The technical parameters of compression air compressors mainly include the following aspects:
Exhaust volume: Exhaust volume refers to the volume of gas discharged by the air compressor per unit time, usually in cubic meters per minute (m³/min) or standard cubic meters per hour (Nm³/h). For example, the flow range of Titanium Ti series centrifugal air compressors is 1200~24000Nm³/h, while the flow range of Mn(H) series centrifugal compressors is 1200~480000Nm³/h.
Exhaust pressure: Exhaust pressure refers to the maximum gas pressure that the air compressor can provide, usually in megapascals (MPa) or bar. For example, the pressure range of Titanium Ti series centrifugal air compressors is 0.06~1.6MPa(G), while the pressure range of Mn(H) series centrifugal compressors is 0.06~12.0MPa(G).
Power: Power refers to the power consumption required for the operation of the air compressor, usually in kilowatts (kW). The choice of power is related to the frequency of use and load size of the air compressor. Although excessive power can meet the needs of high-intensity work, it will also increase energy consumption and cost.
Inlet temperature: The inlet temperature has a certain impact on the performance and efficiency of the air compressor. Higher inlet temperature will lead to lower air density, thereby reducing the exhaust capacity and efficiency of the compressor.
Altitude: When using air compressors in different altitudes, it is necessary to select models according to the different altitudes of the region to ensure their normal operation and efficient performance.
Noise level: The noise level is an important parameter, especially in places with high requirements for working environment noise. Low-noise air compressors can reduce interference with staff and production processes.
Cooling method: Cooling methods include air cooling and water cooling, etc. Different cooling methods will affect the operating efficiency and maintenance cost of the air compressor.
Lubrication method: Lubrication methods include oil lubrication and oil-free lubrication. Choosing the right lubrication method can improve the operating efficiency and life of the air compressor. Efficiency: Efficiency is an important indicator for measuring the energy efficiency ratio of air compressors, usually expressed as a percentage. High-efficiency air compressors can reduce energy consumption and operating costs. Weight and size: Weight and size affect the handling and installation of air compressors. Users need to choose the right model according to the actual usage scenario.
