Plate (topic)

page 1 | contents | material types


Types of plate :

page 1 | contents | material types | top


Checkered plate

page 1 | contents | material types | top


Section sizes ("Description") :

  • Modeling does not reference the local shape file when it generates plate material. When you model the dimensions of a plate, the modeling program automatically enters a " Description " in that plate's General Information . That same description is used as the " Description " in the bill editor.
  • Rectangular plate material is designated by "Plate" prefix + thickness x width (example: PL3/8x1-0 ).
  • Round plate is designated by "Round Plate" prefix + thickness x diameter (example: RPL3/8x1-2 ).
  • Bent plate or multi-bend plate (bent plate layout) is designated by "Bent Plate" prefix + thickness x width (example: BPL3/8x1-0 ).
  • The " Description " for a gage plate follows the format: ' prefix ' + ' numberGA ' + ' x ' + ' width ' (example: BPL16GAx15 1/2 ).
  • When entering a rectangular plate or round plate or bent plate to a " Description " cell in the Drawing Editor bill editor, you can also use lower-case letters (example: pl3/8x1-0 ). The weight of the material is calculated after you enter a " Quantity " and " Length ."

page 1 | contents | material types | top


Submaterial piece marking :

page 1 | contents | material types | top


Adding plate material to the model :

page 1 | contents | material types | top


Modifying plate material :

page 1 | contents | material types | top


Steel grades :

  • The various " Plate material grade " fields in Home > Project Settings > Fabricator > Standard Fabricator Connectons > Plates set the steel grade for system connection plates. You can set the grade by connection type.
  • Steel grades that are available for plate material are set up using Home > Project Settings > Job > Plate Grades .
  • For the extension plate on a clip angle extended past the flange, connection design attempts to use the steel grade of the beam. If the steel grade of the beam isn't listed in Plate Grades , connection design uses the first-listed grade with the same yield strength as the steel grade used by the beam. If there is no grade that is the same, connection design uses the next-highest steel grade.
  • For many connections, the plate grade can be defined when setting up the connection specifications. See, for example, the " Shear plate grade ."

page 1 | contents | material types | top


CNC :

page 1 | contents | material types | top