explanation
CYMCAP is specialized software for accurately calculating the capacity and temperature of transmission cables. Reports and results produced by this software are highly accurate and can assist engineering teams when designing and updating transmission systems. Thanks to the accurate and practical results of this software, the loss of financial and time resources is minimized and the development team can develop the desired system in the fastest and most optimal way possible. In the design of electronic components and systems, determining the resistance and load-bearing capacity of cables is very important and can increase the life of the device. With the help of this software, engineers can estimate the maximum load-carrying capacity of cables and prevent premature degradation and failure.
CYMCAP software assesses and evaluates the stability of cables and heat transfer using global and valid norms and standards. The software has been designed and developed by Hydro One, McMaster University of Canada and Cyme International under the auspices of the Canadian Electricity Association and follows the latest international standards and methods. In addition to the core of the software, there are various additional modules that enhance the functionality of the software and allow modeling of various electrical installations, especially non-standard and special installations.
CYMCAP Features:
- Uses popular software technologies based on Neher-McGrath and IEC-60287 methods
- Fully compliant with North American laws and regulations such as IEC 60287, IEC 60228, IEC 60853, etc.
- Fully intuitive user interface and detailed graphical models of various cables
- Supports various types of power cables including single core, 3 core, belt type cable, pipe type, submarine, armored type, etc.
- We support various installation and commissioning methods of power cables, including direct underground cable laying, thermal backfilling, underground duct construction, duct banks, and underground power grids.
- Ability to use and load independent libraries and databases
- Modeling of various heat dissipation systems such as heat sinks, heat sinks, etc.
- Model different types of cables in one installation section
- Non-isothermal surface modeling
- Fully standard circular loading pattern
- Ability to model multiple cables in one operational phase
System Requirements
Windows 7/8.1/10/11
movie
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Password file: free download software
file size
202MB