Reduce Compressed Air Consumption by up to 50 % | Parker Air Savers

An Air Saver is a valve that converts a continuous air blow to a pulsed air blow without the need for any other external control. Air Savers quickly cycle ON and OFF, creating a series of pulses. During the OFF cycle, there is no air consumption.

Compressed Air Savings

Parker Air Savers

Pulsing Air Technology Reduces Energy Consumption in open-ended (blow) applications by up to 50%!

Common Applications where using pulsing air instead of continuous blow can save air consumption include:

  • Using compressed air for cooling applications
  • Automotive spray painting applications
  • Swarf removal
  • Cleaning blow before assembly
  • Liquid removal after manufacturing process
  • Ionizer dust removal in semiconductor applications
  • Assist blow along a production line like in PET bottle manufacturing
  • Air knife usage to separate sheets
  • Many other applications - if you are using air blow applications, chances are you can reduce your compressed air consumption by using Air Savers

Depending on the module of Parker Air Saver selected, different adjustments are available for the ON interval, OFF interval or both. Options are available for applications with or without DC24V power availability. Modules can be quickly matched to your application based on your system pressure, air consumption and nozzle area. See our Quick Selection Page to help you select the right solution for your application.

Parker ASV200

5.3 cfm
M5 Thread
44-116 PSI
Pulse
Pilot
ASV200

Parker ASC50015.9 cfm
1/8" Thread
29-101.5 PSI
Pulse/Cont.
DC24V
ASC500
Parker ASO50015.9 cfm
1/8" Thread
29-72.5 PSI
Pulse/Cont.
DC24V
ASO500
Parker ASV200070.6 cfm
3/8" Thread
0-116 PSI
Pulse
Pilot
ASV2000
Parker ASV5000176.6 cfm
1/2" Thread
0-116 PSI
Pulse
Pilot
ASV5000
Parker ASV13000459.1 cfm
1" Thread
0-116 PSI
Pulse
Pilot
ASV13000
Parker ASV15000529.7 cfm
1-1/4" Thread
0-116 PSI
Pulse
Pilot
ASV15000
Parker Air Saver for blow guns - HASV08R1,300 cfm
1/4" Thread
50.8-116 PSI
Pulse/Cont.
For Hand Held
HASV08R

For technical questions specific to reducing compressed air consumption in your application, you may contact our Engineering Department.

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