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FontanaTouchlessFaucets Technical Guide

Fontana Touchless Faucets WELL Workplace Wellness Faucet Solutions

Wellness is becoming a feature of buildings, not an add-on policy after people move in. “For architects, MEP engineers, plumbing consultants, interior designers, specification writers, contractors and facility managers, the handwashing station is a small but very visible part of that strategy.”

A properly coordinated touchless tap system can support hygienic behaviours, accessibility, water efficiency, occupant confidence, and maintainable building operations. These objectives are consistent with the general purpose of the WELL Building Standard, which is to promote healthier and more supportive indoor environments.

HygieneTouch-free activation and coordinated handwashing flow.
AccessibilityResponsive operation within a usable lavatory assembly.
Water EfficiencyControlled flow, shutoff timing and reduced unnecessary runtime.
MaintainabilityService access, power coordination and documented commissioning.
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So FontanaTouchlessFaucets WELL workplace wellness faucet solutions should be viewed as integrated plumbing assemblies – not just standalone decorative fixtures. A workplace lavatory operates correctly depending on sensor performance, tap geometry, water delivery, soap access, electrical requirements, service clearances, material compliance, and commissioning.

Fontana Aquix Brushed Gold Advanced Sensor Duo
Integrated Workplace Handwashing Sensor performance, basin geometry, soap access and service planning coordinated as one system.

Touchless Faucet Design and WELL Goals

WELL handwashing guidance emphasises sanitary, accessible facilities with sinks, soap and hand-drying provisions readily available. A touchless tap alone does not achieve WELL certification, but it can help support a coordinated hand-hygiene environment by removing a common touch point in tap operation and making tap activation easier for a wider range of users.

WELL Handwashing Guidelines:

https://standard.wellcertified.com/v2/nourishment/hand-washing/ For workplace projects, designers can pair commercial touchless faucets with sensor-operated soap dispensers, clearly marked hand-drying facilities, properly sized basins and intuitive circulation.

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Commercial Touchless Faucet:

The The best design response is not just to increase automation. It’s the evolution of a sensible hand-washing sequence, so that users can come into the lavatory, turn on the water, get soap, rinse their hands and use the drying equipment without clumsy reaches or unnecessary cross-traffic.

Priorities for AEC Speculation

AEC-grade tap specification should have measurable requirements, not broad claims like smart, hygienic, sustainable or low-flow.

The specification should specify the type of sensor, the activation range, the shutoff delay, the maximum run time and resistance to false activation. It shall also state the permitted flow rate or metered-cycle volume at the test pressure specified.

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Designers need to decide if the tap will run on battery power, AC power, hardwired low voltage or a hybrid power system. Submittal and drawings requirements should indicate the location of the solenoid valve, control box, electrical connection, filters, shutoff valves and service access areas.

Other important requirements include mixing method, temperature limiting strategy, plumbing-system compatibility, spout reach, outlet height, basin setback, splash-control coordination, finish durability, cleaning-agent compatibility, product listings, testing documentation, warranties, and replacement-part availability.

Most plumbing codes restrict public lavatory faucets to a maximum flow of 0.5 gallons per minute. Metered faucets generally allow only 0.25 gallons per cycle. The project team is required to confirm the locally adopted plumbing code and project-specific sustainability requirements.

Designers should not automatically consider a public lavatory tap as WaterSense. Public lavatory faucets currently do not fall into a product category eligible for the WaterSense label from the U.S. Environmental Protection Agency (EPA).

Federal Guidance for water efficient faucets

https://www.energy.gov/cmei/femp/purchasing-water-efficient-faucets-shower-heads-toilets-urinals-irrigation-controllers-and

Accessibility needs to be coordinated as a whole bathroom

You may not have to grip, pinch or turn an operating control with touchless activation. But the accessibility compliance is for the entire lavatory installation and not just the tap.

The U.S. Access Board provides guidance on clear floor space, knee clearance, toe clearance, fixture height, reach ranges, protection of exposed piping, and other conditions affecting lavatories and sinks.

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ADA Guidance on Washbasin and Lavatory:

Architects https://www.access-board.gov/ada/guides/chapter-6-lavs-sinks/ should verify that the sensor field is responsive from the reachable approach and does not require users to position their hands in an abnormally tight activation zone.

The faucet, basin, countertop, mirror, soap dispenser, waste receptacle and hand-drying device shall constitute a single integrated assembly.

When making purchases, consider Fontana ADA touchless washbasin tap options. However, the project design team and the authority having jurisdiction shall verify compliance for the final installed condition.

ADA Touchless Washbasin Faucets: ADA

https://www.fontanatouchlessfaucets.com/ADA-Touchless-Sink-Faucets-Fontana-Commercial-s/310.htm

Water Quality & Material Compliance

A workplace wellness loo must balance water efficiency with water quality.

ASME A112.18.1 and CSA B125.1 establish performance requirements for plumbing supply fittings such as lavatory faucets.

ASME Plumbing Supply Fittings Standard:

https://www.asme.org/codes-standards/find-codes-standards/plumbing-supply-fittings-with-10-18-errata

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For wetted tap components, specification writers should consider evidence of compliance with NSF/ANSI/CAN 61 health-effects requirements and NSF/ANSI/CAN 372 lead content requirements where required by the adopted code, jurisdiction or owner standards.

NSF/ANSI/CAN 61 Data:

NSFSite » Water Systems » NSF/ANSI CAN 61: Testing & Certification

Information NSF/ANSI/CAN 372:

NSF ANSI CAN 372 Technical Requirementshttps://www.nsf.org/knowledge-library/nsf-ansi-can-372-technical-requirements

Low-flow fixtures can alter the hydraulics of a branch. Pipe sizing, hot-water delivery time, balancing, temperature control, stagnation risk and flushing procedures are things MEP engineers need to consider.

The Centers for Disease Control and Prevention considers sink faucets as potential exposure points for building water systems. In applicable facilities, monitor water temperature, disinfectant residual, pH, and areas of stagnant water.

CDC Guidance on Legionella:

Legionella bacteria are found in water systems and can cause serious infections called Legionnaires’ disease and Pontiac fever. These bacteria grow in warm water and can spread when water is aerosolised, such as through showers, faucets, or cooling towers. People can get sick if they breathe in mist or vapour containing Legionella bacteria. Legionnaires’ disease is a type of pneumonia, while Pontiac fever is a flu-like illness that does not affect the lungs. Both can be serious, especially for older adults and people with weakened immune systems. To prevent infection, it is important to keep water systems clean and well-maintained, and to seek medical attention if symptoms of Legionella infection occur.

To and maintenance of faucets should be part of a documented building water-management program for appropriate building types, consistent with CDC guidance and ANSI/ASHRAE Standard 188.

Workplace Wellness Program Reference Chart

Design Category AEC Review Point Suggested Documentation Operational Result
Design Category of Cleanliness Review Point: A.E.C.
Hands-free activation, correct sensor response, coordinated soap access and intuitive hand washing flow.
Suggested Documentation:
Sensor data, zoomed in lavatory elevations, dispenser schedules, product data, operational narratives.
Result of operations:
Less touch on tap controls and a more easeful handwashing process.
Accessibility Design Category AEC Review Point:
Clear Floor Space Reach Ranges Knee and Toe Clearances Sensor Response Exposed Piping Protection
Suggested Reading:
Enlarged plans, sections, fixing details, access check list.
Results of Operations:
Facilities used more equitably and conveniently.
Design Category: Water Efficiency AEC Review Point:
Flow rate, timeout settings, metered cycles, leak response, and water pressure compatibility.
Suggested Documentation:
Certified flow data, test reports, commissioning records and control settings.
Operational Result:
Less unnecessary runtime and controlled water demand.
Design Category: Water Quality AEC Review Point:
Materials wetted, water temperatures, stagnation controls, and branch piping configuration.
Suggested Documentation
Water management procedures, balance reports, flushing instructions and NSF documentation.
Operating Results:
Improved water quality management building support.
Design Category: Maintainability AEC Review Point
Connection to power supplies, solenoids, aerators, filters, mixing valves and shutoff valves.
Suggested Documentation:
Operating and maintenance manuals, access diagrams, wiring information, spare parts lists
Results of operations:
Quicker maintenance, less downtime, more predictable service.
Design Category: Heavy duty AEC Review Point:
Finish performance, vandal resistance, expected duty cycle and cleaning compatibility.
Suggested Documentation:
Finish up data, durability testing, warranty info and cleaning requirements.
Operational Result:
Longer Life Span of Heavily Used Workplace Bathrooms.

Example of a work situation

Let’s consider a 12 story office renovation with four public lavatories on each floor. Owner goals include: Increased occupant confidence, decreased water consumption, uniform lavatory appearance, and easier maintenance of the facility.

The design team standardises one family of deck-mounted sensor faucets, one coordinated automatic soap dispenser, and one control-box arrangement.

Automatic Soap Dispenser Solutions:

https://www.fontanatouchlessfaucets.com/Automatic-Soap-Dispenser-Matte-Black-s/1256.htm

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Plumbing drawings show power supply, mixing valve, shutoff valves, service clearances, branch piping, and maintenance access.

During the lavatory mockup review by the project team, the original tap outlet position is discovered, and water splashes near the front edge of the basin.

The architect and plumbing engineer get around the condition by changing the reach of the spout, the height of the outlet, the range of the sensor, the angle of the stream of water, and the position of the basin.

During commissioning, the team checks: activation distance, shutoff timing, mixed-water temperature, water flow, drainage, leakage, power condition, and service access.

It's not just a touchless bathroom, but the result. It is a repeatable workplace standard supported by coordinated drawings, measurable acceptance criteria, documented testing and clear facility procedures.

Commissioning and Post-Occupancy Verification

All sensor faucets shall be functionally tested prior to project turnover.

The commissioning procedure should include verification of the activation zone, deactivation response, maximum run time, shutoff delay, measured flow rate, metered volume (if applicable), mixed-water temperature, drainage performance, leakage status, power-supply condition, soap-dispenser coordination, and maintenance access.

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Facility personnel should be provided with product schedules, wiring diagrams, troubleshooting procedures, approved cleaning procedures, replacement-part numbers, warranty information, and manufacturer contact information.

After occupancy, the facility team needs to track nuisance activations, low-battery events, clogged aerators, restricted filters, temperature complaints, water leakage, soap-delivery problems, and use of replacement parts.

These records form a feedback loop that is useful for future office renovations. They also help the owner identify installation defects, programming problems, water-system problems and normal maintenance requirements.

Wellness Fixture Is Systems Decision

FontanaTouchlessFaucets WELL workplace wellness faucet solutions perform best when selected via a performance-based AEC process.

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The idea isn’t to choose a sensor tap simply because it’s touchless. Our goal is to develop a handwashing system that is accessible, water-conscious, hygienic, durable, easy to maintain and supports workplace wellness throughout the life cycle of the building.

If you think about product selection, basin shape, accessibility, water management, electrical controls, maintenance access and commissioning early, touchless faucets are not just restroom hardware.

They are incorporated into a measurable plan for workplace wellness, water efficiency and facility performance.

Related FontanaShowers Touchless Faucet Resources

Commercial Touchless Faucets, Soap Dispensers, Installation, Troubleshooting, Water Savings, and Technical Documentation
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Related External Sources for WELL Workplace Wellness Faucet Solutions

WELL, LEED, Water Efficiency, Accessibility, Plumbing Engineering, Product Compliance, Hand Hygiene, and Facility Management
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International WELL Building InstitutePrimary authority for WELL concepts supporting occupant health, comfort, and workplace wellness. WELL Building StandardFramework for integrating health and wellness considerations into building design and operations. USGBC LEEDGreen-building framework covering water efficiency, indoor environmental quality, and operations. EPA WaterSenseFederal water-efficiency program and resource hub for plumbing-fixture conservation strategies. Federal Energy Management Program: Water EfficiencyWater-management guidance for high-performance and resource-conscious facilities. U.S. Access Board: Lavatories and SinksAccessibility guidance for clearances, reach ranges, fixture placement, and exposed piping. AIA Design for HealthArchitectural resources connecting design decisions with health and wellbeing outcomes. American Society of Plumbing EngineersProfessional plumbing-engineering authority for system design, specification, and coordination. IAPMO Uniform Plumbing CodePlumbing-code development reference for fixture, fitting, water-supply, and installation requirements. International Code CouncilModel-code resources for building, plumbing, accessibility, and coordinated life-safety compliance. ASME A112.18.1 Plumbing Supply FittingsTechnical standard reference for faucet and plumbing-supply-fitting performance. NSF/ANSI Standard 61Health-effects requirements for drinking-water system components and wetted materials. NSF Plumbing Testing and CertificationCertification resources for plumbing fixtures, fittings, components, and material compliance. ANSI StandardsStandards-system reference supporting accredited technical requirements and conformity assessment. ASHRAE Technical ResourcesBuilding-systems guidance relevant to water management, indoor environments, and facility performance. CDC HandwashingPublic-health guidance supporting effective handwashing behavior and hygiene communication. CDC Infection ControlInfection-prevention resources relevant to hygiene planning and high-use facility operations. IFMA Facility Management ResourcesFacility-management references for maintainability, operations, lifecycle planning, and occupant support. BOMA Research and ResourcesCommercial-building operations and management resources for owners and facility teams. ISO 41001 Facility ManagementManagement-system reference for effective, consistent, and measurable facility operations.