Activity $5-3$: Vane Pump Cartridge Analysis

Below is a chart for two vane pump cartridges commonly used in industrial applications. Both vane pumps were tested to see how much fluid flow each produced at specific pressures under standard conditions. The standard conditions for both vane pump cartridges are $150$ Saybolt Universal Seconds $($SUS$)$ hydraulic fluid at $\backslash (120^\{\backslash$circ$\}\backslash$mathrm$\{$F$\}\backslash ).$

VANE PUMP CARTRIDGE ANALYSIS CHART

Use the Vane Pump Cartridge Analysis chart and information from the chapter to answer the following questions:

$1.$ If the pump with cartridge $\backslash ($ A $\backslash )$ installed is operating at $1000$ psi and the prime mover is rotating at $1200$ rpm $,$ what should a flow meter read if installed within $\backslash (6^\{\backslash$prime$\}\backslash )$ of the pump discharge?

$2.$ If the pump with cartridge $\backslash ($ A $\backslash )$ installed is operating at $2300$ psi and the prime mover is turning at $1700$ rpm $,$ what should a flow meter read if installed within $\backslash (6^\{\backslash$prime$\}\backslash )$ of the pump discharge?

$3.$ If the pump with cartridge $\backslash ($ B $\backslash )$ installed is operating at $2000$ psi and the prime mover is rotating at $1100$ rpm $,$ what should a flow meter read if installed within $\backslash (6^\{\backslash$prime$\}\backslash )$ of the pump discharge?

$4.$ If the pump with cartridge $\backslash ($ B $\backslash )$ installed is operating at $3000$ psi and the prime mover is rotating at $1400$ rpm $,$ what should a flow meter read if installed within $\backslash (6^\{\backslash$prime$\}\backslash )$ of the pump discharge?

$5.$ If the pump with cartridge $\backslash ($ A $\backslash )$ installed is operating at $1000$ psi $,$ the prime mover is rotating at $1700$ rpm $,$ and the flow meter reads $13\mathrm{.}5$ gpm $,$ what is the volumetric efficiency of the pump?

$6.$ The pump with cartridge A installed is operating at $2300$ psi $,$ the prime mover is rotating at $1600$ rpm $,$ and the cartridge is $2\mathrm{.}01$ cu in$.$ Place a mark on the chart where that should be represented.