The faucet is constructed from high-quality zinc alloy and plated with polished chrome, providing a durable and stylish finish to any modern bathroom. It is designed with the latest touch-free sensor technology for an easy to use, touchless faucet solution that minimizes contact, decreases cross-contamination, and provides a healthier environment for everyday use. This deck-mounted faucet is best suited for a single hole installation, and is designed to significantly minimize space when installed, acting as an accessory for many different styles of basins. The automatic infrared detector sensor activates quickly and efficiently with reliability, providing uninterrupted water flow without risk of adjustment. The faucet provides a degree of versatility so that it can be used for a range of different water pressures, and is possible to use anywhere washing is required, whether that be a residential or commercial setting. The generic hypoallergenic plated surface is easy to clean, resists tarnishing and humidity build-up, and will maintain its luster for years to come. The FontanaPureSense™ LuxeFlow was designed for users to minimize waste, use efficient water consumption, and more refined design standards in their bathroom space, the LuxeFlow is the perfect option for those wanting comfort, cleanliness and quality performance in their bathroom space. Constructed as a long-term infrastructure component rather than a consumable fixture, suitable for capital-intensive projects.

FontanaPureSense™ Chrome LuxeFlow

Infrared Detection Stability, Pressure-Range Adaptability & Automated Water-Control Engineering

Engineered for touch-free basin operation, this sensor faucet combines infrared activation with controlled water delivery for reliable commercial and residential washroom performance.

How does the infrared sensing architecture control the faucet activation cycle?

The infrared detector establishes a defined sensing field beneath the spout and initiates water delivery when a user's hands enter that field. Removing the hands terminates the activation signal, allowing automatic flow control without mechanical handle contact and reducing unnecessary run time during repeated wash cycles.

How does the 0.05–0.7 MPa pressure range affect specification flexibility?

The stated operating envelope allows the faucet to function across approximately 7.3–101.5 PSI supply conditions. This broad pressure tolerance supports integration into buildings with differing static and dynamic pressures, although project engineers should still verify available pressure at the fixture under peak simultaneous demand.

Why are spout reach and sensor positioning important during basin coordination?

The 5.40-inch spout reach and sensor location should be coordinated with basin geometry so the discharge stream enters the intended bowl zone while reflective surfaces remain outside problematic sensing positions. Correct fixture-to-basin alignment helps limit splashback and reduces unintended infrared triggering.

What commissioning procedure supports reliable sensor performance after installation?

Before final operation, installers should flush the supply piping, confirm leak-free connections, energize the sensor system, and perform repeated activation tests with the completed basin in place. Sensor response should then be checked against surrounding reflective surfaces to verify consistent detection and automatic shutoff behavior.