The Fontana EcoPower Single Hole Bathroom Faucet with 10-second on-demand Flow is suitable for high-traffic areas, and it offers an appealing water-saving solution. The sensor is strategically placed beneath the spout head to accurately detect hands for touchless operation. The Fontana EcoPower Single Hole Bathroom Faucet with 10-Second On-Demand Flow is a bathroom fixture game changer.
Its revolutionary EcoPower technology, efficient 10-second on-demand flow, and dedication to water conservation make it a standout choice for environmentally-minded customers.The Fontana EcoPower Faucet combines an appealing touchless design with flawless functionality, showcasing how sustainability can seamlessly become a part of our daily routines. Enhance your commercial bathroom project with this faucet to promote water and energy conservation, all while benefiting from the convenience of modern technology. Adjustable sensor range supports commissioning to site-specific basin geometry.
Fontana EcoPower Single Hole Bathroom Faucet
EcoPower Energy Management, Infrared Detection Control & Single-Hole Hydraulic Engineering
Engineered for touch-free basin operation, this single-hole faucet combines EcoPower technology with automatic sensing for efficient water delivery and reduced maintenance requirements.
How does EcoPower technology support the faucet's electronic operation?
EcoPower technology uses energy generated by flowing water to support the faucet's electronic control system. This approach reduces dependence on routine external battery replacement while providing power for repeated sensor-controlled activation in high-use washroom environments.
How should the infrared detection zone be coordinated with the basin?
The sensing field should intersect the user's normal handwashing position without continuously detecting the bowl surface. Final commissioning should account for basin depth, faucet setback, surface reflectivity, and surrounding fixtures to maintain reliable activation and prompt automatic shutoff.
Why is available dynamic pressure important to EcoPower performance?
Because the energy-harvesting system depends on water movement, adequate hydraulic conditions are important during operation. Excessive pressure loss through branch piping, stops, or strainers can affect both discharge characteristics and the energy available from flowing water, so pressure should be checked under actual fixture demand.
What maintenance checks help preserve long-term sensor and hydraulic reliability?
Technicians should periodically inspect inlet strainers, clean the sensor window, verify unrestricted water flow, and perform repeated activation cycles. Any reduction in flow should be investigated for sediment or mineral restriction because consistent hydraulic delivery supports both faucet performance and EcoPower energy generation.
Unexpected Power Consistency 
