Wall Definitions

Last modified by superadmin on 2021/05/04 17:16

To be able to draw Walls, one need to create definitions to use. Below is a guide on how to set up this definition. 

Start with launching the command Wall Definitions. 

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Figure 1: Wall Definitions 

Choose what type of wall that should be used and create a new definition at any level. 

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Figure 2: Create new Wall Definition 

General

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Figure 3: Wall Definition General tab

  1. Width - total width of the element 
  2. Width inner panel - width of each panel. In Figure 3 a solid wall will be created, which means that it is only one panel existing. When creating definitions for Sandwich Wall or Insulated Wall, one will have more panels to define the width for
  3. Material inner panel - In Figure 3 a solid wall will be created, which means that it is only one panel existing. When creating definitions for Sandwich Wall or Insulated Wall, one will have more panels to define the material for
  4. Template - default reinforcement template that should be used for this wall definition
  5. Layout - 
  6. Cast type - how the element will be casted (Plan or battery) 
  7. Production line - which predefined production line elements with this definition will be used for
  8. Rotation - if and how walls higher than the mould (production line in point 7) should be rotated

Lifting

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Figure 4: Wall Definition Lifting and Bracing tab

  1. Min distance two lift points - between the lifts
  2. Max distance two lift points - between the lifts
  3. Spacing four lift points 
  4. Default type - which default lift type should be used. Lift type is basically a category of lift. In this example Lift type is different lifting angles
  5. Default lift type other - used for rotated walls
  6. Default lift side other - used for rotated walls
  7. Rotation left, right - if the lifts should be rotated
  8. Number of lifting points
  9. Lift set up - here, one will specify all the possible lifts for the definition depending on mass and lift type
  10. Name - which bracing that should be used
  11. Placing elevation - where the bracings should be inserted according to the y-axis

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Figure 5: Fixed distance

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Figure 6: Part of height/length

  1. Distance (Fixed distance) H/Y, (Part of height) - parameters depending on Placing elevation (point 19)
  2. Placing long side - where the bracings should be inserted according to the x-axis

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Figure 7: Center of Gravity

  1. Distance (Fixed distance) L/X, (Part of length) - parameters depending on Placing long side (point 21)

Naming

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Figure 8: Wall Definition Naming tab

  1. Group - possibility to subcategorize elements of one element type
  2. Product
  3. Prefix designation
  4. Prefix element mark
  5. Prefix drawing name
  6. Drawing type
  7. Drawing template - default template that should be used
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