pbhuter
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I am trying to calculate the power required and resulting force for a linear motor, but I have been unsuccessful in finding the necessary equations.
This discussion focuses on calculating the power and force required for a linear motor setup involving a tube with wire-wrapping that generates magnetic fields acting on a magnetized cylinder. Participants highlight the complexity of deriving exact equations for such systems, suggesting that approximate formulas based on numerical simulations may be necessary. Key aspects include the relationship between power, inductance, and force, with references to specific components like concealed magnets and multistrand wires. The conversation emphasizes the need for established governing equations to effectively design and analyze the linear motor system.
PREREQUISITESEngineers, physicists, and hobbyists interested in designing and optimizing linear motors, particularly those focused on electromagnetic applications and performance calculations.
You have the youtube link? Otherwise, most engineers will associate the term with a 3 phase device.pbhuter said:A tube with wire-wrapping to generate the magnetic fields which act on a magnetized cylinder. I would like to move the cylinder through the magnetized tube.
pbhuter said:Something like this:
I am specifically looking at the part where the brass rod is moving.
Are there details of the construction? It appears that the brass tube houses 16 concealed magnets. That (upside-down so we can't see) circuit board houses his electronic circuitry. The two wires going to the coils may be multistrand, so actually 4 or more separate phases/wires.pbhuter said:A tube with wire-wrapping to generate the magnetic fields which act on a magnetized cylinder. I would like to move the cylinder through the magnetized tube.