Fontana Gold Infrared Commercial Motion Sensor Faucet is designed to withstand heavy use in commercial settings! As practicing good hygiene routines in public restrooms is more critical now than ever, using non-touch technology such as touchless faucets helps reduce the spread of germs. Easy to use, hygienic keeps you away from germs, is energy saving, and is environmentally friendly by saving water.
The touchless sink faucet is made of non-toxic cast brass, the surface is hard chrome plating, does not contain heavy metal, is safe and durable, long service life. Very powerful micro-power MCU control circuit. Use the power: DC 6V use DC (5 # alkaline batteries), the standby current is less than 10uA, and 5 # alkaline batteries can be used for 2 years. AC110-220V. Ideal for commercial use in stations, airports, hotels, restaurants, entertainment, schools, institutions, families, and so on. Available in 3 sizes.
Fontana Gold Infrared Commercial Motion Sensor Faucet FAQ
Gold Finish Surface Engineering, Sensor-Controlled Water Delivery & Commercial Automation
The Fontana FB085GLD combines infrared motion sensor technology, automatic water flow management, and a decorative gold finish engineered for luxury commercial restroom installations.
How does the infrared sensor improve hygiene performance?
The touchless activation system eliminates the need for physical handle contact, reducing cross-contamination opportunities in shared restroom environments.
What advantages does a gold finish provide in commercial applications?
The gold finish provides decorative appeal while also helping protect the faucet body against oxidation, moisture exposure, and surface deterioration.
How does the electronic control module regulate water flow?
The controller processes sensor inputs and activates the solenoid valve only when a valid user detection signal is present within the sensing zone.
Why are sensor-operated faucets preferred in luxury public facilities?
Sensor faucets improve hygiene, reduce water consumption, enhance user convenience, and contribute to modern sustainable restroom design objectives.
