FontanaTouchlessFaucets® | Wall Mount Sensor Faucets
Hands-Free Wall Mounted
Wall mount touchless faucets reduce deck penetrations and simplify cleaning around the basin plane.
For specification, confirm sensor range stability and ambient-light immunity, maximum run-time shutoff,
and service access to solenoid, filter/strainer, and power module without full wall demolition.
Coordinate spout reach and outlet position with basin geometry to manage splash and maintain usable hand-wash envelope.
IR Sensor LogicTimed Safety ShutoffServiceable InternalsHigh-Traffic Ready
Wall-mount assemblies reduce deck penetrations and simplify cleaning. For detailing, coordinate escutcheon size with tile module,
waterproofing membrane transitions, and finished-wall thickness tolerance.
Valve and Solenoid Serviceability
Specify service access for solenoid and strainer. Favor replaceable modules that can be serviced without removing the spout
or disturbing finished wall surfaces.
High-Traffic Hardening
For schools, transit, and public venues, require vandal-resistant outlets and secure mounting strategy.
Confirm that critical fasteners are protected and that aerator access uses a key.
Sensor Stability
IR sensing must remain stable under reflective basins and bright ambient light.
Specify false-trigger filtering and consistent activation zone to avoid nuisance cycling.
Flow Control and Shutoff Logic
Specify regulated flow and maximum runtime shutoff for water performance targets.
Coordinate outlet geometry to manage splash at typical handwash positions.
Maintenance Planning
Design the access approach early. Confirm how power modules and filters will be serviced in the field,
and document the service envelope for wall cavities and chase conditions.
Material Rationale
Spout and Trim: Corrosion-Resistant Construction
Supports frequent disinfecting without rapid surface degradation.
Non-porous exterior simplifies housekeeping and residue removal.
For healthcare and transit hubs, document the access strategy early. Confirm how solenoid, strainer, and power service
will be performed without disturbing finished wall surfaces.