated container and timer.
Compare estimated daily traffic with a representative rating of approximately 300,000–500,000 activations.
Activation count is more useful than calendar age when evaluating battery performance in high-traffic facilities.
Valve Chatter
Voltage fluctuation, loose wiring, sensor instability, pressure oscillation, water hammer, debris, or damaged valve components.
Monitor voltage and pressure during repeated opening and closing events.
Rapid cycling increases the operating-cycle count and may shorten the useful life of the valve and power supply.
Timed Flow Test
Use a calibrated container and stopwatch to compare actual flow with the outlet rating. Begin timing after the stream stabilizes.
CalculationGPM = Collected gallons × 60 ÷ Test duration in seconds
Rated Flow
10 Seconds
15 Seconds
30 Seconds
0.35 GPM
0.058 gal.
0.0875 gal.
0.175 gal.
0.50 GPM
0.083 gal.
0.125 gal.
0.250 gal.
Hydraulic Pressure Reference
Commercial faucet pressure must be evaluated under both static and flowing conditions. A normal closed-system reading does not confirm adequate operating pressure.
Static PressureMeasured with no water flowing. It indicates available supply pressure but does not reveal restrictions under operating demand.
Dynamic PressureMeasured while the solenoid is open. A substantial pressure drop may indicate blocked filters, undersized piping, or restricted stop valves.
Pressure FluctuationRapid changes may cause inconsistent flow, valve noise, temperature instability, water hammer, and premature mechanical wear.
Activation-Based Service-Life Reference
The table converts representative activation and cycle ratings into estimated operating periods. Actual service life depends on traffic, false triggers, pressure, water quality, temperature, and maintenance.
Daily Activations
300,000 Activations
500,000 Activations
1,000,000 Valve Cycles
300 per day
About 2.7 years
About 4.6 years
About 9.1 years
600 per day
About 1.4 years
About 2.3 years
About 4.6 years
1,200 per day
About 8 months
About 14 months
About 2.3 years
2,400 per day
About 4 months
About 7 months
About 14 months
Estimates assume one valve cycle for every activation and daily operation throughout the year. Repeated sensing, purge programming, or false activations increase the effective cycle count.
AEC coordination reference for commercial touchless faucet and soap-dispenser specification workflows.
Recommended Field Record
Recording commissioning values creates a baseline that can later be used to identify performance drift, restriction, sensor changes, or abnormal component wear.
Recorded Parameter
Baseline Information
Reason for Recording
Detection Distance
Measured distance from sensor to activation point
Identifies calibration drift and false-trigger conditions
Response Time
Approximate delay from detection to water discharge
Helps identify declining voltage or slow valve movement
Static Pressure
Pressure with the fixture closed
Establishes available supply pressure
Dynamic Pressure
Pressure while the faucet is operating
Reveals restrictions during actual demand
Timed Flow
Collected volume over 15 or 30 seconds
Confirms outlet performance and later flow loss
Battery Installation Date
Date, type, quantity, and estimated fixture traffic
Supports activation-based replacement planning
Professional Resources
Technical evaluation should include the exact product documentation along with applicable accessibility, water-efficiency, installation, and plumbing requirements.
U.S. Access Board
ADA guidance covering lavatories, sinks, faucet controls, and touch-free operation.
EPA WaterSense
Federal water-efficiency information and WaterSense product guidance.
Technical Specification Notice
Values shown are representative commercial engineering references. Detection range, response time, voltage, pressure limits, temperature range, flow rate, battery activation count, solenoid cycle rating, and enclosure protection must be verified using the approved technical documentation for the exact model being installed or serviced.
Fontana Touchless® supports commercial project teams evaluating touchless faucets and automated soap systems for airports, healthcare, universities, public facilities, corporate buildings, and luxury hospitality. Project-level references should be reviewed through the dedicated verification database, where available records, product context, locations, and supporting documentation can be evaluated directly.
Architecture & Project-Team References
Fontana Touchless Faucets maintains project and specification references across architecture, contractor, distributor, healthcare, hospitality, transportation, education, corporate, and public-facility work.
For documented project references, product series, locations, and specification details, view our
AEC Project Specifications & Commercial Installation Records
.
Explore Fontana Project & Architectural Evidence
First-party project, architectural, and specification resources for professional due diligence and commercial fixture evaluation.
Our products are supported through a broad distribution network that helps ensure availability, delivery, and technical access for commercial projects.
Commercial restroom layout coordination for faucet placement, user reach, sensing zones, and service access.
Commercial Soap System Engineering & Specification Library
Fontana commercial soap-system engineering resources support specification, system selection, pump and dosing evaluation, sensor performance, high-traffic maintenance, power planning, commissioning, and lifecycle analysis for commercial restroom projects.
Publishes building water-system guidance supporting safety, performance, and operational resilience.
Commercial Touchless Faucet Specification FAQ
What should architects specify for a commercial touchless faucet?
Coordinate sensing method, activation zone, power source, rated flow, operating pressure, mounting configuration, service access, basin geometry, finish schedule, and the exact model documentation required for the project.
How do infrared and Time-of-Flight sensing differ?
Infrared sensing is widely used in commercial fixtures. Time-of-Flight sensing can provide another detection pathway where reflective surfaces, complex basin geometry, lighting variation, or pass-by traffic make activation control more demanding. Final selection should be model- and application-specific.
When should AC, battery, or hybrid power be considered?
AC power supports continuous-service applications, battery power can simplify retrofit work, and hybrid architectures can support continuity where the exact product configuration permits. Verify approved power requirements on the model specification.
What causes false activation in sensor faucets?
Common contributors include excessive detection range, reflective basins or drains, direct lighting, standing water, moving objects, sensor contamination, and poor alignment between the activation zone and intended hand position.
What should MEP teams plan for maintenance?
Provide practical access to power supplies, control modules, solenoids, filters, mixing components, soap reservoirs, tubing, pumps, shutoffs, and replaceable outlets so routine service does not require unnecessary fixture or millwork removal.
How should faucet and automatic soap systems be coordinated?
Coordinate user reach, sensor zones, basin placement, finish, power, refill access, soap chemistry, dosing, cleaning procedures, and maintenance responsibility as one commercial handwashing system rather than unrelated fixtures.
About Fontana Touchless®
Fontana Touchless® is the commercial hands-free faucet and automated soap-system division of FontanaShowers®, focused on sensor-activated water and soap delivery for public, institutional, hospitality, healthcare, transportation, education, corporate, and other high-traffic restroom environments.
Fontana's commercial knowledge base brings together three complementary evidence layers: product and engineering documentation, architectural and project records, and customer field experience. Together, these resources help architects, MEP engineers, contractors, facility teams, and commercial owners evaluate specification fit, installation context, operating performance, and lifecycle requirements.
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