Catalogues and Specifications
Reference Manual
Manipulating the Catalogue Database using PARAGON
: Examples of Parameterisation
Examples of Parameterisation
Example 1 A Slip-On Flange
Figure 5:1.
Example of Parameterisation for a Slip-On Flange
A slip-on flange can be parameterised using five component parameters, as shown in
Figure 5:1.: Example of Parameterisation for a Slip-On Flange
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PARAM 1 - PBORE
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PARAM 2 - Outside Diameter
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PARAM 3 - Thickness
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PARAM 4 - Connection Type at P1
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PARAM 5 - Connection Type at P2
Example 2 A Reducing Tee
Figure 5:2.
Example of Parameterisation for a Reducing Tee
A reducing tee might be parameterised using 12 component parameters, as shown in
Figure 5:2.: Example of Parameterisation for a Reducing Tee
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PARAM 1 - Nominal bore of main run (PBOR1)
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PARAM 2 - Outside diameter of main run
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PARAM 3 - Nominal bore of branch (PBOR3)
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PARAM 4 - Outside diameter of branch
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PARAM 5 - Half overall length of main run
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PARAM 6 - Standout length of branch run
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PARAM 7 - Connection type of main run
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PARAM 8 - Connection type of branch run
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PARAM 9 - Flange diameter of main run
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PARAM 10 - Flange thickness of main run
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PARAM 11 - Flange diameter of branch run
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PARAM 12 - Flange thickness of branch run
Other families of tees could be defined as follows:
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Equal and reducing welded tees using parameters 1-8
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Equal and reducing flanged tees using all the parameters
Example 3 A Universal Beam Profile
Figure 5:3.
Example of Parameterisation for a Universal Beam Profile
A Universal Beam Profile might be parameterised using four component parameters, as shown in
Figure 5:3.: Example of Parameterisation for a Universal Beam Profile
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PARAM 1 - Overall height of Profile
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PARAM 2 - Flange width
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PARAM 3 - Web thickness
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PARAM 4 - Flange thickness
Example 4 An Angle Joint
Figure 5:4.
Example of Parameterisation for an Angle Joint
An Angle Joint might be parameterised using three component parameters and two attached parameters, as shown in
Figure 5:4.: Example of Parameterisation for an Angle Joint
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PARAM 1 - Overall height of angle leg
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PARAM 2 - Overall length of angle foot
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PARAM 3 - Thickness of leg and foot
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APARA 1 - Height of profile of attached Section
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APARA 2 - Width of flange of attached Section
1974 to current year.
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