What are Touchless Tap and How they work

Touchless taps utilize sensor technology to detect the presence of hands beneath the spout. An infrared sensor triggers the water flow, promoting hygiene by minimizing contact with the tap.

Automatic taps offer several advantages, primarily ease of use and enhanced hygiene. By eliminating the need to physically touch the tap, they reduce the spread of germs and bacteria, making them particularly suitable for public restrooms and high-traffic areas.

Moreover, touchless taps are equipped with safety features to prevent water wastage and potential flooding. These systems incorporate sensors that cease water flow when no movement is detected, mitigating the risk of accidental spills or leaks. This not only conserves water resources but also enhances safety in the surrounding environment.

Touchless taps

Rather than utilizing traditional sensors, the touchless tap employs a body-mounted sensor. Activation requires the hand to be positioned within a close range, typically a few centimeters from the sensor. This innovative technology functions by detecting the infrared light emitted by the hands.

Adjustability is a key feature of this sensor-based system, allowing users to modify the distance between the sensor and the mixer to suit their preferences. With a range spanning from 1 to 30 centimeters, individuals can personalize the tap's responsiveness based on their specific needs and usage patterns.

Convenience

The touchless system offers the convenience of contactless operation, which is not only hygienic but also cost-effective. However, there are instances where adjustments to temperature or pressure may be necessary, requiring reconfiguration of the system. While remote controls provide an easier solution, they also come with additional costs.

For those who prefer a fixed temperature setting and minimal adjustments, a touchscreen interface presents an excellent solution.

Tips to choose a sensor faucet

Selecting the appropriate sensor faucet is crucial when opting for contactless technology in your kitchen or bathroom.

Firstly, pay attention to the elevation of the mixer spout. Taller models are ideal for deeper sinks as they provide ample space for washing larger pots and dishes.

In the kitchen, touch-sensitive taps offer great convenience. When choosing a mixer, consider factors such as the type of coating, as well as the height and length of the spout. Setting up the faucet is simple - just place your hand on the mixer to initiate the flow of water. The flow will automatically stop when you remove your hand.

Sensor tap processing

Image Credit: Tapron

Specific requirements must be met before a sensor tap can be installed

Before installing a sensor tap, specific prerequisites must be fulfilled to ensure its proper functioning.

Sensor taps typically require one of two types of power connections: transformers or batteries. These power sources are essential for the sensor to detect objects such as hands or vessels near the tap. Additionally, an uninterrupted electrical supply is necessary for the sensor to function effectively.

The proximity of objects to the solenoid valve is crucial for detection. The solenoid valve, responsible for controlling water flow, reacts to the presence of objects by either initiating or stopping the flow of water. When a hand or vessel is detected, the automatic sensor tap begins to dispense water. Upon removal of the object, a signal is sent to the valve, prompting it to close and cease the water flow.

Understanding the mechanisms and operations of sensor taps is vital for their successful installation and usage. Ensure that your bathroom is equipped with a reliable electrical supply to facilitate the efficient functioning of sensor taps.

For those interested in exploring alternative kitchen tap options, you may find this blog post on 'Are Pull-Out Kitchen Taps Any Good?' insightful.

https://tapron.co.uk/collections/sensor-taps