Commercial Touchless Urinals & Automatic Flush Systems
A specification-oriented review of sensor-operated commercial urinals, focusing on activation technology, mounting, materials, maintenance, water efficiency and suitability for high-traffic facilities.
Review Methodology
Products are evaluated from current manufacturer literature for sensor operation, fixture construction, flushing architecture, power strategy, serviceability and commercial application. Only exact products with matching manufacturer imagery are shown.
FS9002SL Silver Automatic Urinal
A stainless-steel commercial fixture designed around hands-free activation and durable wall-mounted construction.
FS9010BG Brushed Gold Automatic Urinal
A premium-finish automatic fixture intended for commercial and luxury hospitality restrooms where hygiene and architectural appearance intersect.
FS8995GL Sensor-Activated Gold Urinal
A floor-mounted ceramic sensor fixture combining automated flushing with a high-visibility polished-gold architectural finish.
What Architects & MEP Engineers Should Specify
Document actual GPF and WaterSense status where applicable.
Define detection range, automatic timing and false-trigger resistance.
Identify AC, DC, battery or hybrid requirements.
Coordinate wall or floor support with drainage and spud position.
Keep sensors, valves and electrical components accessible.
Coordinate fixture height and automatic flush controls with ADA requirements.
Professional Specification References
EPA WaterSense — Flushing Urinals · 2010 ADA Standards · EPA Commercial Water Management
AEC FAQ
What flush volume qualifies for WaterSense?
WaterSense-labeled flushing urinals use no more than 0.5 gallons per flush and must satisfy performance requirements.
Are automatic flush controls acceptable for accessible restrooms?
Yes. ADA Section 605 permits flush controls to be hand operated or automatic.
Why specify AC/DC capability?
Dual-power architecture can provide greater flexibility where hardwired power, battery operation or redundancy matters.
What maintenance issue deserves the most attention?
Sensor alignment, valve access, mineral buildup and readily available replacement components should be addressed before procurement.