The pipe-type liquid level sensor has obvious advantages over the float switch. The pipeline level sensor adopts the principle of capacitor for induction, and accurately judges the level state through the change of capacitor, so it has higher accuracy and accuracy. In contrast, the floating ball switch is less accurate and susceptible to interference by external factors, leading to misjudgment or inaccurate measurement results, thus limiting its application in the field of precision measurement.
The pipeline liquid level sensor has no mechanical motion parts, which avoids the common jamming or failure problems of the traditional mechanical floating ball switch, and improves the stability and reliability of the system. At the same time, the non-contact liquid level sensor is not affected by the decay of induction coil sensitivity and maintains long-term stable performance.
Non-contact sensors are widely used for all kinds of water shortage or full water detection scenarios of clean water pipes, such as sweeping robot, floor washing machine, mop machine, water dispenser, humidifier, coffee machine, dishwasher and so on. In contrast, due to the limitation of the mechanical structure, the floating ball switch can only be limited to specific application scenarios and cannot meet the diversified needs.
Non-contact sensor shows obvious advantages in accuracy, stability and applicability, and is a more reliable and advanced liquid level detection solution.
