CYMTCC 4.5 R7 (Protective Device Coordination) Download
Download the CYMTCC 4.5 R7 (Protective Device Coordination) from this link…
Summary
Working with CYMTCC has truly changed the way I approach Industrial and Commercial Power systems. This Software program comes with a vast database of over 15,000 protective devices, making it easy to generate accurate Time-Current curve plots and detailed reports. I especially appreciate the wizard feature, which can suggest optimal device settings, adjustments, and ratings, streamlining the coordination of protection across complex Distribution networks.
In my experience, using CYMTCC not only simplifies configuring protective devices but also ensures that every device is correctly set to maintain reliable Power. The intuitive program allows me to visualize the Time Over-Current curves clearly, make precise adjustments, and monitor systems efficiently. From creating plots to finalizing reports, this tool feels like an indispensable partner for anyone managing Industrial, Commercial, or Distribution Power systems.
Software and Coordination
Working with CYMTCC has shown me how programs can transform industrial and commercial power systems. The software includes a rich database of over 15,000 protective devices from more than 100 manufacturers, which makes it easy to produce time-current curve plots and detailed reports. I’ve found that the module for CYME Arc Flash Hazards Analysis adds another layer of analysis that complements the coordination of transformers and cables, ensuring every device is properly set.
Device Visualization
One of the features I appreciate most is the ability to visualize devices on a one-line diagram. By clicking and drawing, the protective devices can be plotted on graphical paper or routed to printers for inclusion in reports. The system allows me to verify clearances, check conductor damage, and review benchmarks like motor starting and transformer withstand curves. It makes the program feel intuitive and efficient when planning and documenting protective systems.
Analytical Tools
The analytical capabilities in CYMTCC are impressive. I often use enhanced tools to measure time between devices, adjust Delta-Y through faults, and set automatic relay dial selections. The interactive interface lets me import external graphic files, copy curves, and manage modifications quickly. With support for S&C, ABB, and Eaton reclosers, along with flexible criteria and user-defined equations, I can confidently verify protection across any system voltage level.
Device Management and Library
The Integrated Device Library Manager in CYMTCC simplifies adding or modifying device characteristics. The library stores electromechanical, solid-state, and hydraulic reclosers, circuit breakers, fuses, and relays for North American, European, and Asian manufacturers. I regularly use the online update feature to ensure the database is current, which makes retrieval fast and keeps all curves organized and categorized for easy access during studies.
Reporting and Output
Creating reports with CYMTCC is seamless. I can plot curves in multiple formats like PDF, JPG, AutoCAD DWG/DXF, and SVG/XML, making it easy to export for team collaboration. The combination of printing, graphical display, and tabular files ensures that every protective device is clearly documented, while color, hatching, and title block settings add clarity. Personally, this feature has saved me hours in coordination and review, letting me focus on improving system protection rather than paperwork.
Advanced Software for Power Systems
Working with CYMTCC and CYME has given me hands-on experience with advanced software for industrial and commercial Power systems. The program comes in a CD package from the JAVAN brand (JAVANESE) and is designed to run studies, simulations, and what-if analyses to evaluate the impact of changes in electricity networks. Its technical features allow users to establish applications and function efficiently across Distribution systems, ensuring Time overcurrent protection is correctly implemented for each device.
Interactive Network Design
The program includes an Arc Flash Hazards Analysis module, capable of generating plots and reports for every transformer and device. I have often used the One-Line drawing interface to click and drag device symbols, creating visualized time-current curves that can be plotted on paper, routed to printers, or exported for further analysis. This setup allows me to verify benchmarks such as motor starting, transformer withstand, cable and conductor damage curves, and inrush and thermal points efficiently, streamlining every study.
Smart Diagnostic Functions
The analytical tools in CYMTCC are extremely versatile. I use Automatic relay dial selection, control scales, and plotting features to manage current, delta-Y through-faults, and reclosers from ABB, S&C, and Cooper. The interactive interface supports user-defined criteria, color, ID, tag, location, title, and block adjustments. I can measure separation time, copy curves, apply modifications, and export PDF, JPG, AutoCAD DWG/DXF, or SVG/XML formats for professional reports while maintaining precise verification of every device.
Extensive Equipment Database
The Integrated Device Library Manager allows me to add or modify device characteristics in the database. It stores North American, European, and Asian devices, including Low Voltage Circuit Breakers (electromechanical, solid state, molded case), Fuses, Relays, and hydraulic or electronic Reclosers. With online update capabilities, I can keep the library current, ensure retrieval is fast, and manage over 15000 devices efficiently for all studies.
Flexible Reporting and Export
Creating reports in CYMTCC is smooth and precise. The program allows plotting of curves on log-log or plain paper, printing, and exporting in multiple formats. I often utilize the facility to import external graphic files, like a company logo, into plots or drawings. This flexibility, combined with enhanced search, copying, and modification tools, makes it indispensable for managing device protection and ensuring accurate coordination across complex Power systems.
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