#Learning factory switch how to#

These are medium voltage circuit breakers, switch disconnectors, fuses, surge arresters, measuring transformers, etc. Primary equipment is designed and used for rated voltage and current values specified for switchgear. So basically, MV switchgear consists of primary and secondary equipment. Such switchgear will also contain so-called “secondary” equipment, used for control, measuring, signalization, and auxiliary purposes. These are phase to phase, or “line” values of rated operation voltage. When we say “medium voltage” or just “MV” switchgear, we refer to a switchgear with “primary” equipment which operates at medium voltage level, typically at or close to 6 kV, 10 kV, 20 kV, and 35 kV in Europe. Example of MV switchgear wiring diagram.How do you do it By rebuilding and automating an old Learning Factory, a place designed for collecting data from thousands of cats and analyzing it with Machine Learning. However, there are some differences related to the fact that in the case of MV applications, primary equipment operates at medium voltage level, while control and signalization circuits are always of low voltage type.Īn example of wiring diagram related to MV equipment will be given and discussed later within the article. In this automation sim, you are a data scientist who is trying to understand what your cat wants. Basically, the same rules and principles apply here as well.

Within this article, we will be talking about wiring diagrams inside medium voltage (MV) switchgear.

This minimises the total practice time, maximises learning efficiency, reduces frustrations, and reduces strain while learning a new keyboard layout.

#Learning factory switch how to#

Learn how to analyse and check wiring diagrams of a medium voltage switchgear I recommend practicing for 10 minutes every day for a couple of months, and switching when youve reached two thirds of your previous typing speed.