PCFelix_EI as part of PCFelix group is the software for the design of electrical (power 0.4kV) installation of AutoCAD. Includes sockets, lamps, prepared ACAD substrate for single-pole seed, lightning rod, grounding, distribution cabinets, power distribution.
PCFelix is group of additional menu for ACAD.
First version of PCFelix covers every necessary lisps for electromagnetic installation . In the early
development of PCFelix , pcfelix only covered electromagnetic installation EI. After years of hard development, I made huge changes of PCFelix.
Currently version additional menu PCfelix of ACAD is 9, which it got the name PCFelix_EI V1.9.
All versions of PCFelix were used on some of the most known projects such as Svetlost a.d. company, Masinoprojet Kopring company, etc.
Future of PCFelix is very perspective, in mind that current development is going on , that other installation such as telecommunication, signalization .
This new menu would be called PCFelix_TIS. Additionally, to PCFELIX ,development on electric motor drive which is called PCFELIX_MP. PCFELIX is very flexible software ,which development on other section such as architecture, construction, water installation, etc are possible.
On early development , excel file was made which is called “DOTFEL” for calculating one time power Pj. Not to be confused , PCFelix uses reports which are produced in EXCELL FILE . Filling out the fields , such as type of user , you would get a report which will tell exact number and types of users under (BOX OF ELECTRIC)
-Their installed power Pi(kW)
-Factor k (which can be changed manually or some other program such as DotFEL, which is separate of AutoCad, and report from PCFelix_EI , you can get in XLS file.
-Type of user cosφ (also can be changed manually)
-Under cosφ , tgφ is made
-Reactive power Q[kVAr]
Besides this PCFelix_EI builds a way and proper way of drawing projects Electromagnetic installations, such as layers, colors, lines for different types of installation , type of text, etc.
PCFelix_EI contains all blocks for uses of electromagnetic documentation , which matches regulations YUS , SRBS, IEC and symbols for projects under Russian market which regulations are matched under SNIP. Blocks (symbols) needed some modification under invisible attributes. With this, we are getting a way of compiling a complete specification, and schema from a drawing which is called DWG FILE.