Water dispensers like any other home appliance or electronic component face an issue or their mechanical levers, pushbuttons as well as switches. Water dispenser capacitive switch technology thereby helps the users, as well as the developers, designers, and engineers an innovative approach to work with.

This technology hence changes their experience in an attempt to interact with and interface with their clients. This issue thereby greatly affects the way they work and think. By this, it means, that all the conventional issues that were once normal are not anymore.

Furthermore, the mechanical flaw and drawbacks are not even close to possible. The pushbutton problems, as well as liver-related issues in water-dispensers, are now a myth. This is because now in these water dispenser membrane switches there is a solenoid-controlled panel.

These additions hence help not only in the utilization of the capacitive touch technology in water dispensers but also helps in these dispensers a more dependable appliance at homes. It furthermore, helps in the reducing or diminishing of the supportive cost.

Problems Associated with Mechanical Switches in Water Dispensers

There is a proper need to install as well as introduce the Water dispenser capacitive switch in water dispensers. This is because in mechanical switches or livers in water dispensers there are many basic problems associated.

One of the biggest problems that are present in mechanical spigot in dispensers is they face the forced-ON issue. By this, it means that the user upon pushing it hard makes it stuck at the ON position.

This thereby creates an issue of constant leaking or constant dripping. Furthermore, another major issue is the breaking problem associated with it. The breaking off the push button, as well as the liver, thereby makes the dispenser dispense off all the water in it.

However, if the issue of breaking remains minute then the dispenser happens to face the constant dripping issue. This ultimately results either in wasting the drinking water or eventually creating the mess all around the dispenser.

Furthermore, unlike the Water dispenser capacitive switch, the overriding of the push button or liver is not very hard. Upon constant and irregular use these problems appear in great numbers. Additionally, the jamming of the push button also happens when there appears some object stuck in its housing.

This jamming thereby forces the dispenser to remain continuously ON. Similarly, other problems associated with using mechanical pushbuttons as well as livers is that these switches usually wear out easily.

They thereby penetrate the case of the product. Upon this there now increases a chance to allow the contamination, greasy materials as well as dirt in crevasses as well as the crannies. However, in the Water dispenser capacitive switch there are no chances of getting the switch to wear off so easily. This thereby doesn’t leave a chance for contamination to penetrate the case.

How Water dispenser capacitive switch work?

The working principle of the water dispenser capacitive switch is interesting and simple here. The capacitive switch in the water dispenser is by nature a simple capacitor.

However, the formation of this capacitor is a bit technical. By this, it means that two traces are visible in capacitive touch. We measure the existence of capacitance between these capacitors by using the physical laws. A parallel capacitance occurs or couple with this sensor when the finger or any other conducting material gets in close proximity to these plates.

If you place a finger on capacitive touch, the chance of capacitance increases. Furthermore, if you remove the finger the chances of capacitance decrease. Additionally, if we successfully measure the change in capacitance, we can surely know whether his finger is there or not. In this way upon touching, the water dispenses out of the water dispenser.

In comparison to mechanical switches, the water dispenser capacitive switch is free from these issues. This thereby makes water dispenses a hassle-free home appliance. In this way hence these water dispensers are free from any crevasses as well as trap gunk. Furthermore, the chances of capacitive touch in water dispensers to wear out are also close to zero.

We have not heard a single case in which a customer reports that the capacitive touch of the dispenser wears out. This, therefore, is the condition that makes these switches very ideal for all those products and appliances that offer or hold food and food-grade products. These products also include vending machines as well.

How to make a water dispenser capacitive switch

In the process to make a water dispenser capacitive switch, there are a few things that we need. This thence includes a trace, some small space or a vacuum, and another trace. These two traces make the part of the main circuit board. Furthermore, there places an insulated overlay just over them. They also happen to conform well with the curved function. Therefore, to construct a capacitive switch, we need the following material:

• A capacitor of good quality.
• A circuitry that monitors the capacitance of the capacitor.
• For translating the capacitance value into a sense state, we need local intelligence.

Advantages of using a water dispenser capacitive switch

Here is a detailed analysis of why to use the water dispenser capacitive switch and why it is more preferable to ordinary push buttons. There are a variety of benefits that make these switches the best in town.

The advantages that these switches offer is wide for businesses as well as consumers. These switches are in better protection against the premature sort of failures that mechanical switches face.

Mechanical Free option

The very first benefit of using the capacitive switch is that it let you free from using any hassles for a mechanical component. The capacitive touch switches are free from mechanics.

Since the capacitance that we measure is in these switches, they are thereby free from mechanical or moving parts. In this way, the issues associated with water dispensers wear out steadily fast. This is because these switches rely upon the electrical field. For this reason, hence a longer span of life is visible in capacitive switches, in comparison to that of mechanical switches.

Durability and Reliability is the Key

In addition to that, the durability and reliability of the capacitive touch switches in water dispensers are considerably great. This is very apparent if we compare it with mechanical switches. This is because these switches thereby withstand easily the harsh atmospheric environments.

They are equally reliable to work in outdoor hard conditions as well. By this, it means that, if it catches an intrusion of moisture, rain, dirt, or dust, the switch functions properly. There additionally are no chances of getting rust as well. Furthermore, the chances of wear of as well as jamming is not a chance in these switches.

In addition to these problems, the presence of debris as well as greasy material in the case of the material is rare. For these reasons, hence, capacitive touch brings the fruitful result and remains the best option.

Attraction in terms of Designs and Outlooks

Along with the benefits that we have discussed, the water dispenser capacitive switch offers a great design and attractive outlook benefits. Due to the modern look, the designs are trendy, creative as well as stylish. With every industry switching off the mechanical switches and turning the touch system ON, the capacitive switch in a water dispenser is making a new way in. On the switch, you can print the respective figure as well.

For instance, hot water, cooling, as well as normal drinking water. This, however, in comparison with mechanical switches is not possible. The attraction of these switches further enhances as they support the backlight system as well.

The support LED lights turn on when we push the dispenser button. This thereby creates a colorful illuminating ambiance effect. For guiding as well as decoration LED can be a part of microwave capacitive switches in any form.