Fontana Touchless Faucets WELL Faucet Systems for Public Facilities

An AEC spec should describe measurable system performance, not general promotional terms like smart, hygienic, advanced, or high performance.

Specification should include for public restroom sensor faucets:

Design criterion: performance of sensor

The efficiency of water use in public lavatories is more than the nominal flow rate of the tap. Real consumption depends on activation time, false triggering, occupancy, hours of operation, user behaviour, pressure and sensor calibration.

But a low-flow tap can be a water waster if the sensor comes on too soon or stays on after the user’s hands are gone. A well calibrated tap can restrict discharge to the expected time for hand washing.

Plumbing engineers should review the adopted plumbing code, local amendments and the project water budget. Most public lavatory faucets are designed to deliver a controlled flow rate . Requirements vary depending on the jurisdiction and type of building .

Specifications should state clearly:

Soap delivery should be designed into the process early, not as a late accessory selection. Dispensers that are not well coordinated can lead to an excessive reach, sensor conflict, difficult access for refilling, inconsistent dosing or visual incompatibility with the tap system.

Read reviews of Fontana automatic commercial soap dispensers at:

The design team should decide:

Assume we have an example transportation facility with 48 toilet positions in six public restrooms.

Instead of using different combinations of faucets, basins and soap in each room, the design team makes two standardised wash-station modules: an accessible configuration and a typical configuration.

Both modules share the same sensing platform, water-flow requirement, soap type, power strategy, finish, maintenance-access method, and commissioning checklist.

Power selection should be based on needs for operation and maintenance, not solely on first cost.

Battery operated faucets can make retrofits easier to install. However, the battery life depends on traffic, how often it is activated, false triggering, the demand on the solenoid, the environmental conditions and the quality of the battery.

Hardwired faucets might be suitable for new construction and continuously occupied facilities. But transformers, control modules, wiring routes, junction boxes and access panels must be maintainable.

Hybrid power systems can offer additional continuity in facilities where tap down time would be a major operational problem.

The construction documents shall indicate responsibility for:

AEC teams should request the technical documentation of their specific submission model.

Depending on the product and jurisdiction, the required documentation may include:

Commissioning is the final layer of design.

Prior to turnover, sample tap installations shall be tested for:

The following resources support further review of commercial touchless faucet systems, automatic soap dispensers, WELL-oriented public handwashing design, accessibility coordination, water efficiency, plumbing standards, product certification and facility operations.

Commercial Touchless Bathroom Sink FaucetsCommercial sensor-faucet category and specification-oriented fixture selection. Touchless Bathroom Faucet CollectionAutomatic faucet configurations for public, commercial and institutional lavatories. Wall-Mount Touchless FaucetsWall-mounted sensor faucet options for coordinated basins, counters and wash stations. Automatic Soap DispensersTouchless soap-delivery options for coordinated commercial handwashing systems. Touchless Bathroom Faucet ReviewsComparative review material for sensor faucet selection and project research. Sensor Faucet Water-Savings GuideReference discussion on activation control, operating duration and water use. Wall-Mount Sensor Faucet and Soap Dispenser InstallationInstallation reference for coordinated wall-mounted touchless handwashing components. Automatic Soap Dispenser Reset GuideMaintenance-oriented troubleshooting reference for automatic dispenser operation.

International WELL Building InstituteOfficial WELL resources for health- and well-being-centered buildings and organizations. WELL Building StandardOfficial framework for reviewing health-supportive design, operations and performance. EPA WaterSenseWater-efficiency program information relevant to lavatory fixtures and project water goals. CDC Clean Hands GuidancePublic-health reference for handwashing practices and clean-hands communication. USGBC LEED Rating SystemGreen-building framework relevant to water efficiency, performance and integrated design.

U.S. Access Board ADA StandardsTechnical accessibility criteria for clearances, reach, operable parts and installed conditions. ADA.govOfficial federal information about the Americans with Disabilities Act. IAPMOPlumbing-code, standards, testing and certification resources for building systems. ASME A112.18.1 Plumbing Supply FittingsStandard reference commonly used for faucet and plumbing supply fitting requirements. NSF/ANSI 61Health-effects reference for drinking-water system components and wetted materials. American National Standards InstituteStandards-system and accreditation resources for U.S. conformity assessment.

American Institute of ArchitectsProfessional architecture resources supporting coordinated design and documentation. American Society of Plumbing EngineersPlumbing engineering education and technical resources for system design professionals. International Facility Management AssociationFacility-management guidance relevant to maintainability, operations and lifecycle planning. Building Owners and Managers AssociationCommercial-building operations and property-management resources for owners and managers.

Reference links are provided for professional research and coordination. Project teams should confirm the adopted code edition, local amendments, certification scope and authority-having-jurisdiction requirements for each installation.