Trimming and Connecting Wires in SOLIDWORKS Electrical Schematic
Troubleshooting Wire Trimming in SOLIDWORKS Electrical Schematic
In the world of electrical schematics, precision and accurate representation of connections are crucial. If you’ve ever had an instance where placing a symbol did not result in the wire trimming correctly, the culprit might be the absence of connection points within that symbol. Let’s delve into why this happens and how you can fix it.
Understanding Connection Points
When you place a symbol in SOLIDWORKS Electrical and find that the wire doesn’t trim properly, it’s often because the symbol lacks necessary connection points. Opening such a symbol, you may notice only the sketch geometry without the detailed connection specification. By adding connection points, you’ll enable the symbol to function correctly within your schematic.
The Role of Manufacture Part Properties
Connection points are intricately related to the circuits defined in the manufacture part properties. If you’re working with a relay coil symbol, for example, it’s essential to verify that the circuit type is designated as a relay coil. This is pivotal for ensuring that the connections follow the required configurations.
Decoding the Circuit Symbol
A circuit is visually represented by a club symbol, which consists of both a shaded circle and an empty circle. For wires to trim correctly, they must pass through the shaded part of the club before reaching the empty circle. This ensures a proper and reliable connection, reflecting the true intention of the electrical design.
Adding Circuit Information
Each place where a circuit exists should also have a P tag, providing detailed circuit pin information. Once you’ve added all necessary circuit information, save the symbol, and update your schematic. This will incorporate any changes and rectify the wire trimming issue, ensuring your schematic reflects accurate connections.
About the author
Jeremy is an Elite Application Expert based out of the MLC CAD Systems Dallas Texas office since 2014. He is an Electrical Engineer with industry experience in industrial automation and laboratory equipment design. With a specialty in SOLIDWORKS Electrical and PCB, Jeremy provides training, technical support, and services for all the SOLIDWORKS Products.
