to request a formal quote or ask about a guided trial run for your engineering team. 3. Accessing the Installer via the Client Portal Once your company purchases a license: You will be granted access to the CYME User Portal my.cyme.com
python download_script.py https://example.com/somefile.zip -o somefile.zip
If you are unable to locate the software through the website, contacting or technical support (450-461-3655 / 800-361-3627) will allow you to obtain the licensed software package. System Requirements and Installation
: Licensed users can download installation packages for CYMGRD directly from the CYME Users Portal . This typically requires a valid maintenance contract.
: Includes a dedicated module to interface with AutoCAD , allowing users to import and export grid layouts in .DWG or .DXF formats. Installation and Compliance
When you download the complete CYMGRD suite, you gain access to three primary interconnected modules: 1. Soil Analysis Module
: Computation of maximum permissible touch and step voltages according to industry standards like IEEE 80 2000/2013 .
: Calculates dangerous touch and step voltages inside and outside the substation perimeter.
: Computes the absolute station ground resistance ( Rgcap R sub g
The full version of CYMGRD strictly adheres to critical international safety standards. It conforms to , IEEE 81-1983 , and IEEE 837-2002 , ensuring that your designs are legally compliant and technically sound for professional submission.
Open on Windows (right-click Start button > Device Manager). Look for any device with a yellow exclamation mark. Right-click it > Properties > Details tab > Hardware IDs. Copy the ID and search it alongside "Cymgrd." This confirms if Cymgrd is the correct driver.
If you need assistance setting up your substation parameters or analyzing soil resistivity data within the software, please let me know.
CYMGRD uses powerful algorithms to perform finite element analysis of ground grid conductors and rods. It calculates the station ground resistance (Rg) and the Ground Potential Rise (GPR), which are fundamental values for determining the safety of a substation under fault conditions.
: Interpret soil resistivity measurements using uniform or two-layer soil models.
