Direct buried, cables in pipes, or cables in free air.
remaining capacity of a cable system based on live soil and conductor temperatures. 2. Automated Path Optimization & ROI Analysis
Meeting modern data management requirements, Cableizer allows datasheets of objects such as cables and heat sources, along with result reports of project simulations, to be downloaded both in PDF and CSV (comma-separated values) format. The PDF format produces nicely formatted, human-readable documentation suitable for sharing with stakeholders, while the CSV format supports manipulation in spreadsheet applications like Microsoft Excel, LibreOffice Calc, or Apple Numbers. Additionally, the content of cable datasheets can be flexibly defined, enabling users to select which parameters to include or exclude, and the software calculates many additional parameters such as mass of all cable layers, minimal bending radius, gross heat of combustion, heat energy content, embodied energy, embodied carbon, and cost of metals in the cable. cableizer software
| Feature / Aspect | Cableizer | CYMCAP (Competitor A) | ELEK Cable Pulling (Competitor B) | | :--- | :--- | :--- | :--- | | | Web-based, no installation or dongles | Windows-based desktop software, often requires licensing dongle | Web-based or desktop options, focusing on cable pulling | | Unique Capabilities | Ventilated tunnel ampacity for up to 6 unequal loads; all-in-one thermal/mechanical/electrical | Long-standing industry standard for thermal analysis | Specialized in tension and sidewall pressure with direct AutoCAD import | | Calculation Approach | Follows IEC 60287, with FEM integration; transparent formula display | Strong IEC compliance but slower to adopt new editions; reported to have a thermal resistance flaw in one duct configuration | Dedicated to cable pulling physics; less focus on thermal or environmental factors | | Environment | Complete magnetic and temperature field calculation and visualization | Focuses on thermal analysis; magnetic fields are a secondary feature | Primarily mechanical; doesn't cover thermal or magnetic fields | | Collaboration | Seamless sharing with customers/suppliers, no file compatibility issues | Limited to desktop file transfer; potential version conflicts | Web-based versions allow some sharing, but less integrated than Cableizer |
It is primarily aimed at electrical engineers, designers, and project managers involved in low, medium, and high-voltage cable installations. It excels in situations where complex installation conditions (not just standard trefoil or flat formations) dictate the cable's thermal performance. Direct buried, cables in pipes, or cables in free air
This comprehensive article explores the capabilities of Cableizer software, diving deep into its features, modules, technical specifications, real-world applications, pricing models, and what truly sets it apart in the market.
: While ETAP is a comprehensive power system analysis suite, it lacks dedicated capabilities for certain installation scenarios, such as air installation analysis, which is why some engineers find it necessary to use specialized tools like Cableizer or CYMCAP for accurate cable ampacity calculations. Automated Path Optimization & ROI Analysis Meeting modern
Cableizer doesn't just calculate basic current ratings; it handles the complex physics that real-world installations face: Blog post about "Cableizer in English"
The software is continuously validated against data from publications like CIGRE technical brochures. Site-Specific Models: