Eplan P8 Sample Project -

Step‑by‑step tutorial — Evaluating an EPLAN Electric P8 Sample Project

This guide assumes you have EPLAN Electric P8 installed and a sample project available (EPLAN’s sample projects are usually in the installation folder or downloadable). It walks you through opening the project, checking project structure and settings, validating schematic and device data, testing reports and PLC/terminal plans, checking cross-references and macros, running project checks, and producing a short evaluation report.

Preparations

• Back up the sample project folder (copy files).
• Note EPLAN version used (menu: Help → About).
• Open EPLAN with a user profile that has full project access.

1. Open the project and inspect metadata

• File → Open Project → select the sample project (.elk/.elk or .adp/.edz depending on version).
• Project properties: Project → Properties. Check:
  • Project name, description, author
  • Project creation/date and last modified
  • Device management & parts database referenced (parts library path)
  • Project templates and default settings
• Evaluate: Are metadata fields filled meaningfully? Note missing/placeholder info.

2. Review project structure and page organization

• Project navigator: expand structure.
• Confirm page types: schematic pages, terminal plans, single-line, PLC, enclosure layouts, title pages.
• Check page numbering and sorting scheme (Project properties → Page numbering).
• Evaluate: Are pages logically grouped and named? Look for orphan pages or duplicate content.

3. Global settings and standards

• Options → Project properties → Standards/Settings:
  • Symbol library and area classification
  • Wire numbering rules, conductor class, terminal strip settings
  • Report templates and title block template
  • PLC/IO-naming rules
• Evaluate conformity to company/IEC/NEMA standards where applicable and note deviations.

4. Schematic check — symbols, connections, and layers

• Visually inspect representative schematic pages:
  • Consistent symbol usage (same function uses same symbol)
  • Properly labeled devices (reference designators like K1, Q1, M1)
  • Clear wire routing and crossing conventions
  • Presence of function texts and coil/contact linkage
• Use Edit → Search to find missing texts or unlabeled components (search for blank fields).
• Check layers/levels for clarity (menu: View → Layer management).
• Evaluate: Readability, adherence to wiring conventions, completeness of labels.

5. Cross-references and connection consistency

• Use Cross-reference view (Project → Connections/Cross references) to:
  • Verify cross-reference links between coils and contacts, between pages.
  • Confirm multi-page device links (e.g., a motor starter spread across pages).
• Check for broken or missing cross-references and unresolved references.
• Evaluate: Note any broken links or references that prevent navigation.

6. Device data and parts management

• Open device properties for sample devices:
  • Check manufacturer, part number, order number, and technical data fields
  • Confirm ERP/parts database links (Parts management/Article data).
• Test “Replace device” on one device to see available library suggestions.
• Evaluate: Completeness of parts data and suitability for BOM generation.

7. Terminal arrangement and wiring plans

• Inspect terminal strips / wiring diagram pages:
  • Terminal numbering, connection description, wire color, ferrules
  • Consistency with wiring terminals used in schematics
• Use Terminals → Terminal arrangement to view consolidated terminal list.
• Evaluate: Correct terminal mapping and clarity for assembly.

8. PLC and I/O mapping

• Locate PLC pages and I/O tables:
  • Check signal names, addresses, I/O types (DI/DO/AI/AO), data types
  • Verify consistency between PLC symbol labels and I/O lists
• Generate I/O list (Reporting → I/O lists) and compare to PLC pages.
• Evaluate: Completeness and correct addressing; identify collisions/duplicates.

9. Reports, lists, and BOM generation

• Generate essential reports:
  • Parts list / BOM
  • Wire list / conductor list
  • Connection list and terminal plan
  • PLC I/O list
• Check report templates for correct columns and data.
• Export one report (CSV/Excel) to validate field export and ordering.
• Evaluate: Accuracy, missing fields, and readiness for procurement/manufacture.

10. Macros and recurring assemblies

• Identify use of macros (Menu: Macro → Manage macros) and check:
  • Proper parameterization
  • Instance consistency across pages
  • Library references available in parts library
• Evaluate: Reusability and robustness of macros.

11. Automated checks and error diagnostics

• Run Project → Project Check (or Tools → Check Project):
  • Resolve errors vs. warnings categorization
  • Typical check categories: missing attributes, duplicate designators, invalid cross references, inconsistent wire classes
• Review Check Report and fix obvious issues or note them in evaluation.
• Evaluate: Number/severity of errors and warnings; whether they block production.

12. Print layout, title blocks, and documentation

• Inspect title block on sample pages: project info, revision table, scale.
• Check print settings and plot frame alignment (Page setup → Print preview).
• Evaluate: Professional presentation and completeness for submission.

13. Electrical calculation & validation (if configured)

• If sample project uses Power Calculation/Short-circuit modules:
  • Run calculation modules (if licensed) and inspect results.
  • Check protective device settings and coordination graphs.
• Evaluate: Whether calculations are present and results plausible.

14. Revision management and change tracking

• Check project revision history (Project → Document management / revision table).
• Look for clear revision notes and change markers on pages.
• Evaluate: Suitability for team collaboration and traceability.

15. Practical functional test (navigation & usability)

• Use navigation features:
  • Double-click cross-reference to jump between linked elements
  • Use Find/Replace to locate components quickly
  • Test exporting to PLC/CSV for integration
• Evaluate: Ease of navigation and workflow efficiency.

16. Produce concise evaluation summary (example structure)

• Project ID / path, EPLAN version used
• Quick scores (1–5) for: Documentation completeness, Schematic clarity, Parts data quality, Terminal mapping, PLC mapping, Reports/BOM readiness, Error count/severity
• Key issues (bullet list) — top 5 items to fix with page references
• Recommended fixes (concise, actionable):
  1. Complete missing part numbers in device properties (list sample devices)
  2. Repair broken cross-references on pages X–Y
  3. Standardize wire numbering rules to project defaults
  4. Fill project metadata and revision notes
  5. Regenerate I/O lists and reconcile with PLC addressing
• Minimal next steps: implement fixes, rerun Project Check, regenerate reports, export updated BOM.

Quick checklist to copy/paste

• Backup project
• Note EPLAN version
• Open project properties
• Run Project Check
• Inspect 3 representative schematic pages
• Check 2 terminal/PLC pages and generate BOM
• Fix top 5 errors, rerun checks

If you want, I can:

• Produce a ready-to-fill evaluation template (Excel/CSV layout) with the sections above, or
• Walk through a hands-on audit if you upload screenshots or the project files (specify which pages to inspect).

Date: March 23, 2026

For those looking to understand or practice with an Eplan P8 sample project, this write-up covers the core structure, essential features, and how to utilize the pre-built sample data provided by the software. Overview of Eplan P8 Sample Projects

A sample project in Eplan Electric P8 serves as a comprehensive reference for industrial automation design. It demonstrates how to integrate multiline schematics, 3D panel layouts, and automated reporting within a single database-driven environment. Core Project Structure Modern Eplan projects (including the standard "ESS Sample Project"

) use a hierarchical documentation system based on international standards like IEC: Functional Designation:

Groups components by their general purpose (e.g., Power Distribution). Location Designation: Eplan P8 Sample Project

Identifies where hardware is physically installed (e.g., +MainEnclosure). Document Type:

Categorizes pages by content, such as &EFS (Circuit Diagrams) or &EBS (Parts Lists). Key Components and Features Multidisciplinary Engineering:

The sample data shows how electrical designs coordinate with fluid and process engineering through a shared database. Intelligent Macros:

Projects often include a "Macro Project" variant. These contain pre-designed partial circuits (macros) that can be dragged and dropped into new designs to save time. Automated Reports:

One of the most powerful aspects shown in sample projects is the one-click generation of over 35 report types, including: Bill of Materials (BOM) Terminal Diagrams Cable Lists Connection Diagrams Data Consistency:

Any change made to a component in a schematic is instantly reflected in all relevant reports and 3D panel views, preventing costly manual errors. How to Access the Eplan Sample Project

If you have Eplan Platform 2022 or newer installed, you can open the official sample data to explore these features: EPLAN Tutorial PROPANEL PROJECT PAGE STRUCTURE

In the world of electrical engineering, the EPLAN Sample Project Back up the sample project folder (copy files)

serves as a vital blueprint for designers. More than just a file, it represents a standard for efficiency and precision. The Story of the Sample Project Every engineer begins their journey at the tab, selecting and navigating to the EPLAN Sample Project . As it opens in the Page Navigator , it reveals a meticulously structured world.

This project isn’t just a random collection of lines; it is a masterclass in standard-compliant design, built according to

standards. Within its pages, a narrative of a complete automation project unfolds: The Title Page

: The project's "face," displaying critical metadata like the creator and creation date. Schematic Multiline Pages

: The complex nervous system of the design, where connections and components live in a precise to ensure perfect Autoconnecting Automated Intelligence : The project demonstrates how EPLAN can generate 63 pages of circuit diagrams in just 13 seconds

. It showcases parts lists and 3D layouts that update themselves instantly when amperage or voltage settings change. Lessons from the Sample Open EPLAN sample project

The EPLAN Electric P8 Sample Project (often called the "ESS Sample Project") is a standardized demo designed to showcase the full range of EPLAN's database-driven capabilities. It serves as a blueprint for how a professional electrical project should be structured according to international standards like IEC 81346 and IEC 81355. Key Components of the Sample Project

A typical EPLAN sample project, such as the one for a production line or a Sinamics cabinet, is organized into several critical sections: Open the project and inspect metadata

Documentation Basics: Includes a professional cover page and an automatically generated Table of Contents.

Structure Overviews: Detailed breakdowns of plant hierarchies using structure identifiers (e.g., Higher-level function =, Mounting location +, and Device -). Schematic Pages:

Single-line Diagrams: Showing power distribution or communication links.

Multi-line Circuit Diagrams: Detailed wiring for drives, power supplies, and control systems. PLC Overviews: Visualizations of CPU racks and I/O modules.

Automated Reports: Sample outputs such as Terminal Diagrams, Cable-connection Diagrams, Parts Lists, and Order Lists generated directly from the schematic data. How to Access the Sample Project

EPLAN provides these samples within the software to help users learn the "best template" approach. Open EPLAN sample project

What Is the Eplan P8 Sample Project?

The sample project (often named Sample Project or Demo Project during installation) is a fully functional project template included with Eplan P8. It typically contains:

• Multiple pages (schematic, single-line, overview)
• Predefined parts (manufacturers, article numbers, ordering data)
• Project structure (high-level, functional, and location identifiers)
• Report generation (parts list, terminal diagram, cable overview)
• PLC connections and addressing examples

Key Components of the Sample Project

A typical EPLAN P8 sample project includes:

Part 2: How to Access and Open the Sample Project

Before analyzing the contents, you need to locate the sample project. The process varies slightly between Eplan P8 versions (2.7, 2.9, 2022, 2024, etc.), but the logic remains consistent.