Diaphragm pump for vacuum cleaner sweeper

What determines the pumping capacity of a Mini Water Pump in a sweeper?

1. Pump design and performance: The design and performance of a Micro Water Pump directly determine its pumping capacity. This includes parameters such as pump volume, flow rate, head, and efficiency

Number. Flow refers to the amount of water that a water pump can extract or discharge per unit time, while head represents the resistance that the pump can overcome to lift the water to a higher height.

2. Power supply and motor performance: The motor of the water pump is the key to its pumping capacity. The power, voltage, and current parameters of the motor can affect the pumping effect of the water pump. The higher the power, the stronger the pumping capacity is usually.

3. Pipeline and water flow resistance: The connection method between the water pump and the pumping pipeline, as well as the design of the pipeline, can also affect the pumping capacity. If the pipeline is too long, too narrow, or has bends, joints, etc., it will increase water flow resistance, thereby reducing the actual pumping capacity of the water pump.

4. Water quality and impurities: If the water contains a large amount of impurities or solid particles, these impurities may clog the inlet or internal pipelines of the water pump, leading to a decrease in pumping capacity.

5. Design and usage scenarios of sweepers: The design and usage scenarios of sweepers can also affect the pumping capacity of water pumps. For example, if a sweeper needs to work on carpets or slippery surfaces, it may require a water pump with higher pumping capacity and adaptability.

What type of cleaning liquid is suitable for micro diaphragm water pumps?

Clear water: The most common and safest type of liquid. For most micro diaphragm water pumps, clean water is suitable. It is used for general cleaning and wetting tasks, such as the wet mop function of a sweeper.

Mild cleaning agents: Some micro diaphragm water pumps designed for cleaning tasks can handle liquids containing mild cleaning agents. These cleaning agents are usually designed to enhance cleaning effectiveness, but must be compatible with the water pump material to avoid corrosion or damage.

Non corrosive liquid: Any liquid intended for use in Micro Diaphragm Pumps should be non corrosive to avoid damage to the internal components of the pump. This includes avoiding the use of strong acids, bases, or other chemicals that may cause corrosion to metal or plastic components.

Technical Specification

How to determine if the cleaning liquid is compatible with micro diaphragm water pumps?

Refer to product instructions and manufacturer recommendations: Firstly, carefully read the product instructions and manufacturer's instructions for the DC Water Pump. These documents usually list the types of liquids compatible with the water pump and the liquids to be avoided. Following the manufacturer's recommendations is key to ensuring compatibility.

Understanding the chemical composition of liquids: The chemical composition of cleaning liquids is an important factor in determining their compatibility with water pumps. For example, strong acids, bases, or other corrosive substances may damage the material of the water pump, leading to leakage or decreased performance. Therefore, it is necessary to understand the pH value, pH, and other chemical components that may affect compatibility of the liquid.

Conduct compatibility testing: In cases where it is uncertain whether the cleaning liquid is compatible with the DC Diaphragm Water Pump, a simple compatibility test can be conducted. This can be achieved by running the water pump in a small amount of liquid and observing whether its performance and durability are affected. However, this type of testing should be conducted under safe conditions and in accordance with relevant safety regulations.

Consider the physical properties of liquids: the viscosity, density, and surface tension of liquids may also affect their compatibility with micro Diaphragm Pumps. Some pumps may be more suitable for handling low viscosity or high fluidity liquids, while others may be more suitable for handling high viscosity or viscous liquids.

How is the pumping capacity of a Self Priming Micro Water Pump in a sweeper affected by its performance parameters?

1. Flow rate: Flow rate refers to the amount of water that a water pump can extract or discharge per unit of time. The larger the flow rate, the more water the pump can handle per unit time, and the stronger the pumping capacity. Therefore, for vacuum cleaners, if they need to quickly clean large areas, choosing a micro diaphragm water pump with a larger flow rate will be more suitable.

2. Head: Head refers to the height to which a water pump can overcome resistance and lift water. The higher the head, the water pump can pump water to a higher position or overcome greater resistance. In a vacuum cleaner, if it is necessary to pump water to a higher position or overcome significant pipeline resistance, the head becomes an important parameter.

3. Voltage and power: Voltage and power are key factors affecting the pumping capacity of water pumps. The voltage determines the operating voltage range of the motor, while the power directly determines the pumping capacity of the motor. The higher the power, the stronger the pumping capacity of the motor. Therefore, when choosing a micro diaphragm water pump, it is necessary to choose the appropriate voltage and power according to the power supply and power requirements of the sweeper.

4. Efficiency: Efficiency refers to the energy utilization efficiency of a water pump during the pumping process. The higher the efficiency of a water pump, the more water it can extract at the same power. Therefore, when choosing a micro diaphragm water pump, its efficiency parameters also need to be considered.

Dimension Drawing                                                                                                       

What are the specific aspects of durability and reliability of micro diaphragm water pumps?

1. Material selection: The durability of the 5V DC Mini Water Pump is closely related to the material used. High quality materials can resist corrosion, wear, and aging, thereby extending the service life of water pumps. For example, pump heads are generally made of stainless steel material, which has good corrosion resistance and can effectively prevent water pumps from being corroded and damaged during use.

2. Design and manufacturing process: The design and manufacturing process of water pumps can also affect their durability and reliability. Reasonable design can reduce the friction and wear of water pumps during operation, and lower the failure rate. At the same time, the precision of the manufacturing process will directly affect the quality and performance of the water pump.

3. Sealing performance: The sealing performance of micro diaphragm water pumps is crucial for their durability and reliability. Excellent sealing design can prevent leakage problems during the operation of the water pump, ensuring its normal operation and service life.

4. Operational stability: The operational stability of micro diaphragm water pumps is also an important manifestation of their durability and reliability. The water pump should remain stable and vibration free during operation, which can reduce the wear and failure rate of the pump and extend its service life.