Thought I had covered this before but I can't find the post.
The answer is to use 2 SBOLs
One for your standard bolt and a second for the Insulation bolt.
Add the additional lengths for washers etc to the XTRA of BITL of the second SBOL.
In the BOLT spec you have an entry for standard bolt with BSEL set to DEF and BLTREF to the standard SBOL
Make a second entry identical to the previous but with a :suffix to the speco name and BSEL set to ISO (or whatever) and BLTREF set to the Insulation SBOL
Make sure that you set the Deault BSEL to DEF in the spec header.
In design where you require insulation sets you set the BSEL of the Flanges Valves , wafers,etc to ISO (or whatever)
This switches Isodraft to the Insulation Bolt for the length calculation
Thought I had covered this before but I can't find the post.
The answer is to use 2 SBOLs
One for your standard bolt and a second for the Insulation bolt.
Add the additional lengths for washers etc to the XTRA of BITL of the second SBOL.
In the BOLT spec you have an entry for standard bolt with BSEL set to DEF and BLTREF to the standard SBOL
Make a second entry identical to the previous but with a :suffix to the speco name and BSEL set to ISO (or whatever) and BLTREF set to the Insulation SBOL
Make sure that you set the Deault BSEL to DEF in the spec header.
In design where you require insulation sets you set the BSEL of the Flanges Valves , wafers,etc to ISO (or whatever)
This switches Isodraft to the Insulation Bolt for the length calculation