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123 M AT E R I A L T R A N S F E R G E N E R ATO R S 5 For more information or for additional configurations, please contact us at NASInsideSales@imi-precision.com NDF Performance Data Supply Pressure 0 352 281 12 10 SCFM lpm 227 8 170 6 4 113 57 2 0 0 80 40 100 0 5.5 2.8 20 1.4 60 4.1 7.0 PSI BAR NDF 36 NDF 23 NDF 13 Air Consumption Air Consumption vs Supply Pressure Supply Pressure 0 474 406 339 14 12 10 "Hg mbar 271 8 203 6 4 135 68 2 0 0 80 40 100 0 5.5 2.8 20 1.4 60 4.1 7.0 Static Vacuum Static Vacuum vs Supply Pressure PSI BAR NDF 13 NDF 36 NDF 23 Vacuum Flow 0 406 12 "Hg mbar 304 9 6 203 101 3 0 0 20 10 30 25 0 566 283 Based on 80 PSI Supply Pressure 5 142 15 425 850 708 Vacuum Level Vacuum Level vs Vacuum Flow SCFM LPM NDF 13 NDF 36 NDF 23 Supply Pressure 0 793 566 680 28 20 24 SCFM lpm 453 16 340 12 8 227 113 4 0 0 80 40 100 0 5.5 2.8 20 1.4 60 4.1 7.0 Vacuum Flow Vacuum Flow vs Supply Pressure PSI BAR NDF 13 NDF 23 NDF 36 NDF13, NDF23, NDF36 NDF56 Supply Pressure 0 793 680 566 20 16 18 SCFM lpm 453 12 339 10 8 227 113 4 0 0 80 40 100 0 5.5 2.8 20 1.4 60 4.1 7.0 PSI BAR NDF 56 Air Consumption Air Consumption vs Supply Pressure Supply Pressure 0 406 339 12 10 "Hg mbar 271 8 203 6 4 135 68 2 0 0 80 40 100 0 5.5 2.8 20 1.4 60 4.1 7.0 PSI BAR NDF 56 Static Vacuum Static Vacuum vs Supply Pressure Vacuum Flow 0 406 12 "Hg mbar 304 9 6 203 101 3 0 0 30 45 0 850 15 425 23 638 38 1063 8 213 1274 Vacuum Level Vacuum Level vs Vacuum Flow SCFM LPM NDF 56 Based on 80 PSI Supply Pressure Supply Pressure 0 1416 50 SCFM lpm 1133 40 850 30 20 566 283 10 0 0 80 40 100 0 5.5 2.8 20 1.4 60 4.1 7.0 Vacuum Flow Vacuum Flow vs Supply Pressure PSI BAR NDF 56 Operating Note: Above 40 PSI [2.7 bar], the increased energy consumed through rising air consumption is converted into increased vacuum level while vacuum flow stays constant. It is the vacuum flow that provides the motive force for the materials to be transferred. Higher vacuum levels are useful when liing high molecular weight bulk materials and heavy individual objects long distances vertically. Note: Performance Charts represent average performance data. For reference only.