Power Cube v17.10 Calculations: Difference between revisions
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(Created page with "*Initial pump used - .92 cu in as in BOM - for 1950 max PSI and 14 gpm *To achieve 3000 PSI, a ~9 gpm pump is needed if the engine is 16 hp. *This .61 cu in pump [http://www.s...") |
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*To achieve 3000 PSI, a ~9 gpm pump is needed if the engine is 16 hp. | *To achieve 3000 PSI, a ~9 gpm pump is needed if the engine is 16 hp. | ||
*This .61 cu in pump [http://www.surpluscenter.com/Brands/Dynamic/0-61-cu-in-Dynamic-GPF2010S9C-Hydraulic-Pump-9-7789-A.axd] has 8.8 gpm flow and requires 15.5 hp to drive according to [[Hydraulic Calculations]] | *This .61 cu in pump [http://www.surpluscenter.com/Brands/Dynamic/0-61-cu-in-Dynamic-GPF2010S9C-Hydraulic-Pump-9-7789-A.axd] has 8.8 gpm flow and requires 15.5 hp to drive according to [[Hydraulic Calculations]] | ||
*This .677 cu in pump [http://www.surpluscenter.com/Hydraulics/Hydraulic-Pumps/Gear-Pumps/0-677-cu-in-Prince-SP20B11A9H9R-Hydraulic-Pump-9-1897-A.axd] reports 5.6 gpm at 2000 rpm, or 10.1 gpm at 3600 RPM. Thus, 17.6 hp is required to drive this pump. | |||
Revision as of 22:52, 18 November 2017
- Initial pump used - .92 cu in as in BOM - for 1950 max PSI and 14 gpm
- To achieve 3000 PSI, a ~9 gpm pump is needed if the engine is 16 hp.
- This .61 cu in pump [1] has 8.8 gpm flow and requires 15.5 hp to drive according to Hydraulic Calculations
- This .677 cu in pump [2] reports 5.6 gpm at 2000 rpm, or 10.1 gpm at 3600 RPM. Thus, 17.6 hp is required to drive this pump.