Innovation in technology and design has greatly improved kitchen appliances and tools, and one of these innovations is the touchless kitchen faucet. The touchless faucet eliminates the need for handles or knobs, providing a more convenient and hygienic way to turn on and off the water flow. With this technology, you can wave your hand or a dish under the sensor to turn the water on and off.
The touchless kitchen faucet hardware includes a sensor, solenoid valve, and a power source. The power source can either be battery-operated or directly wired to the electrical system of the home. In this blog, we will focus on the electrical wiring of a touchless kitchen faucet.
To begin with, it is important to note that the electrical wiring of a touchless kitchen faucet may vary depending on the manufacturer and model. Hence, it is essential to refer to the instruction manual provided by the manufacturer before installation. However, we will provide a general guide to the electrical wiring of a touchless kitchen faucet.
The touchless kitchen faucet electrical system includes a control box that contains the solenoid valve and the electrical wires. The control box is connected to the spout and sensor through hoses. The first step of the installation process is to connect the control box to the hot and cold water supply. After this, the faucet should be mounted on the sink.
The next step is to connect the electrical wires of the control box to the electrical system of the house. The electrical wires of the control box should be connected to a dedicated GFCI (Ground Fault Circuit Interrupter) outlet. It is important to note that the touchless kitchen faucet should be grounded to prevent electric shock.
The electrical wiring diagram of a touchless kitchen faucet includes a black wire, a white wire, and a green wire. The black wire is the hot wire, the white wire is the neutral wire, and the green wire is the ground wire. The black and white wires should be connected to the respective wires on the GFCI outlet, and the green wire should be connected to the ground screw on the outlet.
Once the electrical wiring is complete, the touchless kitchen faucet should be tested to ensure that it is functioning properly. To test the faucet, turn on the hot and cold water supply and wave your hand or a dish under the sensor. The water should flow freely, and when you remove your hand or the dish, the water should stop flowing.
In conclusion, the touchless kitchen faucet is a brilliant innovation in kitchen technology that provides convenience and hygiene in the kitchen. Understanding the electrical wiring diagram of a touchless kitchen faucet is essential for proper installation and functionality. Remember to refer to the manufacturer's instruction manual for specific details on the electrical wiring of your touchless kitchen faucet. Say goodbye to the hassle of turning knobs and handles and hello to the future of convenience and hygiene with the touchless faucet kitchen.