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Performance Requirements for Micro Brushless Motors for Aerospace

Performance Requirements for Micro Brushless Motors for Aerospace

  • Author:Celent Industrial
  • Origin:www.gdmotor.cn
  • Time of issue:2022-03-20 10:21
  • Pageviews：

(Summary description)The applications of micro brushless motors in aerospace are as extensive as in automobiles. For example, various types of valves and actuators are used on aircraft to perform various critical functions, from regulating fuel flow to engines to controlling access to aircraft environmental control systems. air flow.

Performance Requirements for Micro Brushless Motors for Aerospace

(Summary description)The applications of micro brushless motors in aerospace are as extensive as in automobiles. For example, various types of valves and actuators are used on aircraft to perform various critical functions, from regulating fuel flow to engines to controlling access to aircraft environmental control systems. air flow.

  • Categories:Industry information
  • Author:Celent Industrial
  • Origin:www.gdmotor.cn
  • Time of issue:2022-03-20 10:21
  • Views:0
Information
Considering the use environment of aircraft and spacecraft, the physical location of brushless motors in aircraft/vehicle systems is usually located in extreme environments, requiring maximum and strongest performance at the required motor frame size. Design considerations for the motor include:
 
       1. The selection of magnet material ensures that the magnet strength will not decrease with the increase of temperature;
       2. Lamination material to ensure that the motor can withstand the temperature range it is exposed to;
       3. Leads - the wires that connect the motor to the driver board, make sure it stays flexible in extreme cold and withstands meltdown in extreme heat. Teflon materials generally meet these requirements, but the design characteristics of the motor must be considered to ensure high performance operation over a wide range of temperature extremes over the entire life cycle of the aircraft/vehicle.
 
The aerospace market supplying precision motors must be able to provide custom motor designs for each specific application. Due to the unique needs of this market, a thorough understanding of how to optimize the specific design criteria dictated by the needs, the ability to provide multiple motor unique technologies, analyze all technologies and design specific needs. Aerospace and defense applications have been around for many years and continue to expand as technology advances, and improving designs and delivering optimized motion control solutions will continue to be a challenge in meeting the needs of this evolving market.
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