The following attributes specify the configurations for a Limit Stop support:
Name |
User Name |
OA |
Category |
On Property Page |
Read Only |
---|---|---|---|---|---|
ShoeHeight |
Shoe - Height |
Yes |
Dimensions |
Yes |
No |
Angle1 |
Stop - Angle 1 |
Yes |
Dimensions |
Yes |
No |
Angle2 |
Stop - Angle 2 |
Yes |
Dimensions |
Yes |
No |
ConnectTo |
Connect To |
Yes |
Dimensions |
Yes |
No |
SpanOver |
Span Over |
Yes |
Dimensions |
Yes |
No |
StructureConnection |
Structure Connection |
No |
Dimensions |
Yes |
No |
Attribute Name |
Description |
Implementation Details |
---|---|---|
IJUAhs_StopShoeHeight:: |
Specifies the height of the shoe that moves the Limit Stop either up or down. This is applicable only of the Limit Stop is connected to the pipe. |
|
IJUAhs_StopAngle1::Angle1 IJUAhs_StopAngle2::Angle2 |
Specifies the angle for the rotation of the first or the second Limit Stop around the longitudinal axis. |
hsSteelOrientationAngle 0, 90, 180, or 270 degrees |
IJUAhs_StopAngle3::Angle3 |
Specifies the angle for the rotation of the first or the second Limit Stop around the axial axis. This property is valid only for the steel sections. |
hsSteelOrientation090 0 degrees 90 degrees |
IJUAhs_StopConnectTo:: |
Specifies the codelist value that determines whether the Limit Stop connects to the pipe or the supporting steel. |
hsStopConnectTo 1 = Pipe 2 = Structure |
IJUAhs_StopSpanOver:: |
Specifies the value for span measurement. This is valid only when the Structure Connection is set to 1. |
hsStopSpanOver 1 = Supporting Width 2 = Supporting Depth |
IJUAhs_StopStructConn:: |
Specifies the Limit Stop location, and the position from where the Limit Stop clearance is measured from. |
1 = Below supporting structure The Limit Stop is placed below the supporting structure and the width is used as Limit Stop clearance measurement. 2 = Above supporting structure The Limit Stop is placed above the supporting structure and the starting point for clearance is taken as zero. Use above supporting structure when the pipe and supporting structure are parallel. |