• Symbols and Libraries

Symbols: Introduction to symbols used in EPLAN and their importance in schematic design.

Symbols Insert from Library: Instructions on how to insert symbols from EPLAN’s extensive symbol libraries to streamline design.

Symbol Properties: Overview of configuring symbol properties to match project requirements.

Function Data of Symbols: Explanation of how to assign function data to symbols for detailed documentation and functionality.

• Parts and Connections

Select Part from Part Database: Steps for selecting parts from the EPLAN database, ensuring accurate component specifications.

Wiring Angle (Types of Connections): Overview of various wiring angles and types of connections for precise schematics.

Insert Cables: Guide on inserting cables into the design to connect different components accurately.

• Grid and Alignment

Grids: Introduction to grid setup for structured and consistent design layout.

Snap on Grids: Using the snap-on grid feature to align symbols and connections precisely.

Align on Grid: Techniques for aligning elements on the grid to maintain a clean layout.

• Connection and Grouping Tools

Smart Connection: Steps to use smart connections for efficient wiring and connections.

Group/Ungroup: Methods to group and ungroup components for organized management within the schematic.

Bring Front/Back: Instructions for arranging elements in front or back to manage the visibility and layering of components.

• Creating and Managing Graphics

Graphics (Rectangle, Circle, Scaling, etc.): Learn how to create and manipulate basic graphic shapes such as rectangles and circles, and apply scaling for accurate design representation.

Graphic Objects: Overview of managing various graphic objects in EPLAN to enhance schematic layouts and visual elements.

Dimensions Measurement: Using dimension tools to measure and display accurate distances and sizes in designs.

• Inserting and Snapping Objects

Insert Picture: Steps for inserting images or reference pictures into the project, useful for including logos or external illustrations.

Snap Objects: Explanation of how to use the snap function for precise placement and alignment of graphic elements.

• Black Box Configuration

Black Box: Introduction to the Black Box feature, which represents undefined devices or placeholders in the schematic.

Insert Black Box: Instructions on how to insert a Black Box to indicate devices without detailed specifications.

Black Box Terminal (Device Connection Point): Guide to defining terminals within the Black Box to designate device connection points for clearer circuit design.

• Understanding Macros

Macros: Overview of macros in EPLAN, which are reusable design elements that can save time and maintain consistency in electrical schematics.

• Types of Macros

Symbols Macros: Learn how to create and insert symbol macros, which are collections of symbols that can be reused across different projects.

Window Macros: Steps for using window macros, which allow you to save and reuse specific sections or windows within a schematic for efficient design.

Page Macros: Introduction to page macros, enabling the reuse of entire pages, including all symbols, connections, and formatting, to streamline project setup.

• Inserting Macros

Insert Macros: Guide on how to insert various macros into your project, simplifying the process of adding repetitive design elements quickly and accurately.

• Placeholder Objects

Insert Placeholder Objects: Introduction to placeholder objects, which are temporary or undefined elements used within a schematic for flexibility in design.

Use of Placeholder Objects with Window Macros: Explanation of how placeholder objects can be combined with window macros, allowing adaptable design elements that can be easily modified and reused in different projects.

• Understanding Master Data

Projects Master Data: Explanation of the master data related to projects, including project-specific details that define and structure your design data in EPLAN.

System Master Data: Overview of system-wide master data, detailing common resources or parameters that apply across various projects or system setups.

• Part Management in EPLAN

Create Part in Part Database & Assigning Part: Instructions on how to create new parts in the part database and assign them to specific components within your projects, ensuring consistent use of parts and easy updates across your designs.

• Inserting and Editing Reports

Insert Reports in Projects & Editing Reports: Learn how to insert various reports (e.g., terminals, cables, part lists) into your projects and edit them to meet your specific needs.

• Types of Reports

Creation of Reports: Understanding how to create different types of reports in EPLAN.

Report Types with Extensions & Editing Forms: Overview of report types (e.g., terminal lists, cable lists) and how to extend and edit the forms for better customization.

• Working with Static and Dynamic Reports

Static and Dynamic Reports: Difference between static (fixed) and dynamic (data-driven) reports and how to apply them in your projects.

• Managing Report Headers and Footers

Header/Footer Customization: Learn how to customize the headers and footers of reports to include project-specific or company-specific information.

• Creating Template
  Steps for creating templates that standardize the layout and settings for new drawings, ensuring efficiency and consistency.
• Update Title Block
  Instructions for updating title blocks within drawings to reflect current project information and maintain professional presentation.

• Plot Frame Management

Creating and Editing New Plot Frames: Learn how to create and modify custom plot frames for your pages to ensure consistent layout and project documentation.

Copy/Open and Modifications in Plot Frames: Understand how to copy, open, and modify existing plot frames for easy reuse across multiple projects.

Adding Special Text in Plot Frames: Instructions on adding and formatting special text (like project information) within the plot frames to enhance the documentation.

• Page Structure Management

Page Structure: Learn how to define the structure of your project pages and organize them logically for easy navigation.

Location/Structure Box: Overview of using location and structure boxes to categorize and manage different sections or elements of your project for efficient access and editing.

• Navigators in EPLAN

Devices Navigator: How to navigate and manage devices in your project for quick reference and editing.

Terminals Navigator: Understanding how to access and manage terminal information using the terminals navigator.

Cables Navigator: Overview of using the cables navigator to track and manage cable information across your design.

• Trainer feedback on your your work throughout the course.
• Submission of a 2D panel project.
• Professional EPLAN exam (50% passing score required).
• Completion certification 🎓

• 3D Layout Space

Learn how to work with the 3D layout space to place and organize devices and components effectively. This helps in visualizing the entire electrical system in three dimensions, ensuring accuracy in component positioning.

• Creating New 3D Layout

Understand how to create and manage new 3D layout designs for your electrical systems. This chapter covers the process of starting a fresh design and organizing components for clear and functional layouts.

• 3D Mounting Layout

Techniques for designing and arranging the mounting of devices in the 3D layout space. This involves positioning devices in a way that is both space-efficient and ensures easy access and maintenance.

• Take Enclosure

Learn how to assign and place enclosures in the 3D design space for your electrical systems. This is crucial for protecting your electrical components while optimizing space within the layout.

• User-defined Dinrail

Overview of creating and customizing your own DIN rails for use in 3D layout designs. This feature allows you to tailor the rails to your specific needs, ensuring that all components fit securely within the design.

• Take Step File

How to import STEP files for 3D modeling and further enhance your design. By using STEP files, you can bring in external 3D models and integrate them seamlessly into your project for a more detailed and accurate representation.

• Routing

Learn techniques for efficiently routing cables, wires, and other elements through the 3D layout to create a clear, organized design. Proper routing ensures minimal interference and optimal use of available space.

• Routing Connection

Discover how to create and manage routing connections between devices and components in your 3D design. This process helps in maintaining electrical continuity while avoiding cluttered or obstructed paths.

• Device Properties

Understand how to edit and manage the properties of devices used in the 3D layout, such as dimensions, specifications, and connection points. This ensures accurate device placement and functional integration into the overall design.

• Device is Not in Library

Learn how to handle and place devices that are not available in the default library. You’ll discover how to create custom devices or import parts to ensure all components are accounted for in your layout.

• 3D Navigator

Learn how to use the 3D navigator to move and manipulate devices and components in the 3D space. The navigator allows for easy adjustments, providing full control over component placement in three-dimensional space.

• Viewing Angle and 3D Viewpoint

Understand how to adjust the viewing angle and rotate the 3D viewpoint to view your design from multiple directions. This feature helps in gaining a complete perspective of the design for better evaluation and optimization.

• Invisible Elements

Master techniques for managing invisible elements in your 3D layout, such as hidden devices or internal connections. This allows you to keep the design view clean while ensuring all elements are included for a functional system.

• Group & Ungroup Elements

Learn how to group and ungroup elements within your 3D design for easier organization and editing. Grouping elements together streamlines the design process, while ungrouping allows for individual modifications without affecting the whole assembly.

• Move and Duplicate

Techniques for moving and duplicating elements in your 3D layout. This feature enhances design efficiency by enabling quick adjustments and replication of components, making it easier to create complex systems.

• Drilling View

How to create drilling views for detailed component placement and construction in 3D. Drilling views help visualize where components need to be mounted, providing accurate guidance for physical assembly and installation.

• Mounting View (Aid)

Using mounting view aids to assist in the precise placement of components in the layout. Mounting view aids offer a clearer perspective of where each component will be located, ensuring that devices are properly positioned in the 3D layout for efficient wiring and installation.

• Connecting Point Designation and Direction

Overview of managing and assigning connecting points in your 3D design for proper electrical connections. By designating specific connection points and their directions, you ensure that electrical circuits are accurately routed and effectively communicate with each other.

• Trainer feedback on your your work throughout the course.
• Submission of a 3D panel project.
• Professional EPLAN  exam (50% passing score required).
• Completion certification 🎓