As connection labels are symbols in their own right, you can create this
type of symbol in Symbols management.
Creating a connection label is managed by the same rules as the creation of a scheme symbol
apart from the connection points and the circuits. As the connection label is not connected to
the wires, the circuit and connection point insertion commands are inaccessible.
Definition of Attributes
There are two kinds of attribute:
- Attributes propagating specific data to the component (such as the mark or the
manufacturer part).
- Attributes propagating connection data specific to each of the component material
terminals.
You must build the attributes in the
Connection points section
(ending in
0) manually. They incorporate the order number of the
material terminal. Replace the
0 with the appropriate order number
corresponding to the material terminal.
Example:
Take the Schneider electric manufacturer part LC1D09B7 defined below in terms of circuits and
material terminals.
The scheme symbols composing this manufacturer part are as follows:
- To propagate the no. of material terminal A1, place the
attribute #Px_TAG_0
- To propagate the no. of material terminal A2, place the
attribute #Px_TAG_1
- To propagate the no. of material terminal 1/L1, place the
attribute #Px_TAG_2
- To propagate the no. of material terminal 2/T1, place the
attribute #Px_TAG_3
- To propagate the no. of material terminal 21, place the
attribute #Px_TAG_10
- To propagate the no. of material terminal 22, place the
attribute #Px_TAG_11
The other attributes specific to the connection points work in the same way.
The connection label associated with the
K10 mark is similar to
this:
And gives the following result: