An integrated design solution for interconnecting devices and designing cables and wire harnesses
E3.cable - Cable Planning, Wire Harness Layouts and Electrical Wiring Design with Documentation
E3.cable is a powerful electrical wiring design software, used for designing and documenting cable plans and wire harness layouts. Extending the functionality of E3.schematic, it enables individual conductors to be combined together in the design to form cables or harnesses. Shielding and twisted-pair structure can also be added to the cables and automatically shown in the schematic. E3.cable is ideally suited for industries developing power and wire harnesses for the automotive, off-highway and special purpose vehicle, and aerospace industries, or those developing field cabling for plant and machinery.
Intelligent block functionality enabling the representation of dynamic equipment
Hierarchy functionality for flexible top-down or bottom-up design approach
Multiple views of devices for design and documentation purposes
Synchronized Views in Electrical Cable Design Software
E3.cable supports block functionality for electrical wiring design: blocks can represent components, rack equipment, black boxes, PCBs, and through hierarchy whole systems and sub-systems. Connector pins are dynamically added to the blocks and signal information is displayed alongside.
Views allow alternate documentation of devices such as single-line diagrams, wiring diagrams, and cable plans. For example, connectors can be represented as single pins in the schematic and then as the complete connector in the cable plan. Changes to any of the views, immediately update all other views, ensuring all documentation is synchronized.
E3.cable Key Features
E3.cable supports block functionality for electrical wiring design: blocks can represent components, rack equipment, black boxes, PCBs, and whole systems and sub-systems. Connector pins are dynamically added to the blocks, and signal information is displayed alongside.
Views allow alternate representations such as single-line diagrams, wiring diagram and cable plans. Connectors can be represented as single pins in the schematic and then as the complete connector in the cable plan. Changes to any of the views, are immediately updated all related views.
Hierarchical systems and sub-systems can be represented as blocks. Signals and connections can pass between levels and sub-levels. Hierarchy enables top-down and bottom-up design, promotes design reuse and provides project leaders with a system level overview.
Blocks can be integrated with PCB design data. Interface connector and signal information from the PCB system is dynamically added to the blocks in E3.series. Changes to the PCB are re-imported and updated in the block. E3.cable supports most PCB formats and has bi-directional integrations with Zuken’s CR-8000.
E3.cable Quick Tour
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Related Resources
Find out more about via our case studies, datasheets and more.
- Case Study
Haulotte's choice of Zuken's E3.series solution has enabled the optimization of work methodology and a more serene and effective projection towards future developments
- Datasheet
- Press Release
E3.series 2021 from Zuken delivers enhancements for connector handling, 3D control cabinet design and ECAD/MCAD collaboration.
- Press Release
Zuken Inc., and Electro Magnetic Applications, Inc. (EMA) have entered into a partnership to improve the accuracy of cable harness simulation models for complex electrical subsystems in aircraft and vehicles
E3.cable Related Webinars
- Webinar
Today's discussions about the digital twin are mainly focused on the areas engineering and production. What is often overlooked is on-site maintenance and customer service.
- Webinar
This webinar will cover the design of large electrical projects. A vital element of the design process is the tracking of nomenclature, device and cable functions, assignments and placement.
- Webinar
This webinar follows looks at the physical part of the wire harness design process: Routing of the harness in the physical (3D) design space
- Webinar
This webinar covers the logical part of the wire harness design process consisting of creating the wiring diagram and the topology design.
Satisfied customers
Recent E3.cable Blog Posts
- Blog
Learn how to efficiently add components and connectors from the E3.series database to your electrical designs. Explore techniques for managing device properties, working with blocks, and ensuring data integrity in your projects. Perfect for engineers looking to streamline their schematic and wire harness workflows.
- Blog
Sherpa Mobile Robotics, a European AMR designer and manufacturer, was founded to automate shop floor material flow using robots to deliver items to order pickers. Today, they provide turnkey solutions to meet the rising demand for efficient intralogistics automation.
- Blog
Product Lifecycle Management (PLM) stands as a cornerstone in enhancing product development and operational efficiency, offering a comprehensive approach to navigating the complexities of modern manufacturing. Discover the strategies for effective PLM integration on our blog.
- Blog
The fuel cell is indeed a clean and sustainable energy technology, primarily due to its ability to generate electricity with minimal emissions of greenhouse gases and pollutants. However, its wider diffusion faces several challenges. Learn more on our blog.
- Blog
MLC Technologies Ltd, a fast-growing electrical engineering business specializing in delivering complex mission critical electrical and electronic solutions for data acquisition, mission control, power distribution, and navigation applications in maritime and off grid environments, has introduced Zuken’s E3.series ECAD software for the design and validation of their electronic and electrical systems and wiring harness designs.
- Blog
1:1 drawings of wire harnesses are frequently created by wiring harness engineers at the wiring harness supplier. But this approach has a latent risk for delays and errors.
Related products and Extensions
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E3.panel allows engineers to layout components inside panel enclosures in both 3D and 2D. Intelligent automatic snapping points allow parts to be easily placed in their correct location. Clashes can be prevented with keep-out and height restrictions.
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