Udemy - Electrical Design Bootcamp - Power Dissipation Calculations

To work properly in Rittal Therm (requirement from Volkswagen for example)
To perform heat loss calculations
To pay attention to special topic such as contactors
To dimension the climate system (fan, air conditioning)
Requirements
Rittal Therm 6.3 or newer (free of charge)
Description
*** UPDATES ***
- September 25, 2019 - Captions in English (EDITED, not auto-generated).
Dear Student,
I welcome you to this short but powerful tutorial about Rittal Therm, a program I use very often on my projects. It's primary goal is to help the user to calculate the heat loss (also called power loss or heat dissipation) inside electrical enclosures and to dimension the climate system (fan, air conditioning) accordingly.
In this short tutorial you are going to learn аbout:
the program itself
the basics of heat dissipation and how to find this parameter for different devices
the dimensioning of the climate system in the electrical cabinet
to calculate the heat loss and dimension the climate system for the example cabinet from our EPLAN courses (CAB2 - power distribution cabinet)
This is the 3rd major topic in electrical design.
The first one was the dimensioning of the power distribution system (we cover that one in the Simaris Course)
The second one is the creation of various circuit diagrams (we covered that one in EPLAN Electric P8 courses)
Now it makes sense to go further and to calculate the heat loss inside the cabinets and to dimension the necessary climate system in the cabinet.
That's why this course came to life.
Feel free to check my free preview videos and enroll if you find this topic important.
And I wish you a lot of fun working in Rittal Therm!
Your Instructor for Electrical Design,
Ivan
Who this course is for:
Electrical designers
Electrical engineers
Cabinet builders
Homepage

https://www.udemy.com/course/power_loss_calculations/

Udemy - Electrical Design Bootcamp - Power Dissipation Calculations Fast Download
Udemy - Electrical Design Bootcamp - Power Dissipation Calculations Full Download