Air Compressors WA. Supplying you with Information on Air Compressor Technology.
Industrial Air Compressors | What You Need to Know
What You Need To Know About Air Compressors!
Need to know more about Air Compressors. Are you researching what to buy to fit what you need or just simply learning about whats new, Air Compressor WA has the information.
what is the power require to run a 600 kg per sq cms pressure Air compressor?
The purpose is industrial.
what would be its ware & tare?
600 kg/cm^2 is roughly 8500 psi. There isn’t a compressor in the world that could produce that kind of pressure, let alone a system that could handle it.
In general terms though, in order to size a compressor, you need to know the SCFM. air compressor companies rate their compressors in terms of ACFM because the properties of air changes so much. The ACFM rating is basically the same as SCFM if the compressor was tested when the ambient conditions were standard conditions. For selecting a compressor, I consider them the same thing. Most standard compressors have max pressure ratings up to 125 psig or so. There are some booster compressors made for high pressure applications that will boost pressures up to around 300 psig.
As far as ware and tear, if a compressed air system is designed correctly, you can minimize the wear and tear. First thing to do is ensure a tank is in the system right after any dryers, ususally 1 gallon/4 SCFM. If the system has many points of use where there is a lot of diversity, another surge tank can be placed right after the compressor, around 1 gallon/ 1 SCFM.
The compressor only runs when the system pressure drops below a certain point, the demand of the compressed air will mainly determine how often the compressor will run, which is basically ware and tear.
For your system, I would imagine it would run indefinately until the motor burned up or the system exploded.
2 Responses to “what is the power require to run a 600 kg per sq cms pressure Air compressor?”
Leave a Reply
Lorem ipsum dolor sit amet, consectetuer adipiscing elit, sed diam nonummy nibh euismod tincidunt ut laoreet dolore magna aliquam erat volutpat. Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea commodo consequat. Duis autem vel eum iriure dolor in hendrerit in vulputate velit esse molestie consequat, vel illum dolore eu feugiat nulla facilisis at vero eros et accumsan et iusto odio dignissim qui blandit praesent luptatum zzril delenit augue duis dolore te feugait nulla facilisi.
The power depends on how much air flow you need to maintain at that pressure. For that matter, so does the wear and tear.
References :
600 kg/cm^2 is roughly 8500 psi. There isn’t a compressor in the world that could produce that kind of pressure, let alone a system that could handle it.
In general terms though, in order to size a compressor, you need to know the SCFM. Air compressor companies rate their compressors in terms of ACFM because the properties of air changes so much. The ACFM rating is basically the same as SCFM if the compressor was tested when the ambient conditions were standard conditions. For selecting a compressor, I consider them the same thing. Most standard compressors have max pressure ratings up to 125 psig or so. There are some booster compressors made for high pressure applications that will boost pressures up to around 300 psig.
As far as ware and tear, if a compressed air system is designed correctly, you can minimize the wear and tear. First thing to do is ensure a tank is in the system right after any dryers, ususally 1 gallon/4 SCFM. If the system has many points of use where there is a lot of diversity, another surge tank can be placed right after the compressor, around 1 gallon/ 1 SCFM.
The compressor only runs when the system pressure drops below a certain point, the demand of the compressed air will mainly determine how often the compressor will run, which is basically ware and tear.
For your system, I would imagine it would run indefinately until the motor burned up or the system exploded.
References :