EPLAN is the industry standard for CAE (Computer-Aided Engineering) electrical design, particularly for control systems, panel building, and automation.
The Complete Guide to an EPLAN Course 1. Course Objectives (What you will learn) By the end of a solid EPLAN course, you should be able to:
Navigate the EPLAN interface and manage projects. Create electrical schematics (circuit diagrams). Generate parts lists, terminal diagrams, and cable plans. Use master data (symbols, part libraries, forms). Produce manufacturing documents (enclosure layouts, wire lists). Understand project structure and cross-referencing.
2. Target Audience
Electrical designers and automation engineers. Panel builders and maintenance technicians. Engineering students (electrical, mechatronics). Professionals migrating from AutoCAD Electrical.
3. Prerequisites
Basic understanding of electrical circuits (relays, contactors, PLCs). Knowledge of electrical symbols (IEC or NFPA standards). Familiarity with Windows file management. eplan course
4. Course Structure (Typical Duration: 3–5 days or 30–40 hours) Module 1: Getting Started
EPLAN editions (P8, Pro Panel, Fluid, Cogineer). Project creation – Templates, standards (IEC, ANSI). User interface – Page navigator, property dialog, smart toolbar.
Module 2: Schematic Design
Placing symbols (NO/NC contacts, coils, motors). Interconnection – Automatic wire numbering. Device tags – Structured naming (e.g., -K1, -Q2). Macros – Creating and reusing circuit blocks.
Module 3: Component Management