Mastering EPLAN: Course on Electrical Engineering Design

Name: Mastering EPLAN: Course on Electrical Engineering Design
Rating: 4.6 (323 reviews)

A Complete Guide to Electrical Design and Automation Using EPLAN Software

Bestseller

Created byArm Reach Robots ARM

Last updated 6/2026

English

What you'll learn

Apply real-world case studies to enhance learning and problem-solving skills.
Gain proficiency in using EPLAN software for electrical system design.
Create detailed electrical schematics, ground schematics, network schematics and electrical panel layouts.
Select appropriate electrical devices and optimize communication between network devices.
Manage electrical project from creation to completion.
Generate accurate documentation, material lists, and reports.
Independently create a panel design in EPLAN Pro Panel

Course content

8 sections • 61 lectures • 24h 10m total length

Introduction to the course10:43
Review “real world” case study (customer’s scope)14:58
Overview of EPLAN23:59
Creating a new EPLAN project and filling in project details12:55
Creating and using workspaces10:38
Create and switch workspaces to tailor the Eplan user interface for one to three monitors, adjusting navigators and toolbars. Export, import, and share customized workspaces with colleagues.
Purpose of EPLAN Electric P8

Creating EPLAN structures28:04
Page types15:16
Using navigators21:01
Explore how to use EPLAN navigators to edit cables, PLC data, terminals, and mounting plate layouts, synchronize selections, and update parts via the bill of materials navigator.
Parts management34:12
Master the parts management tool in Eplan, edit part properties, use user defined properties and functional templates, add accessories and drilling patterns, and manage parts via an SQL server database.
Layer management20:45
Navigators in EPLAN
Parts data within EPLAN?

Creating plot frame53:32
Creating cover page23:25
Copy and edit a cover page form in Eplan, integrating project properties and a logo, to create a customized cover sheet. Learn static versus dynamic forms and defaults.
Creating designation page27:08
Learn to create a designation page form in master data using the F28 graphic form, detailing terminal strips, plugs, cable labeling rules, and page structure for covers, contents, and revisions.
Creating color specification page20:05
Creating enclosure label33:19

Adding edz files14:52
Creating part / edz file27:37
Selecting appropriate devices for specific applications27:13
Cable design - part 141:50
To download Siemens Simaris Design, you will need to download the Siemens Simaris Suite from the website - https://www.siemens.com/global/en/products/energy/medium-voltage/simaris.html

Thereafter, you can be able to open Siemens Simaris Design via the Siemens Simaris Suite.
Siemens Simaris Design Primary Usage
Cable design - part 236:25
Configure and size variable frequency drives for moving motors with EMC, cables, and high overload; adjust motor data, protective devices, and conductor sizes to minimize voltage drop in EPLAN.
Export option in Simaris
Circuit breaker selectivity (trip curves)26:39
Sizing cables and setting up circuit breakers
Short-circuit calculation in Siemens Simaris
Creating network configuration schematics31:58
Developing ground schematics7:49
Network structure in in Siemens Simaris Design

Creating electrical schematics for the power enclosure (multi-line) - part 131:00
Create the multi-line electrical schematic for the power enclosure in EPLAN, detailing a station five infeed, IEC symbols, 4 by 240 mm² cables, and a Genexa power analyzer.
Creating electrical schematics for the power enclosure (multi-line) - part 229:03
Creating electrical schematics for the power enclosure (multi-line) - part 318:35
Creating electrical schematics for the power enclosure (multi-line) - part 429:59
Creating electrical schematics for the power enclosure (multi-line) - part 520:25
Create detailed electrical schematics for a power enclosure, adding a panel light and a panel cooling fan, and configuring terminals, cables, and circuit breakers.
Creating electrical schematics for the power enclosure (multi-line) - part 616:44
Renumber terminal strips, verify correct seating, and set terminal designations, then add EB 20 and configure mounting plate and panel layout pages 50–51 in EPLAN.
Creating enclosure in 2D - part 121:26
Creating enclosure in 2D - part 226:08
Creating enclosure in 2D - part 328:14
Cross-referencing in EPLAN

Creating enclosure door label14:08
Generating reports (e.g., table of content, part list, cable overview and etc.)31:28
Learn to create and manage internal and external reports in Eplan, build templates for cable overview and parts list, and use freezing and page settings to control updates.
Reports in EPLAN
Backing up project and restoring project13:30
Exporting project to PDF12:49
Making comments in EPLAN18:05

New enclosure details for 3D29:58
New enclosure walkthrough18:23
Primary purpose of EPLAN Pro Panel
Benefit of using 3D functionality in EPLAN Pro Panel
Inserting page macros, fixing project structure & reports - part 126:41
Inserting page macros, fixing project structure & reports - part 228:18
Creating connection between the power and control enclosures17:57
Pair cross-reference power cables to the station two VPN 3D power enclosure, set the main function in station one, and configure terminals and 25 amp circuit breakers for power distribution.
Creating layout space and adding accessories18:56
Mounting plate layout
Adding din-rail & cable duct33:19
Adding components on mounting plate - part 130:24
Adding components on mounting plate - part 228:48
Proper spacing between components
Ensure optimal component placement
Fixing the DT's of 3D components18:04
Adding components using snap to surface mounting24:35
Adding components using snap to mounting grid12:51
Adding mounting grid for door commands28:39
Activate the door, insert a mounting grid to align door commands on x and y axes, and position labeled motor, safety, and e-stop components with engraved text.
Drilling pattern overview (inserting drilling patterns & locked areas)18:42
Learn to view and design drilling patterns in EPLAN, distinguish red drilled and orange drilled-and-tapped holes, and block or create cutouts using locked areas for accurate enclosure fabrication.
Adding 3D model views29:57
Adding 2D drilling views20:14
Create 2D drilling views for the front, mounting panel, sides, floor, and roof to document hole positions and drilling patterns. This bridges design and production and supports quality control.
Graphical macro (defining placement area, handles, mounting & base point)26:44
Graphical macro (defining placement area, handles, mounting & base point)18:11
Import the auxiliary switch step file, define the placement area and mounting point with proper handle placement, generate 3D macros, synchronize the project, and update the parts list before layout.
Busbar rail support system20:14
Creating & assigning drilling patterns25:44
Maximum power dissipation & thermal design command group (incl. RiTherm)34:59

Requirements

Basic knowledge of electrical engineering principles
Familiarity with electrical schematic design and industrial automation concepts

Description

The course offers a exclusive perspective to analyzing customer design scope (case study). In this course you will be able to review the documents which the customer can supplies you with to enable you to complete your designs. We will use Siemens Simaris Curves to conduct proper circuit breaker selectivity / discrimination. Cable design calculation will also be conducted to ensure that cables selected are accurate for the system. Heat and weight calculation is also another part of the course design work. The course also offers you the opportunity to learn and selecting appropriate electrical devices for system, designing, integrating and finally documenting a project successfully.

This course is created for individuals seeking to advance their skills not only in the usage of EPLAN, but also in being a great electrical design engineer.

Upon completion of this course, participants will be able to confidently use EPLAN software to design, document, and manage electrical systems, thereby improving their efficiency and effectiveness in professional settings. You will be enable to confidently conduct network configuration and ground schematics.

Participants will also receive a certificate of completion, showcasing their proficiency in EPLAN to current and future employers.

Join us to master EPLAN and take your electrical design skills to the next level!

Please note that NF Click Robots is not a real company; the instructor made up the name. The instructor uses EPLAN Electric P8 2022, however, reference are always made to all other EPLAN Electric P8 versions to make sure that no one gets left behind.

Who this course is for:

Electrical and hardware engineers
Automation and controls engineers
Professionals involved in the design and implementation of electrical and automation systems

Mastering EPLAN: Course on Electrical Engineering Design

What you'll learn

Explore related topics

Course content

Introduction5 lectures • 1hr 13min

Page types, navigators and management5 lectures • 1hr 59min

Plot Frames and Forms5 lectures • 2hr 37min

Project Design8 lectures • 3hr 34min

Power Enclosure Design9 lectures • 3hr 42min

Calculations3 lectures • 1hr 3min

Project Management and Documentation5 lectures • 1hr 30min

EPLAN Pro Panel21 lectures • 8hr 32min

Requirements

Description

Who this course is for: