Home > How Touchless Bathroom Faucets work

How sensor Faucets Work? The motion sensor called also a touchless faucet typically is located at the lip or base of the spout. It isn't a motion sensor but a presence sensor designed to detect the presence of hands under the spout and henece will turn on the faucet. When you remove your hands, the sensor tells the faucet to turn off. Such motion sensor faucet uses microchip tiny infrared light mounted next to an infrared detector. When user hand come within a few inches of the lip of the spout, infrared light bounces off your skin to the detector, which in turn sends a signal that turns on the faucet valve. Some faucet models use an ultrasonic field sensor that turns on the faucet valve when your hands disrupt the field. Solenoid Valve The faucet sensor typically controls a solenoid-activated diaphragm valve. The solenoid is an electromagnet that can push or pull, depending on electric polarity.

Automatic Soap Dispensers

Healthcare facilities have seen a prevalence of touchless faucets and automatic soap dispensers. Numerous hospitals have been incorporating these fixtures to uphold hygiene protocols.

Innovative High Tech

We provide comprehensive solutions for latest touchless operation as traditional handle faucets can harbor germs, whereas touch-free operation in restrooms helps prevent the spread of germs.

Unique Designs

The hospitality industry, as well as public and high traffic restrooms are experiencing a surge in demand for touchless faucets and automatic soap dispensers, driven by the growing need for hygiene and sanitation solutions.

Diaphragm valves use a rubber-like disc to control water flow. The valve is normally held closed, but in response to a sensor signal that hands are present, the solenoid pulls the valve open so water can flow out the spout, then pushes the valve closed again when the sensor says the hands are gone. Most touchless faucets dispense only warm water, but some models can provide hot or cold water. Power Source All touchless faucets require a power source. Some models draw power from dry-cell batteries, while others use a low-voltage current from an AC transformer. Electricity powers the sensor, control electronics and water valve. Battery-powered faucets use latching solenoid valves that stay in the open position without further electric current until a spurt of power pushes them back to the closed position. Transformer-powered faucets use continuous electric current to hold the solenoid valve open. Spouts Touchless faucet spouts, which hold all the working parts, are made of zinc in cheaper models, while the high-end models are made of brass. They may be plated with nickel or chrome for durability and appearance. The spouts may be machined, die cast or sand cast. There are different styles of spouts for standard bathroom or kitchen use, lab sinks, bar sinks and food service sinks. The spout also is where designs come into play. The shape and finish of the faucets' spouts are major reasons buyers choose one touchless faucet over another.

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