Grootte: 1413
Commentaar:
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Grootte: 1455
Commentaar:
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Verwijderingen worden op deze manier gemarkeerd. | Toevoegingen worden op deze manier gemarkeerd. |
Regel 6: | Regel 6: |
Regel 10: | Regel 9: |
Regel 25: | Regel 25: |
{{attachment:basic_profiles.svg}} | {{attachment:basic_profiles.svg|basic_profiles.svg|title=""}} |
Regel 28: | Regel 28: |
||H||Hexagonal|| ||C||Circular|| ||S||Square|| ||R||Rectangular|| |
||H ||Hexagonal || ||C ||Circular || ||S ||Square || ||R ||Rectangular || |
STATUS: DRAFT
This standard describes a universal way to describe a shape.
Intend
The intend is to offer a way to classify industry standard profiles, not limited to steel, based on shape only.
The reasons for using this standard can be:
- Shapes are described not depending on manufacturing characteristics such as "warm rolling".
- Shapes are described not depending on function characteristics such as "beam".
- The names are better suited for use in automation applications.
- Naming is based on visible appearance like "Square" and "Rounded".
- By prefixing the name with a standard institute and use a trailing general used profile designation, a global unique designation is created that is better understood.
Naming
The name is one or a combination of characters.
- The first character is the main shape. Examples: "T-profile" and "Rectangular"
- Subsequent characters are only designated if not corresponding to the expected default shape and or add extra shape complexity. This works like a sieve. The longer the code, the more complexity.
First character, main shape
The first character determines the basic shape.
The first row contains abbreviations:
H |
Hexagonal |
C |
Circular |
S |
Square |
R |
Rectangular |
The second row is more obvious, the letter represents the shape. O stands for omega.