In modern life, automatic soap dispensers have become a must-have in many households and public facilities. This device can precisely control the output of soap solution through automatic sensing technology, providing great convenience for people. In the core part of this device, micro water pumps play a crucial role. This article will discuss the application of micro water pumps in automatic induction soap dispensers, aiming to gain a deeper understanding of this technology and look forward to its future development trends.

Mini Water Pump, as the name suggests, is a small and compact water pump. In the automatic soap dispenser, the Self Priming Micro Water Pump plays the role of conveying liquid. Through the operation of a Micro Water Pump, soap can be extracted from the container and transported to the designated location. The application of this technology not only simplifies the structure of the device, but also improves the convenience of use.

In automatic soap dispensers, the performance of micro water pumps directly affects the overall performance of the equipment. Therefore, choosing a suitable micro water pump is crucial. When choosing a micro water pump, we need to consider the following factors: first, flow rate, which is the amount of liquid transported by the pump per unit time; Next is the head, which is the height at which the water pump can lift the liquid; Finally, reliability, namely the stability and lifespan of the water pump, can only be ensured by comprehensively considering these factors to ensure that the selected micro water pump can meet the requirements of the automatic sensing soap dispenser.

Technical Specification

How does the flow rate of the DC Diaphragm Water Pump match the needs of the soap dispenser?

To match the flow rate of the DC Water Pump with the requirements of the soap dispenser, the following factors need to be considered:

1. Design of soap dispenser: Different designs of soap dispensers may have different flow requirements. Some soap dispensers may require a larger flow rate to ensure sufficient cleaning power, while others may require a smaller flow rate to meet basic cleaning needs.

2. Usage scenario: The usage scenario of the soap dispenser can also affect its demand for flow rate. For example, in places such as bathrooms, due to their high frequency of use, a larger flow rate may be required to meet the need for quick cleaning. In some places where soap dispensers are less used, a smaller flow rate may be sufficient.

3. Specifications of micro diaphragm water pumps: Different specifications of micro diaphragm water pumps have different flow ranges. You need to choose a miniature diaphragm water pump that is suitable for the needs of the soap dispenser to ensure that its flow rate matches the needs of the soap dispenser.

The inflation flow rate of the Liquid Dispenser Pump is 1.4L/min. What does it mean in the soap dispenser?

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Why does a micro water pump have vacuum pressure?

The main reason for the vacuum pressure generated by micro water pumps is their working principle. There is a special structure in micro water pumps, which is the combination of rotor and impeller. When the electric motor causes the rotor to rotate rapidly, the impeller engages with the rotor and rotates together with it. The rotation of the rotor causes the grooves on the impeller to become larger, forming a vacuum area. Due to external pressure, the liquid is sucked into the groove and filled. During this process, the micro water pump generates vacuum pressure, thereby achieving liquid suction

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What is the purpose of using the vacuum pressure of a micro water pump in a soap dispenser?