compressed-air hydraulic comparison
units
1 bar = 0.1 N / mm2 = 10 N / cm2
1 Pa = 1 N / m2
1 bar = 100 kPa
1 mbar = 1 hPa
Industrial area
Compressed air production
The production of compressed air has resulted in:
reduce the temperature (heating of a compression)
remove water (RH + cooling) and
solid (lubricating oil, dust in the air)
Ensure operating pressure
and possibly add lubricant
typical compressor installation average height
Distribution
Local airy compressor
and place on a facing wall
north ... and the intake filter
away from sources of pollution
Components and Symbols
actuators
1 attached
2 magnet
3 amortization
4 body
5 level
6 wiper seal
7 flange
8 inlet
9 end of race
10 piston rod
11 carrier ring
12 piston seal
13 flange
14 depreciation
units
1 bar = 0.1 N / mm2 = 10 N / cm2
1 Pa = 1 N / m2
1 bar = 100 kPa
1 mbar = 1 hPa
Industrial area
Compressed air production
The production of compressed air has resulted in:
reduce the temperature (heating of a compression)
remove water (RH + cooling) and
solid (lubricating oil, dust in the air)
Ensure operating pressure
and possibly add lubricant
typical compressor installation average height
Distribution
Local airy compressor
and place on a facing wall
north ... and the intake filter
away from sources of pollution
Components and Symbols
actuators
1 attached
2 magnet
3 amortization
4 body
5 level
6 wiper seal
7 flange
8 inlet
9 end of race
10 piston rod
11 carrier ring
12 piston seal
13 flange
14 depreciation
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