Titulli Shqip
Koordinimi i izolimit për pajisje me sistem me tension të ulët -Pjesa 2 -2 : Konsideratat e ndërfaqes -Udhëzues zbatimi
Titulli Anglisht
Insulation coordination for equipment within low-voltage systems - Part 2-2: Interface considerations - Application guide
Scope Shqip
Asnjë informacion i shtuar.
Scope Anglisht
IEC TR 60664-2-2:2002(E) Provides an overview of the different kinds of surge overvoltages that can occur on low-voltage installations and equipment. In particular:
- the magnitude and duration of typical surges as well as their frequency of occurrence;
- information on overvoltages resulting from interaction between power and communication systems;
- guidelines when considering interface issues in relation to insulation coordination;
- guidelines concerning surge protection means on the basis of availability and risk considerations, including interaction within the system;
- highlights temporary overvoltages and other factors that have to be taken into account for insulation coordination, primarily related to protective control using surge protective devices.
- the magnitude and duration of typical surges as well as their frequency of occurrence;
- information on overvoltages resulting from interaction between power and communication systems;
- guidelines when considering interface issues in relation to insulation coordination;
- guidelines concerning surge protection means on the basis of availability and risk considerations, including interaction within the system;
- highlights temporary overvoltages and other factors that have to be taken into account for insulation coordination, primarily related to protective control using surge protective devices.
Komitetet Teknike
ICS
Direktivë
Asnjë informacion i shtuar.Veprim Kombëtar
Asnjë informacion i shtuar.Numri Standardit
Gjuha
Status
Publikuar
Faqe
Çmim
Blej
Published
2011-04-25
13
18 €
Koordinimi i izolimit për pajisje me sistem me tension të ulët -Pjesa 2 -1 : Udhëzues zbatimi -Fletët e punës për procedurën e përmasimit dhe shembuj përmasimi