MOTDAT
MOTDAT
(OP)
thread238-43220: free short-circuit / load flow program to download
Hello, I am a research on harmonics in a thermoelectric. Among the different components that must simulate are induction motors, and here on the forum found the MOTDAT program.
I would like to know more information about it, even if it is reliable (seems so) and if there is some document about its inner workings, ie how the calculations are made from the plate. And also who the author is, so I can reference correntamente in my research.
Can anyone help me?
Thank you very much.
Hello, I am a research on harmonics in a thermoelectric. Among the different components that must simulate are induction motors, and here on the forum found the MOTDAT program.
I would like to know more information about it, even if it is reliable (seems so) and if there is some document about its inner workings, ie how the calculations are made from the plate. And also who the author is, so I can reference correntamente in my research.
Can anyone help me?
Thank you very much.






RE: MOTDAT
But it is not a simulator. It can be used to prepare induction motor data for the ATP-transient simulator.
For contacts, use the feedback form on the "main" page http://pp.kpnet.fi/ijl/
The program "elplek" on the main page is also not a simulator, but is a program (freeware) for load flow & short circuit & relay coordination.
RE: MOTDAT
I endendi that this is a program that uses parameters plate to calculate values of equivalent circuit, and am using it to insert data into ATPDraw (UM3 model) in my study of harmonics.
However, we really have not found anything about the software on the internet, I was the main validator page, but neither found nor the IEEE, hoping to find some article about it, its mathematical form (for me it anda black box, and I would like to understand better), the authors finally.
It was you who created the software? Know the author's name or any information that I can cite in my research?
Thank you again!
RE: MOTDAT
RE: MOTDAT
You has a good work!
I liked too much!