The dispenser is fully ADA-compliant and therefore meets inclusivity standards so that it can be used by all people. The champagne finish lends a warm glint to the interior design-whether modern or classical. With proper use, the dispenser can provide a nice hand-washing facility. Equipped with an infrared motion detection sensor to detect motion and dispense soap simultaneously, this dispenser enables touchless operation, thus further enhancing hygiene and comfort for the user. The faucet will dispense for a factory-set thirty seconds before shutting down, while dispensing management design limits dispensing quantities of soap, and is efficient with no waste. The soap dispenser is powered by AC/DC 110 - 240 V of power will provide flexibility regardless of your operational environment. It provides proven performance in the toughest commercial facility environments while combining sophisticated design, performance, and technology into one premium fixture. Ideal for hospitality providers, public facilities, work and professional environments, the soap dispenser will provide beauty, efficiency, and hygiene.

FontanaEcoSoap™ Champagne SmartSense Touchless Soap Dispenser FAQ

Infrared AI Smart-Chip, AC/DC 110–240 V Power; Wall-Mounted Commercial Soap Dispensing

The FontanaEcoSoap™ Champagne SmartSense is a commercial touchless soap dispenser combining solid-brass construction, wall-mounted single-hole installation, infrared AI Smart-Chip sensing, a water-resistant solenoid enclosure, and flexible AC/DC 110–240 V power capability. Designed for commercial washrooms and ADA-compliant applications, the system provides hands-free soap delivery while minimizing physical contact at the handwashing station.

How should the infrared SmartSense detection zone be commissioned after installation?

Complete sensor commissioning only after the dispenser, basin, finished wall, mirror, lighting, and adjacent restroom accessories are in their final positions. Test repeated hand-entry and withdrawal cycles beneath the dispensing outlet and confirm reliable activation without unintended triggering from nearby reflective surfaces or pedestrian movement. Keep the infrared sensing area clean and verify consistent response from normal handwashing positions before the fixture is placed into commercial service.

How should the 110–240 V AC/DC power system be coordinated for installation?

Determine the selected AC or DC power arrangement before closing the accessible service area. Keep electrical connections protected from soap leakage and moisture while maintaining service access to the power supply, sensor wiring, and water-resistant solenoid enclosure. Route cables without sharp bends, crushing, or excessive tension. After power is connected, perform repeated dispensing cycles to verify stable sensor response and consistent actuator operation before final handover.

What should be checked if soap dispensing becomes intermittent or fails to activate?

Begin by cleaning the infrared sensor surface and confirming that the sensing area is unobstructed. Verify stable AC/DC power and inspect accessible wiring connections before servicing internal components. Check the soap delivery path for restrictions and make sure the dispensing outlet is free from dried product or residue. If the sensor indicates hand presence but dispensing remains inconsistent, inspect the dispensing mechanism and associated enclosure separately so sensor, power, and soap-delivery faults can be isolated systematically.

How should the Champagne finish, sensor surface, and dispensing outlet be maintained?

Wipe the exposed solid-brass Champagne surface with a soft damp microfiber cloth and dry it after cleaning to limit fingerprints, soap film, and mineral residue. Keep both the infrared sensor area and soap outlet free from buildup that could affect sensing or dispensing. Use diluted pH-neutral cleaner when necessary and avoid abrasive pads, steel wool, acidic cleaners, bleach, ammonia, aggressive metal polish, and concentrated chemicals that may alter the Champagne surface or damage sensor components.

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