The structure and principle of operation of an RCD - simple and aesy скачать в хорошем качестве

The structure and principle of operation of an RCD - simple and aesy

A video about residual current circuit breakers - also called differential circuit breakers, or simply RCDs, but also circuit breakers or even electric shock fuses. For beginners and others, from scratch. I will present: what are they used for and what are they supposed to protect against? how they are constructed - Ferranti transformer, how do residual current circuit breakers, also known as anti-shock circuit breakers, work, What parameters do they have and how are they selected, how to connect, how to check - test, time and current measurement. The film is intended for beginners, so there will be some simplifications and some, in my opinion, most important issues regarding residual current circuit breakers will be discussed. I will omit or greatly simplify, for example, legal and formal issues regarding measurements - I want to focus more on the topic from the perspective of the user rather than the perspective of the designer or measurer. 0:00 Introduction 0:36 What are residual current circuit breakers used for? 1:30 How are RCDs constructed and how they work 2:54 TEST button 3:23 Nominal residual current - division 5:11 Response time - immediate, short-delay, selective 5:49 Current-time characteristics of RCD 7:07 Types of residual current circuit breakers - AC, A B 9:53 Other parameters of residual current circuit breakers 11:25 Where to use and where not to use residual current circuit breakers 12:49 How to connect a residual current device 13:34 Checking and measuring the residual current circuit breaker 15:18 Summary Link to the video about AC residual current circuit breakers -    • Czy wyłączniki różnicowoprądowe typu AC po...   #RCD, #for beginners, #electrics #electronics #step by step #differential #simply translated #science see also: How to choose a WLZ cable. From scratch, step by step, for beginners - tables, calculations, formulas    • Wzory, obliczenia, przykłady - Jak dobrać ...   RCD 1F vs 3F and Interrupted Neutral N. Consequences. From scratch.    • Napięcie międzyfazowe, przerwanie N, spale...   Thin-walled ferrules in practice - how, how and why to crimp ferrules on wires.    • Tulejki cienkościenne - jak i czym zaciska...   Damaged, drilled wires? How to connect. Bushings and soldering    • Jak połączyć uszkodzone przewody - 2 sposo...   Functional and safe switchgear - Design in a free program and labels    • XL-PRO3 i bezpieczna, funkcjonalna rozdzie...   START STOP. How to do it - button control from scratch    • Start/Stop - jak połączyć - schematy, dzia...   Circuit breakers, fuses, ES - for beginners and more    • Bezpieczniki - esy, korki, nadprądowe. Rod...   Short Circuit Loop Impedance from scratch. What is it, how to measure and interpret it. For beginners.    • Impedancja Pętli Zwarcia IPZ - od podstaw,...   ✅ Waveforms, TruRMS, PWM, duty cycle %. For beginners and more ✅ Measurement errors for electronics beginners and others - when? How? What for? useful patterns ✅ MULTIMETERS, meters in practice - for beginner electronics and more. COMPENDIUM __________________________________________________________ 🔔 Subscribe 🔔 👉    / @elektryka-elektronika   __________________________________________________________ I invite you to: 👉 www.naprawa-laptopa.com.pl - over 100 articles about laptop and electronics repairs! 👉 www.smarthomekr.pl - website about electricity and home automation. #science #school #studies #electrics #electronics #tasks #solving #workshops #labs #lectures #exercises #explained #easy #simple