Effects of heat transfer in a vacuum environment
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Tecnotion’s G2 vacuum ironless motors move masses with a certain velocity and acceleration. The heavier the mass or the faster the movement, the more work the motors have to deliver. This effort results in more generated heat, which needs to be dissipated to prevent the motors from overheating.Conduction
There are three ways of dissipating heat: conduction, convection, and radiation. Conduction in a linear motor system takes place from the coil unit to the slide and from the slide to the bearings to the vacuum chamber wall. The design of the coil unit of the Tecnotion vacuum motors optimizes conduction. So how does the design of Tecnotion vacuum-rated coil units do this?
Thank you for your interest in our white paper on heat transfer.
