DC Micro water pump for automatic soap dispenser

DYX Mini Water Pump DSB413-G-2 is made up of high quality materials such as POM, plastic, rubber, and steel.

Quality control: Each pump undergoes thorough inspection to ensure that it meets quality standards in terms of current, flow rate, pressure, noise, and appearance.

Testing: The pump is subjected to salt spray, life, noise, and performance tests to guarantee its durability and efficiency.

Certifications: The pump is certified by CE/EMC, ROHS, REACH  ensuring that it meets safety and quality standards.

OEM/ODM services: The company offers customization options to meet specific customer requirements.

Mission: The company is dedicated to being market-oriented, customer-centered, and committed to delivering high-quality products.

Technical Specification

The DYX DSB413-G-2 Mini Liquid Pump is available in three different voltage options: DC2.8V, DC4V, and DC6V. The corresponding currents for these voltage options are 600mA, 350mA, and 250mA respectively.

If you require a different parameter for the DC Liquid Pump, such as a different voltage or current, dyx manufacturer also offers customization options to meet your specific needs. This allows for flexibility in the design and application of the water pump in various projects and systems.

What are the effects of different voltages and currents on the soap dispenser of micro diaphragm water pumps?

The voltage and current of the Mini DC Liquid Pump can affect the efficiency and performance of the soap dispenser. Generally speaking, the higher the voltage of the diaphragm water pump, the greater the flow and pressure, thereby increasing the injection volume of the soap dispenser. The change in current will affect the speed of the diaphragm water pump, thereby affecting the spraying speed and stability of the soap dispenser.

Therefore, selecting the appropriate voltage and current can achieve the best working effect of the soap dispenser, improve cleaning efficiency, and save energy. However, it should be noted that excessive voltage and current may damage the diaphragm water pump and soap dispenser, so it is necessary to choose the appropriate voltage and current based on specific usage requirements and product specifications.

Dimension Drawing

What does the inflation flow rate of a Micro Water Pump mean?

The inflation flow rate of a Self Priming Micro Water Pump refers to the volume of gas that the pump can charge or discharge per unit of time. Usually expressed in units such as liters per minute or cubic meters per hour. The larger the inflation flow rate, the higher the inflation efficiency of the water pump, which can complete the inflation or exhaust work more quickly. This parameter is very important for evaluating the performance and efficiency of micro water pumps, and can help users choose the appropriate pump to meet their needs.

DYX Other Mini Water Pumps For Automatic Soap Dispensers

Why does a micro water pump have an inflation flow rate?

The reason why Liquid Dispenser Pump has inflation flow is that in some cases, gas needs to be injected into the pump to increase its drainage capacity or provide additional power. For example, when a water pump needs to work in deeper water sources, inflation can help the pump discharge water more quickly and improve work efficiency. In addition, inflation can adjust the drainage flow and pressure of the water pump, making it more suitable for different working environments and needs. Therefore, the inflation flow rate can provide more flexibility and versatility for micro water pumps.

DYX Other Pumps And Valves Application

What is the purpose of using a micro water pump for the inflation flow rate in a soap dispenser?

The 5V DC Mini Water Pump used for inflating the flow rate in the soap dispenser can help increase the pressure in the soap dispenser, making it easier for the soap to be sprayed out. By adjusting the inflation flow rate, the amount of soap sprayed can be controlled, making it more precise and economical. In addition, the inflation flow rate can also affect the stability and durability of the soap dispenser, ensuring better long-term use of the soap dispenser.