The latest advancements in electro-mechanical technologies,
coupled with stringent compliance and compatibitity requirements,
allow for the development and deployment of high-performance
electronics beyond traditional 19 inch Data-Communications
and Telecommunications applications.
AccordingLy, depending on the application, it is important to
utilize 19 inch cabinets that are designed for effective and robust
protection oJ sensitive electronics in non-communications envi
ronments-such a5 extreme
heat, high dusvcontaminants,
clean room/laboratories,
Radio-Frequency/!lectromagnetic
interference (RFl/EMl)
and high shock and vibration.
Ihis artirle introduces seven
mechanical structure and
protection standards design
considerations for specilying
a reliable 19 inch electronic5
cabinet sotution.
The latest advancements in electro-mechanical technologies,
coupled with stringent compliance and compatibitity requirements,
allow for the development and deployment of high-performance
electronics beyond traditional 19 inch Data-Communications
and Telecommunications applications.
AccordingLy, depending on the application, it is important to
utilize 19 inch cabinets that are designed for effective and robust
protection oJ sensitive electronics in non-communications envi
ronments-such a5 extreme
heat, high dusvcontaminants,
clean room/laboratories,
Radio-Frequency/!lectromagnetic
interference (RFl/EMl)
and high shock and vibration.
Ihis artirle introduces seven
mechanical structure and
protection standards design
considerations for specilying
a reliable 19 inch electronic5
cabinet sotution.
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