The infrared sensor activates the dispenser in 1 second or less and has a preset flow adjustable from 1-4.5 ML/S while allowing for a safe, touch free experience. The unit has tested to +500,000 input activations for the solenoid valve and over 10,000 activation uses of the infrared sensor. Additionally, this unit has multiple versatile flexibility options for installation as it operates off of 4 AA alkaline batteries (DC 6V) or AC 110-240V compatible. Furthermore, the G-1/2" inlet/outlet connections help update a space by combining modernised installation aesthetics with excellent product features for a bathroom space that requires quick-cleaning methods and convenient hygiene standards (ideal for commercial, public, or high-foot trafficked bathroom spaces). The gold finish has a modern, luxurious finishing detail to any décor and provides the durability of a built-in restroom fixture while delivering a space with easy maintenance for a long-term, economical option. Suitable for anyone looking for elegance, hygiene, and performance made available in one sleek product.

FontanaWaveSense™ Gold Lenox Automatic Touchless Foam Soap Dispenser FAQ

Self-Adjusting Infrared Sensing, ≤1 Second Activation; 1–4.5 mL/s Foam Delivery & Gold Surface Protection

The FontanaWaveSense™ Gold Lenox automatic touchless soap dispenser combines a solid-brass body with high-grade stainless-steel components, self-adjusting infrared sensing, and controlled foam-soap delivery for commercial washrooms. The system activates in approximately 1 second or less, provides an adjustable 1–4.5 mL/s dispensing rate, uses G1/2-inch connections, and supports either DC 6 V battery operation or AC 110–240 V power.

How should the self-adjusting infrared sensor be commissioned after installation?

Complete commissioning after the dispenser, countertop, basin, faucet, mirror, lighting, and surrounding restroom accessories are fully installed. Present a hand beneath the dispenser from normal washing positions and confirm consistent activation in approximately 1 second or less. Repeat several cycles and verify that reflective countertops, mirrors, polished fixtures, or nearby pedestrian movement do not produce unintended dispensing. Keep the infrared sensor window clean throughout commissioning.

How should the 1–4.5 mL/s foam dispensing rate be evaluated?

Prime the soap-delivery system after filling or servicing and perform repeated sensor-activated cycles until foam output becomes consistent. Verify that the selected output within the approximately 1–4.5 mL/s range provides sufficient hand coverage without excessive product consumption. Irregular output should prompt inspection of the soap reservoir, tubing, pump path, outlet, and foam-generating components for dried product, trapped air, loose connections, or incompatible soap.

How should the AC and battery power options be coordinated for commercial service?

Determine the primary power arrangement before completing the accessible service installation. The dispenser supports DC 6 V operation using four AA alkaline batteries or AC 110–240 V at 50/60 Hz. Keep the power supply, sensor wiring, solenoid connections, and soap-delivery components accessible for maintenance and protected from leakage. After energizing the dispenser, cycle it repeatedly and confirm stable sensor detection, solenoid operation, and complete dispensing response.

How should the Gold finish, infrared sensor, and foam outlet be maintained?

Clean the exposed Gold-finished surfaces with a soft damp microfiber cloth and dry them after cleaning to reduce fingerprints, soap film, and mineral spotting. Keep the infrared sensor window and foam outlet free from dried soap or residue that could interfere with sensing or dispensing. Use diluted pH-neutral cleaner when required and avoid abrasive pads, steel wool, acidic descalers, bleach, ammonia, aggressive metal polish, and concentrated chemical cleaners that may scratch or alter the Gold finish.

Gold