Electric arc hazards - an introduction (Sweden)

d6ea143f-c6ef-4556-be6a-6b0614cc60aa-Img-1_responsive1000.jpg
4da71d42-5282-4b34-9242-e2c099735740-Img-2_responsive1000.jpg
The course gives you knowledge about how arcs occur and behave. We look at how to think to bring down the event energy in an arc. The course deals with risk prevention measures that prevent or limit arcs, such as barriers, disconnection of equipment, setting of protection and types of protection and disconnection of equipment that contributes to arc short-circuit currents.

Informacje techniczne

Nazwa kursu : Electric arc hazards - an introduction (Sweden)
Podręcznik kursu : Digital
Rodzaj : E-learning
Czas trwania : 45 minutes
Język: Swedish
Dostawca: Trainor

Wymagania systemowe

Kurs można uruchomić na komputerze, tablecie i smartfonie. W przypadku urządzeń przenośnych zalecamy stabilne połączenie Wi-Fi. Ten kurs nie wymaga Flasha.

Zalecana minimalna prędkość połączenia to 1,5 Mb / s. W przypadku problemów podczas prowadzenia kursu zalecamy skorzystanie z przeglądarki Google Chrome.

Warunki

VAT nie wliczony Zobacz ogólne warunki kursów e-learningowych

Cel

This course teaches you about how electric arcs develop and behave. We learn about how to go about reducing the incident energy in an electric arc. The course covers risk prevention and reduction through factors such as establishing barriers, disconnecting equipment, installing protective devices, different types of protective device, and disconnecting equipment that contributes to electric arc short-circuit currents.

Grupa docelowa

Personnel who may be exposed to electric arcs during their work, and personnel who design and operate electrical installations.

Kurs zawiera te tematy

  • Potential dangers from electric arcs
  • Injuries resulting from electric arcs
  • Incident energy and contributing factors
  • Barriers such as switchboard panels and personal protective equipment (PPE)
  • Short-circuit currents in arc flashes
  • Protective devices and arc flash detectors
  • How to limit incident energy and arc flash duration