Baby Milk Maker Water Pumps

What is the maximum voltage of the Micro Water Pump in the milk mixer?

In the milk conditioning machine, the maximum voltage of the micro water pump is 24V.

Voltage is one of the important parameters for water pump operation. The voltage range of micro water pumps is usually between DC4.5V-DC24V. In the milk conditioning machine, in order to ensure the normal operation of the Mini Water Pump, its maximum voltage should not exceed 24V. Excessive voltage may damage the water pump, causing it to not work properly, and may even cause safety issues. Therefore, when using a micro water pump, you should strictly follow the requirements of the product manual and provide it with an appropriate voltage to ensure its normal operation and extend its service life. The current voltages available for DSB413-AS water pumps are DC6V and DC12V. DYX can also customize other voltages and performance parameters.

Technical Specification

How is the voltage range of the micro water pump determined?

When designing a micro water pump, engineers will take into account the pump's working efficiency and performance parameters such as head, flow, and power, as well as the relationship between these performance parameters and voltage. According to the working principle of the Membrane Water Pump and the principle of electromechanics, there is a certain relationship between voltage and parameters such as current, power and speed. By adjusting the voltage, the speed and flow of the micro water pump can be controlled, thereby adjusting parameters such as head and power.

In addition, in practical applications, factors such as the use environment, power supply conditions, and load requirements of the micro water pump will also affect the determination of the voltage range. For example, when using a micro water pump in the field or on a mobile device, you may need to use a battery or DC power supply, so the voltage range will be limited by the voltage and capacity of the battery. At the same time, in order to ensure the safe and stable operation of the micro water pump, engineers also need to consider factors such as power supply voltage fluctuations and overload protection.

Dimension Drawing

What is the maximum current of a micro diaphragm water pump in a milk regulator?

In milk conditioners, the maximum current of the Self Priming Micro Water Pump will vary depending on the specific equipment model and design specifications. Typically, the current size of a micro diaphragm water pump ranges from a few milliamperes to several hundred milliamperes. For most household milk mixers, the maximum current of the micro-diaphragm water pump usually does not exceed 500 mA.

However, the specific maximum current value is also affected by other factors, such as voltage, power and motor efficiency. When selecting a mini water pump, it should be matched and tested according to the specific needs and specifications of the milk blender to ensure normal operation and meet usage requirements.

Flow Chart

How does the current size of the micro diaphragm water pump affect the performance of the milk mixer?

The current size of the micro diaphragm water pump has an important impact on the performance of the milk regulator. The following are the main aspects that affect the performance of the milk regulator:

1. Operating efficiency: The current size of the micro diaphragm water pump directly reflects its operating power and efficiency. More current means more power and faster operation, which can lead to faster heating and cooling rates, thereby increasing the overall efficiency of the milk blender.

2. Temperature control accuracy: The current size of the Food Grade Water Pump will also affect the stability of its operation, thereby affecting the temperature control accuracy of the milk blender. A larger current may result in more stable and precise temperature control, ensuring that the milk is always within the appropriate temperature range.

3. Flow stability: The current of the 12V Water Pump will also affect its flow output. A larger current may result in a more stable flow output, ensuring that the milk supply remains constant at all times.

4. Energy consumption: The current size directly reflects the energy consumption of the micro diaphragm water pump. Higher current means higher energy consumption, which may affect the milk blender's energy efficiency and long-term operating costs. Therefore, choosing the appropriate current size is also of great significance to achieve energy saving and environmental protection.

DYX Pumps And Valves Other Application

Why can the medium of a micro diaphragm water pump be water or air?

The medium of the micro diaphragm water pump can be water or air, mainly due to its unique design and functionality. The core component of this water pump is the diaphragm, which can reciprocate driven by the motor to suck in and discharge water or air.

When a Mini DC Hydraulic Pump is used in water media, its main function is to transport water from one place to another. Due to the incompressibility of water and the lubrication effect on the internal structure of the pump, the miniature diaphragm water pump exhibits good performance and stability in water media.

When the portable water pump is used for air media, it can be used to transport air or compressed air. Due to the compact structure, light weight and low power consumption of the micro diaphragm water pump, it has become an ideal choice for some equipment that requires air transmission or compression, such as cylinder pressure regulation, pipeline cleaning and other applications.

The reason why the micro diaphragm water pump can adapt to two different media, water and air, is due to the special design of its internal structure and materials. For example, the sealing performance of the water pump must be good to prevent the leakage of water and air; the material of the water pump must be corrosion-resistant and wear-resistant, and can adapt to the different properties of water and air; the design of the water pump must be reasonable to ensure that water and air are transmitted during the transmission process. smooth flow in.