Nanomotion EDGE User Manual
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Contents
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Motor User Manual Technical DataNanomotion Ltd. 27Dimensions6.3In the following table are the external dimensions of the motor. For detaileddimensions refer to section 7.1.Physical Dimensions (Nominal Values)Property Unit EDGE Value EDGE-4X ValueLength mm 13.5 22.8Width mm 7.6 12.4Height mm 3.15 4.3Weight g 0.55 2.2gThermal Envelope of Performance (EOP)6.4EDGE Motor6.4.1Motor operating temperature is a result of the balance between heat generationand heat dissipation.• The heat generation depends on motor's work regime (driver commandlevel).• The heat is dissipated through the following heat transfer mechanisms:conduction, radiation and convection by air.The heat dissipation mechanisms should be able to dissipate the heat generatedin order to avoid overheating. The EOP gives the user the tools to assess thepermitted operating conditions (for a set ambient temperature and dynamicperformance) deriving the Duty Cycle and/or Maximal Continuous Operation thatassures safe operation.The user can operate the motor at a specific Duty Cycle for a periodic timeinterval which does not exceed the continuous time interval specified under“Maximal Continuous Operation”.For a given application at a given motion profile, the work regime is determinedby the F-V curve given in Figure 10. |
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