Electrical Schematic Design Software
E3.schematic is core to all E3.series modules and provides electrical engineers with an easy-to-use solution for designing and documenting electrical control systems including schematic diagrams, terminal plans and PLC’s. Its object oriented architecture provides an integrated and consistent design approach to help eliminate errors, improve quality and reduce design time.
E3.series’ ECAD engine, designed by electrical engineers for electrical engineers, includes built in real-time design rule checks that prevent errors rather than finding them later and its intelligent component based parts library ensures only real parts are used and helps drive the design with automatic part selections.
E3.schematic manages all design data including affiliated documents, such as bill of materials and connection lists or assembly instructions and datasheets. Its object oriented data structure ensures manufacturing instructions always match the design data.
Features and Benefits
Datasheet: E3.schematic - Control Design and Documentation
E3.schematic provides a comprehensive, Windows® based, solution for the design and documentation of today’s complex electrical power and control systems.
Standard I/O Format
Standard interfaces make it possible to import and export multiple data formats:
E3.series accepts data from other ECAD systems and is easy to integrate into your existing design environment, with PDM, ERP or 3D M-CAD systems.
Many suppliers of electrical components offer additional software tools, from electronic component catalogs to terminal configuration programs which are able to build or verify terminal strip configurations. Within E3.series these terminal strips can be ordered and used as pre-assembled parts.
Terminal strips used in E3.series are transferred to the terminal configurator where they are verified and processed. Terminal strips completed by the configurator can be back annotated to E3.series, in addition, pre-assembled terminal strips can be used directly within E3.series
PLC data held in the schematic is read into excel, where changes are applied and fed directly back into E3.series. PLC functions, addressees and location information can be managed centrally and then updated with a simple easy to use interface. In addition the tool checks for duplicate addresses and allows users to export data in the required PLC format.
Automatic Wire Numbering
E3.series enables you to configure the wire numbers in the project based on circuit functionality and signal classification. The utility is also configurable for a number of additional industries, including machinery, rail and power.
To make the process of locating components in your E3.series library easier and quicker, you can set up search fields in the library database window, where field entries quickly narrow to show available components for selection. For more detailed instructions, see the video below.
ECAD offers many advantages over traditional manual processes with the ability to select parts from a vast database of smart components and synchronization with your business systems like ERP to drive a complete quotation based on the design.
Tech Tip: Use the Component Table in E3.series' Database Editor to Modify Multiple Library Components in One Window
Using E3.series’ Component Table empowers users to make multiple changes to their library components faster and easier. It’s a very powerful and useful tool.
System design can be complicated and difficult to track across the entire design. Blocks inside Zuken E3.seriesgive the users an easy way to manage multiple systems of varying complexity in a seamless environment.
This process comes in handy if your schematic sheet gets too crowded or your signal continues to another part of the schematic. When you assign off sheet connectors, the system understands that the signal continues onto a different sheet(s).
KRONE, a major brand in the agricultural machinery market, implemented an interdisciplinary product development process. Using Zuken’s E3.series they linked ECAD, MCAD and ERP to develop an integrated digital engineering and sourcing process, achieving sizable benefits for both sourcing and service. With an integral representation of mechanical and electrical product information, KRONE was able to make solid progress in implementing its major business optimization strategies: Industry 4.0 and Farming 4.0.
Müller Martini Enhances Variant and Option Handling and Reduces Manufacturing Costs by Moving to an Object-oriented ECAD Environment
By introducing E3.series,up to 80% off all Müller Martini's machine configurations can now be selectedfrom the feature tree of one single E3.series project.
Kässbohrer Transport Technik Achieves 60-90% Reduction in Electrical Documentation Turnaround for Customer Specific Vehicle Configurations
Turnaround cycles for special projects were reduced by 60 to 90%.
ARM Automation designs, builds and supports custom automated manufacturing systems for a wide range of industries.
Mecalac (Formerly Terex GB) Cuts the Time Taken to Develop Right-First-Time Cable Harnesses for Its Heavy Plant Vehicles
Mecalac Construction Equipment UK is a global manufacturer of compact plant machinery, providing market-leading solutions that maximize return on investment.
Kellenberger cuts time taken to generate customer-specific schematics by up to 90% by implementing options and variants in E3.series
The Swiss-based manufacturer recently introduced Zuken’s E3.series to automate the generation of schematics for customer-specific machine configurations, cutting the time taken by more than 90%.
Designing that infrastructure with accuracy and speed is an essential element of the strategic outlook. A design in the generation and distribution space requires careful attention to detail in every aspect from concept all the way through to documentation. A smart tool approach can double your productivity. This webinar will contrast and explore the smart tool approach with current practices.
Electrical and MCAD integration, if you’re not already doing it, has the potential to save you a good deal of time in the electrical product development process. On the most basic level you can cut out the prototype stage needed for calculating wire lengths. If you’re also working with E3.formboard, as well as the basic module (E3.cable), then you can obtain the entire harness structure.
Hot on the heels of Racetech and Teepee Electrical, another autosport supplier has recently opted for E3.series to design their harnesses. I’d like to introduce HCI Systems and the man behind the operation, Mike Tickner. Why E3.series… and why now, was the basis of our chat last week.