Instead of creating separate macros for every variation of a LOGO! module (such as different voltage ratings or I/O configurations), you can embed placeholder objects
Using official Siemens data packages eliminates human error during electrical documentation: Without Macro Library With EPLAN P8 Macros Manual text typing and terminal numbering. Automapped logical connections. Part Data Integration Manual entry of weight, dimensions, and ordering info. Embedded EDZ metadata loads completely. Enclosure Planning Approximated bounding boxes. Exact 2D layouts and 3D step file attachments. Error Checking Cross-referencing faults can occur across pages. Built-in PLC cross-references execute flawlessly. How to Acquire Siemens LOGO! Macros
The integration of with EPLAN Electric P8 through the Macro function is a fundamental shift in engineering. It moves the electrical designer from a "draftsman" to a true "engineer." By standardizing and automating repetitive tasks, it frees up time for more valuable work like optimizing logic, ensuring system reliability, and tackling complex technical challenges.
The combination of Siemens LOGO! smart logic modules and EPLAN Electric P8 macro technology represents a powerful synergy that can dramatically improve the efficiency, consistency, and quality of electrical control system design. By mastering the techniques described in this article—from downloading official macros and creating custom ones to integrating with TIA Portal—electrical engineers can reduce repetitive work, minimise errors, and focus on the innovative aspects of their projects. Siemens Logo Eplan P8 Macrol
Now, when you insert the macro, EPLAN automatically generates the layout drawing in the cabinet mounting board.
, the most efficient method is to download and import official , which bundle product data, macros, and technical drawings directly into your parts database. 1. Locating and Downloading Macros
I can then provide direct links or tailored troubleshooting steps for your setup. Share public link Instead of creating separate macros for every variation
: Search for your specific LOGO! part number (e.g., 6ED1052-1FB08-0BA1 ) and look for the CAx data link to generate a download package.
This manual process is slow and prone to error. One wrong wire number copy-pasted can cause headaches during commissioning.
A consistent naming system is essential. For example, Siemens_LOGO_8_24V-IO_Digital-Inputs.ema tells you everything at a glance. Part Data Integration Manual entry of weight, dimensions,
Before creating macros, it is good practice to set up a dedicated macro project:
Select Import > Parts > EPLAN Data Portal Exchange (EDZ) 1.2.1 .
Official Siemens LOGO! macros are typically found on the (formerly Industry Online Support) or within the EPLAN Data Portal . Via Siemens Support Portal:
| Terminal | Signal | EPLAN DT (example) | Description | |----------|--------|--------------------|-------------| | I1 | DI1 | -A1:X1 | Digital input 1 | | I2 | DI2 | -A1:X2 | Digital input 2 | | I3 | DI3 | -A1:X3 | Digital input 3 | | I4 | DI4 | -A1:X4 | Digital input 4 | | I5 | DI5 | -A1:X5 | Digital input 5 | | I6 | DI6 | -A1:X6 | Digital input 6 | | I7 | DI7 | -A1:X7 | Digital input 7 | | I8 | DI8 | -A1:X8 | Digital input 8 | | Q1 | DO1 | -A1:X9 | Digital output 1 | | Q2 | DO2 | -A1:X10 | Digital output 2 | | Q3 | DO3 | -A1:X11 | Digital output 3 | | Q4 | DO4 | -A1:X12 | Digital output 4 | | L1 | +24V DC | -A1:X13 | Power supply + | | N | 0V DC | -A1:X14 | Power supply - | | PE | Functional earth | -A1:PE | Earth / shielding |