What is the output of the 370 air pump?

2024-02-29 15:35:58

As a new type of pneumatic equipment, the 370 micro diaphragm air pump has been widely used in various fields due to its small size, simple structure, low noise, and stable operation. So, how much is the output of the 370 air pump? This article will provide a detailed analysis of the working principle, technical parameters, and other aspects of the 370 air pump.

Overview of 370 micro diaphragm air pump

The 370 micro diaphragm air pump is a new type of pneumatic equipment that adopts Japanese technology and has the characteristics of small volume, light weight, low noise, and stable operation. This air pump is widely used in industries such as aquatic, medical, laboratory, environmental protection, printing, food, and packaging, providing air power for various types of equipment.

Working principle of 370 air pump

The 370 micro diaphragm air pump adopts a diaphragm design, mainly composed of pump body, diaphragm, driving device, inlet and outlet, and other parts. When the power is turned on, the driving device drives the diaphragm to move back and forth, causing the gas in the pump chamber to be continuously sucked in and discharged. The reciprocating motion of the diaphragm is achieved by the eccentric wheel and crankshaft mechanism of the driving device, and the rotational motion is converted into reciprocating motion through the crankshaft connecting rod.

Factors affecting the output of 370 air pump

The output of the 370 micro diaphragm air pump is influenced by multiple factors, mainly including the following points:

1. Diaphragm material: The elasticity, corrosion resistance, wear resistance, and other factors of the diaphragm material can affect the output of the air pump. Good diaphragm material can ensure that the air pump maintains a stable output during long-term operation.

2. Pump chamber design: The shape, size, and structure of the pump chamber have a significant impact on the air output. A reasonable pump chamber design can improve the efficiency of the air pump and increase the air output.

3. Driving device: Factors such as power and speed of the driving device can also affect the output of the air pump. Generally speaking, the higher the power and speed of the driving device, the greater the output of the air pump.

4. Inlet and outlet design: The inlet and outlet design of the air pump should meet the actual application requirements to ensure that the gas can enter and exit smoothly during the operation of the air pump.

Test and calculation of the output of 370 air pump

The output of the 370 micro diaphragm air pump can be obtained through experimental testing. The testing method is as follows:

1. Install pressure gauges and flow meters at the inlet and outlet of the air pump to ensure its normal operation.

2. Record the inlet and outlet pressure and flow data of the air pump for a certain period of time.

3. Calculate the output of the air pump based on experimental data.

The calculation formula is: gas output=flow rate x time x pressure difference between the inlet and outlet of the air pump.

Application selection of 370 air pump output

In practical applications, it is very important to choose a suitable 370 micro diaphragm air pump according to the specific needs of different industries. When choosing an air pump, users should fully consider the following points:

1. Actual working environment: Select air pumps with corresponding protection levels based on the severity of the working environment.

2. Gas output demand: Select an air pump that meets the flow requirements based on actual application needs.

3. Pressure requirements: Select an air pump that meets the pressure requirements based on actual application needs.

4. Power supply voltage: Select the corresponding voltage level of the air pump based on the on-site power supply voltage.

5. Equipment running time: Select an air pump with a longer service life based on the equipment running time.

 Conclusion

As a new type of pneumatic equipment, the 370 micro diaphragm air pump has the characteristics of small size, simple structure, low noise, and stable operation, and has been widely used in various fields. When purchasing a 370 air pump, users should fully consider the actual application needs and choose a suitable air pump to ensure the normal operation of the equipment. Meanwhile, understanding the working principle and output calculation method of the 370 air pump can help users better use and maintain the air pump equipment.