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SolidWorks Electrical: Organizing Projects with Locations, Functions and Books

The Electrical module from SolidWorks is designed to handle large scale projects with multiple users working simultaneously on various parts of the project. For projects like this, having good organizational tools is key to using it effectively.

Large electrical projects will typically have a lot of documents and a very large number of electrical components, but the organization tools in SolidWorks Electrical discussed in this article will help us keep organized and efficient.

COMPONENT ORGANIZATION

Whether it’s a motor, sensor, light, button, relay, circuit breaker or any other type of electrical component, it will be part of some functional subassembly of the overall project such as a conveyor system, a ‘sorting’ system, etc.  It will also have a physical location in the project.

SolidWorks Electrical gives us properties for both Location and Functionality to assign to each component in our project.

Locations and Functions are created and edited using the Location and Function managers accessed from the Project tab.

 Organzing Projects with Locations Functions and Books

Clicking on the Locations icon launches the Locations Manager.

Locations icon launches the Locations Manager

 

As you can see from the left hand side, Locations can be indented to other locations, creating ‘sub’ locations.

They use a ‘Mark’ system similar to that used for identifying the components, in this case ‘L1’ or ‘F1’.

When you click to display the ‘Components’ tab on the left pane, it will display the components organized by either Location or by Function. To change how it is viewed, right-click on the project name at the top of the list and select the view desired, either ‘Locations view’ or ‘Functions view’ – located about half way down the list of commands.

Components menu

DOCUMENT ORGANIZATION

Documents also need an organizational tool since there can be many documents of various different types.

The tool provided for organizing documents should feel familiar to everyone since it is analogous to folders in the Windows operating system. To access it, you click on the Documents tab in the left pane. At the top level, documents are organized in ‘Books’. You can create a new Book by right-clicking on the project name at the top of the Documents tab and selecting ‘New Book…’ to invoke the ‘Book editor’ dialog box.

 Organizing documents

Books will have both a Location and a Function assigned to them, set in the Book Editor dialog box.  Other than that, a Description is all that is necessary, which will be used in the tree list in the left pane.

Once a book is created, documents can be created in the book with the ‘New…’ command from a right-click. You can also create folders inside the book this way for more organization.

Those are the basic tools for organizing your projects in SolidWorks Electrical.

Basic Tools for Organizing Projects in SolidWorks Electrical

 

There are a myriad of other new features and enhancements not covered in this article which we will detail in later posts.  Be sure to check out Webinar Wednesdays™, and keep an eye on this page for new articles on our ever expanding capabilities: SolidWorks, SolidWorks Electrical, Enterprise PDM, SolidWorks Composer, SolidWorks Plastics, SolidWorks Simulation, CAMWorks, and 3D Printing Solutions.

Creating Custom Symbols in SolidWorks Electrical

SolidWorks Electrical has a vast symbol library, however with a variety of industries being served it is impossible to have every single symbol that is used available. This is why SolidWorks Electrical gives us the ability to create our own custom symbols. While we could create a symbol from scratch, in this example we will copy a similar symbol and make changes.

  1. Click on the Symbols Manager in the Library tab  in SolidWorks Electrical 2D.
  2. Find a symbol that is similar and make a copy. To do this, right-click on the symbol and click copy then right-click again in the area and go to paste.

 


3. Right-click on the copied symbol again and go to Properties. This allows us to change the symbol name (which must be unique), description, and other properties. When finished with the properties, click ‘OK’. We’ll call this one “Generic Load” for the description and “LG-1” for our symbol name.

 

4. Now we need to edit the symbol. Double-click on the “Generic Load” symbol. Here we can add or edit attributes and connections.

 

 

 

5. We can change the properties of an attribute by clicking it in the tree and changing the properties below. We can also insert new attributes by right-clicking on the attributes folder. This brings up an attributes management dialogue. Here we can see, highlighted in blue, the attributes already added to the symbol. We may place a check mark next to any additional attributes we wish to add. After clicking we would place the tag next to our symbol.

6. We can add connections to the symbol by right-clicking on the circuit folder. This will bring in a connection point attached to the cursor. The orientation of the connection may be flipped by hitting the space bar. Then left-click to place the connection point. This brings in the connection along with the appropriate attributes.

7. We could use the drawing toolbar to add sketch entities to our symbol. Tip: You may want use the filters in the bottom right corner of the screen to aid in the creation of entities.

 

8. In this example we just changed the size and wording of the text, removed a couple of lines, and added another two connection points.

 

9. Close the LG-1 tab and hit Yes on the save dialogue.

 

You now have a custom symbol that you can use in your schematics. It is also possible to import .dwg files and use them as symbols, but that is for another time.

If you would like more information on creating custom symbols or any questions about SolidWorks Electrical, please contact us at 877-266-4469 in the US, 866-587-6803 in Canada, or e-mail us at info@hawkridgesys.com

SolidWorks Electrical – Keeping up with Consumer Demand

It can be said that improvements in technology have accelerated in the last decades. As a society, we’re able to produce phones that are capable of doing the same tasks as a computer did years ago. To meet the consumer demand, companies must think of new, innovative ways to improve on existing designs and workflows. In electrical-mechanical design, the traditional methodology involves a serial process that demands constant communication to ensure each step is covered.

 

What if there was a way to improve on this workflow, and instead work in parallel?

With SolidWorks’ proposal, we are able to streamline the process by allowing the mechanical design team to work in conjunction with the integration, documentation, and data management teams.

 

SolidWorks Electrical is for any product design that requires electrical systems for power, control, and data acquisition. Here are some of the program’s important capabilities:

-          Real-time bi-directional updates between 2D and 3D synchronize electromechanical design so everything stays coordinated throughout development

-          Integration of the 2D single-line and multi-line schematics with the 3D model helps standardize designs and unify your BOMs, reducing mistakes and delays

-          Comprehensive integrated library of nearly 500,000 standard electrical parts makes part selection easy and speeds schematic creation

-          SQL database architecture enables multiple users, including Electrical and Mechanical engineers, to work concurrently on the same projects

-          Direct import of existing DWG™ and DXF™ symbols with existing attributes and connections, as well as generating  DWG, DXF, and PDF documents for projects, with extensive archive capabilities

-          Circuit symbol creation wizard to easily prepare custom 2D schematic symbols

-          Customizable symbol and macros palettes for the most frequently used symbols and saved circuits

-          Fully automated generation of PLC schematic, terminal strip drawing, and support documents

-          Generate DWG, DXF, and PDF documents for projects, with extensive archive capabilities

-          Integration with SolidWorks Enterprise PDM to manage documents, generate reports, and create PDF and DWG exports (SolidWorks Enterprise PDM sold separately)

-          Complete library managers for symbols, footprints, title blocks, macros, cables, and part references, including customizable ERP connectivity for standard parts

If you’d like to find out more information about SolidWorks Electrical or request a demonstration, please give us a call at 877.266.4469 in the US or 866-587-6803 in Canada, or email us at info@hawkridgesys.com.