Difference between revisions of "About Hardware"

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For additional information on screws, see:
 
For additional information on screws, see:
* [http://www.protocase.com/pdf/conventional_fasteners.pdf  '''Screw sizes and finishes available at Protocase''']. Note that if you are not using Designer to create your enclosure design and you are referring to the [[http://www.engineersedge.com/screw_threads_chart.htm|list of screw sizes versus diameters]], the major diameter is the outside diameter of the screw itself (not the head) so if you are trying to mount a board that has 0.125 holes, you could choose a 4-40 standoff, but not a 5-40 because the screw would bind in the hole.  
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* [http://www.protocase.com/pdf/conventional_fasteners.pdf  '''Screw sizes and finishes available at Protocase''']. Note that if you are not using Designer to create your enclosure design and you are referring to the [http://www.engineersedge.com/screw_threads_chart.htm list of screw sizes versus diameters], the major diameter is the outside diameter of the screw itself (not the head) so if you are trying to mount a board that has 0.125 holes, you could choose a 4-40 standoff, but not a 5-40 because the screw would bind in the hole.  
 
* [http://www.engineersedge.com/screw_threads_chart.htm  '''Screw Size Chart showing sizes versus diameters''']. (The major diameter is the outside diameter of the screw itself (not the head) so if you are trying to mount a board that has .125 holes, you would choose for instance a 4-40 standoff; if you chose the 5-40, the screw would bind in the hole.)
 
* [http://www.engineersedge.com/screw_threads_chart.htm  '''Screw Size Chart showing sizes versus diameters''']. (The major diameter is the outside diameter of the screw itself (not the head) so if you are trying to mount a board that has .125 holes, you would choose for instance a 4-40 standoff; if you chose the 5-40, the screw would bind in the hole.)

Revision as of 17:02, 2 February 2016

This topic is under construction.

About Screws

Protocase uses conventional machine screws to assemble enclosures. In Protocase Designer, screws are included in each enclosure template (along with its hole cutout), and cannot be added manually. Note that Flathead screws, and screws for a rackmount enclosure with Full Height Chassis, are countersunk automatically.

Notes



For additional information on screws, see:

  • Screw sizes and finishes available at Protocase. Note that if you are not using Designer to create your enclosure design and you are referring to the list of screw sizes versus diameters, the major diameter is the outside diameter of the screw itself (not the head) so if you are trying to mount a board that has 0.125 holes, you could choose a 4-40 standoff, but not a 5-40 because the screw would bind in the hole.
  • Screw Size Chart showing sizes versus diameters. (The major diameter is the outside diameter of the screw itself (not the head) so if you are trying to mount a board that has .125 holes, you would choose for instance a 4-40 standoff; if you chose the 5-40, the screw would bind in the hole.)