In the application of ice-making machine, the non-contact liquid level sensor has its application advantages. This sensor design innovation is achieved by integrating the outer part directly into the users tank and placing it on the outside of the tank for induction. This layout not only solves the problem of the traditional water tank moving to add water, but also greatly improves the precision of water level sensing.
Traditional liquid level sensors often need to be placed directly inside the tank, which is vulnerable to the tank structure interference, increasing the difficulty of maintenance and may lead to bacterial breeding. In contrast, the separate design of the non-contact level sensor eliminates the need for additional structural parts inside the tank, making it easier to clean and maintain, effectively avoiding the problem of bacteria breeding around the sensor.
