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Re: 1.1 Pump (am-3227) Really an improvement?
Quote:
Originally Posted by Billfred
All,
We've updated both the Viair and 1.1 Pump pages with our real-world testing.
This testing was done in our shop, with a regulated 12V power supply. Same tubing, same tanks, same gauge, same everything-as-much-as-we-can-humanly-measure.
Viair Pump:
Code:
Fill Rate for Number of Clippard tanks (574 ml) to fill from 0 to 110 psi:
1 Tank = 34 Seconds
2 Tanks = 64 Seconds
3 Tanks = 103 Seconds
4 Tanks = 140 Seconds
5 Tanks = 176 Seconds
1.1 Pump:
Code:
Fill Rate for Number of Clippard tanks (574 ml) to fill from 0 to 110 psi:
1 Tank = 25 seconds
2 Tanks = 45 seconds
3 Tanks = 72 seconds
4 Tanks = 95 seconds
5 Tanks = 122 seconds
We're working on converting to CFM for each 10-PSI breakpoint, but I timed both 5-tank tests and the 1.1 Pump was ahead on each one of them. Hopefully, this answers the sixty-four-dollar question.  |
Got to LOVE quantitative results!
Now that extra pound has solid numbers to justify it.
Is there a chance you also captured the amount of current that was being drawn at each sample point?
__________________
CalGames 2009 Autonomous Champion Award winner
Sacramento 2010 Creativity in Design winner, Sacramento 2010 Quarter finalist
2011 Sacramento Finalist, 2011 Madtown Engineering Inspiration Award.
2012 Sacramento Semi-Finals, 2012 Sacramento Innovation in Control Award, 2012 SVR Judges Award.
2012 CalGames Autonomous Challenge Award winner ($$$).
2014 2X Rockwell Automation: Innovation in Control Award (CVR and SAC). Curie Division Gracious Professionalism Award.
2014 Capital City Classic Winner AND Runner Up. Madtown Throwdown: Runner up.
2015 Innovation in Control Award, Sacramento.
2016 Chezy Champs Finalist, 2016 MTTD Finalist
Last edited by billbo911 : 06-12-2016 at 09:53.
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