2022 Hot Enclosed Type 10kV Current Transformer Core

Share on (1600470386919):


Price:$48.00 - $52.80

Quantity:


Product Overview

Description




Main export products


10kV Current Transformer Core  Current Transformer Core  Enclosed type 10kv  transformer


 





 


 10kV Current Transformer Core  Summary


The current transformer of is casting resin, fully enclosed and post type product. It is used for metering electric energy and current, relay protection in the electrical system It conforms to the standards IEC44-1 and GB20840.2-2014.


Current Transformer Core  Structure 


This type of current transformer is fully enclosed and post type. It has a good ability of insulation, moisture proof and antipollution. Ii is small and light. It can be installed at any place and any direction.


10kV Current Transformer Core  Current Transformer Core  Enclosed type 10kv  transformer


Enclosed type 10kv  transformer Technical parameter


1, Rated insulation level: 12/42/75kV;


2, Rated secondary current: 5A,1A;


3, Refer to the table for rated primary current, accuracy classes combination, rated output, rated dynamic and thermal current.


4, The conditions of partial discharge test is in line with GB20840.2-2014 current transformer.


5, Antipollution class class 


 




















































Model



Rated primary current(A)



Accurate grade combination



Rated secondary Output(VA)



Rated short time thermal-current


(kA virtual value)



Rated dynamic stability current (kA virtual value)



0.2



0.5



10P10



LFS-10


(LZZB-10)



5-200



0.2/0.2


0.5/0.5


0.2/0.5


0.2/10P10


0.5/10P10



10



10



15



8011N



20011N



300



21



50



400



24



60



600



30



70



800



40



75



1000



 


Technical parameter


 


 1.png







 Standard Current Transformer.jpg0.2 Class Electric Transformer.jpgCurrent Transformer Clamp.jpg






Pictures of factory



 


_20210120090511gongchang_02gongchang_03





Related Products


FAQ term of payment














0.1956 s.