The 2020 release of Harness Builder for E3.series is more than exciting, it is outright amazing. There are more than 15 major updates all across the toolset. New features include automation, reporting, and documentation options. Furthermore, the new downstream manufacturing, testing, and visualization connections are groundbreaking. I will cover our favorite 2020 updates in this two-part blog series.
Learn design tricks and treats with E3.series. Levels help you manage your design easily and the connector attribute configurator provides granular control at your fingertips.
This will make E3.series easier to use and work faster by creating your own toolbars and keyboard shortcuts with the commands that you use most.
The customization and workspace flexibility is one more way for E3.series to give the user what they need and want. All workspace customizations can be saved locally to provide a consistent user interface.
We are all looking to gain productivity in our design cycle to save time and reduce costs. A good method to get a head start is to use Excel or a .csv file to get the design started and load devices into you project. The most common application is to load the connectors and signals from Printed Circuit Board (PCB) in the electrical design. Blocks can be used to represent systems and the Excel sheet can help you get the system information from other teams or 3rd party vendors.
E3.series with the shared sheet option for panels and formboard/nailboard makes it easy to design a large system and we will be looking at the quick steps needed to get started.
Today I’m going to take a look at the functionality within E3.series that allows you to integrate with MCAD systems including Creo, CATIA and NX, to define cable lengths and harness structures. You can also watch a movie that shows how this is done in real life – transferring data back and forth from E3.schematic to Creo Parametric (aka ProE).