@air
2025-04-21

One equipment requires a pressure of 0.1mpa, and 10 units require several air compressors

To determine how many air compressors you need to provide 0.1MPa pressure for 10 pieces of equipment, you can follow the following steps:

  1. Determine the air consumption of a single equipment
    • First, you need to know the amount of compressed air consumed per hour by each equipment at a pressure of 0.1MPa, usually in cubic meters per hour (m³/h). This data can usually be found in the technical specifications or instructions of the equipment.
  2. Calculate the total air consumption of 10 equipment
    • Multiply the air consumption of a single equipment by 10 to get the total air consumption of 10 equipment.
  3. Select the exhaust volume of the air compressor
    • Based on the total air consumption of 10 equipment, select an air compressor with a displacement slightly greater than the total air consumption. When selecting an air compressor, it is also necessary to consider whether the exhaust pressure of the air compressor meets the requirement of 0.1MPa.
  4. Calculate the number of air compressors required
    • If the exhaust volume of a single air compressor is large enough, only one air compressor may be needed to meet the total air consumption of 10 equipment. If the exhaust volume of a single air compressor is not enough to meet the total air consumption, multiple air compressors need to be used in parallel.

exemplified

  • Assuming that each equipment consumes 1 m³ of compressed air per hour at a pressure of 0.1MPa, the total air consumption of 10 equipment is 10 m³/h.
  • If you choose an air compressor with a displacement of 12 m³/h (considering a certain margin), then one air compressor can meet the total air consumption of 10 equipment.

precautions

  • In practical applications, it is also necessary to consider the impact of factors such as the efficiency of the air compressor, pressure loss, and environmental temperature on the performance of the air compressor.
  • If higher precision is required, you can consult the air compressor manufacturer or professional engineer for detailed calculations and selection.
Welcome!

Related Articles:
@air
2025-04-23

Standard for moisture content at outlet of cold dry dryers

The outlet moisture content standards of cold-dry dryers (freeze dryers) vary depending on the application fields. The following are the specific standards and related explanations: 1. Pressure dew point standards in the compressed air drying field: Standards of the Ministry of Machinery: According to JB/…

@air
2025-03-18

The difference between oil-free screw air compressor and oil injection screw

The core difference between oil-free screw air compressor and oil injection screw air compressor contrast dimension oil-free screw air compressor oil-injected screw air compressor lubrication method no need for lubricating oil, relying on self-lubricating materials (such as ceramic bearings) or water lubrication technology direct injection of lubricating oil during compression for lubrication, cooling and sealing […]

@air
2025-03-13

How big aerial compressor is used in the factory

The size of the air compressor used in the factory mainly depends on the scale of the factory, production requirements and specific application scenarios. Here are some general guidelines: Small factories: For small factories in the food, manufacturing, textile, printing and other industries, their production process usually does not require high-pressure air, so air compressors […]

@air
2025-05-26

Does the pellet packaging machine need compressed air?

Explanation on whether pellet packaging machines need to use compressed air Whether pellet packaging machines need to use compressed air needs to be comprehensively judged based on equipment type and functional requirements. The following is a detailed explanation for you from the perspective of technical principles and industry practice: 1. Compression…

@air
2025-07-18

The difference between power frequency air compressor and variable frequency air compressor

Comparison of technical characteristics between power frequency and frequency conversion air compressors In the compressed air supply system, power frequency and frequency conversion air compressors have different operating characteristics due to differences in driving methods. The specific differences can be summarized as follows: Power control principle Power frequency models: …