Steel-framed doors are a special type of door featuring a structural steel or aluminum frame. These doors are commonly found in office hallways. The door panel is usually glazed. Often, there is a fixed glazed side panel on one or both sides.
Search terms: RRT, RRT_D1, RRT_D2, tubular frame, tube
Information on handling doors in the early design phases is described in the article "Doors: General Information."
In this phase, surfaces are defined. Building physics properties are also added to the component.
Presentation
Plan view
Model representation
Features
Feature
- Door Panel Construction
- Sound insulation class
- U-value
Parameters
Outline Information
- Width of door panel (exterior)
- Door panel glass area
- Perimeter of door leaf glass area
Labeling
During this phase, the height and width of the door are marked.
The clear passage width and height are indicated here. Plan view:
The width and height of the shell are indicated here. Plan view:
The clear passage width and height are indicated here. Plan view:
Instructions
The basic process of modeling a door in ARCHICAD remains the same across different design phases and for different types of doors.
Instructions for creating a door can be found in the article "Door: General Information."
At this stage of the design process, additional building physics data is incorporated into the component.
This also includes information related to fire safety.
Presentation
Plan view
Model representation
Plan view
Model representation
Plan view
Model representation
Features
Feature
- Door Panel Construction
- Sound insulation class
- U-value
Parameters
- Width of door panel (exterior)
- Door panel glass area
- Perimeter of door leaf glass area
Outline Information
Labeling
The height and width of the doors are already labeled.
The clear opening width and height, the fire resistance rating, and the door number are labeled here. Plan view:
The opening width and height, the fire resistance rating, and the door number are indicated here. Plan view:
The clear opening width and height, the fire resistance rating, and the door number are labeled here. Plan view:
Instructions
Features:
In this phase, the building physics properties must be added to the door. These are defined at the type or instance level, depending on the content used.
The basic process of modeling a door in ARCHICAD remains the same across different design phases and for different types of doors.
Instructions for creating a door can be found in the article "Door: General."
During this phase, the construction details are finalized. If necessary, the doors are modified accordingly.
Presentation
Scale:
1:50
January 31, 2017
Features
Feature
- Lock model
- Door closer model
- Manufacturer
Parameters
- External width of the window frame
- External frame height
- External door leaf height
Outline Information
Labeling
The clear passage width and height, the fire resistance rating, and the door number are labeled here.
Plan view:
The following information is labeled here: the width and height of the opening, the fire resistance rating, the door number, and the sound insulation rating.
Plan view:
The clear opening width and height, the fire resistance rating, and the door number are labeled here.
Plan view:
Instructions
The basic process of modeling a door in ARCHICAD remains the same across different design phases and for different types of doors.
Instructions for creating a door can be found in the article "Door: General."
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