Pressure requirements for Air Motor

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SUMMARY

The discussion focuses on determining the pressure requirements for an air motor to maintain an object in equilibrium on a slope. Key calculations involve the downslope force in Newtons, with considerations for power and kinetic energy. The consensus is that the power required depends on mass, gravitational acceleration, velocity, and the angle of inclination. It is recommended to select an air motor based on specifications such as RPM, cost, and power, allowing the motor's spec sheet to dictate the necessary pressure.

PREREQUISITES
  • Understanding of force calculations in Newtons
  • Knowledge of power requirements in watts (W)
  • Familiarity with free body diagrams
  • Basic principles of air motor specifications
NEXT STEPS
  • Research the relationship between air motor RPM and pressure requirements
  • Learn how to calculate power requirements for objects on inclined planes
  • Explore the impact of atmospheric pressure on air motor performance
  • Investigate different air motor specifications and their applications
USEFUL FOR

Engineers, mechanical designers, and anyone involved in the selection and application of air motors for maintaining equilibrium on slopes.

Jameseyboy
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Hi Guys,

I am needed to work out the the amount of pressure an Air Motor will need to provide to keep an object on a slope in equilibrium.

I have worked out the the force DOWNSLOPE of the object in Newtons- but I am unsure of the next steps to find an appropriate air motor (or what kind of characteristics I would be looking for).

Is it Power/W that I am looking for? Kinetic energy in KJ?

Any input would be appreciated
 
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What do you mean by equilibrium? Stationary or constant velocity?
The first requires no power the power for the second depends on mass, g, velocity and angle of inclination.
That will give motor power (ignoring losses).

Any non atmospheric pressure can provide that power, the closer to atmospheric the greater the flow rate required for a given power.
Best to find a motor with the appropriate rpm, cost, power etc and let the motor spec sheet set the pressure.
Post your calculations and free body diagrams.
 

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