@air
2025-03-05

What is the general pressure of the gas source?

The general pressure range of the gas source is between 0.40 and 0.80 megapas (MPa). This pressure range is suitable for a variety of pneumatic equipment and systems, which ensures that the pneumatic equipment works properly while avoiding safety issues that may arise due to excessive pressure.

Specifically:

  • Commonly used range: In general industrial applications, the gas source pressure is usually set between 0.50 and 0.60MPa, which is a relatively stable pressure range that can meet the needs of most pneumatic equipment.
  • Precision detection and instrumentation: In situations where higher accuracy is required, such as the pneumatic meter used in industrial precision detection, the gas source pressure is generally controlled between 0.40 and 0.70MPa, and it is recommended to adjust the pressure to 0.50MPa to ensure the stability of the measurement.
  • Specific Equipment and Applications: Some special equipment or applications may have specific requirements for air source pressure. For example, in pharmaceutical workshops, pneumatic equipment may require a more stable supply of gas to ensure the quality and safety of drug production.
  • Pressure regulation: Since the pressure required by different pneumatic components and actuators is different, the pressure of the gas source is usually adjusted through equipment such as pressure reducing valves to meet the needs of specific equipment or systems.

It should be noted that the specific values ​​of the air source pressure may vary depending on the application scenario and equipment requirements. Therefore, in practical applications, the appropriate gas source pressure should be selected according to the specific circumstances, and the stability and reliability of the gas source supply should be ensured.

Welcome!

Related Articles:
@air
2025-03-08

What to do if the air compressor has more water vapor

When the air compressor has a lot of water vapor, you can start from the following aspects: 1. Check and maintain the drainage system Installate and check the drainage valve regularly: Insert the drainage valve at the bottom of the air compressor’s gas tank to ensure that the condensate can be discharged smoothly. Check regularly […]

@air
2025-03-12

Applicable scenarios for water lubricating air compressors

Water lubricating air compressors have a wide range of application scenarios in many fields due to their unique lubrication methods and environmentally friendly characteristics. The following are the main applicable scenarios for water-lubricated air compressors: 1. Medical industry Application scenarios: Medical equipment such as ventilators, anesthesia machines, etc. require pure compressed air. Advantages: The water-lubricated […]

@air
2025-03-27

Several reasons for slow air supply in air compressors

The problem of slow air supply (that is, slow pressure increase) in air compressors may be caused by many factors. The following are common reasons and solutions, sorted by failure probability: 1. Analysis of common reasons. Causes of air filter clogging: After long-term use, air filter volume…

@air
2025-03-05

Is the cold dryer part of the air compressor?

The cold dryer is not part of the air compressor, but a post-treatment equipment used in conjunction with the air compressor. The cold dryer, full name of the refrigeration dryer, uses the principle of refrigeration and dehumidification to cool the saturated compressed air from the upstream air compressor to a certain dew point temperature through […]

@air
2025-03-12

Calculation method of discharge volume of screw air compressor

The calculation of the exhaust volume of a screw air compressor involves multiple factors. The following are several common calculation methods: 1. Basic formula method Formula: Exhaust pressureExhaust pressureAtmospheric pressureExhaust pressureExhaust air flow Parameter description: Exhaust pressure: The pressure at the exhaust port of the screw air compressor, in MPa or bar. Exhaust flow: The […]