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High temperature MV cables

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Description

Single core, medium voltage connection cable for high voltage machines, as transformers, motors, generators etc. when high temperature conditions are present. 
 

  • Siwo-Kul: with protective braid
  • Siwo-Kul-Sil: with protective braid, silicone impregnated. Special adapted in contact with epoxy
  • Siwo-Dop: with double silicone insulation in 2 colors (without protective braid)
  • Siwo-Screen-: with screen (copper braid)
     

Protective braid: The braided synthetic yarn covering, which is applied directly over the insulation, gives the cable, because of its short braiding pitch and high compactness, an excellent mechanical protection by maintaining good flexibility.
 

SI Isolation Silikonkautschuk Insulation silicone rubber
W Wärmebeständigkeit Temperature resistance
O Ölbeständigkeit Oil resistance
K Schutzgeflecht aus Kunstgarn Protective braid
UL Überlackierung Varnish coating

 


Related links
Current capacity in Ampere for insulated conductors   Current capacity in Ampere for insulated conductors


Results   5/5
Select all Items
SIWO-DOP 1.1-15.0 kV 10/404-407b  
SIWO-KUL-SIL 1.1-15.0 kV -10/415-418b  
SIWO-KUL™ 1.1-15.0 kV  
SIWO-SCREEN-KUL™ 1.1-12 kV  
SIWO-SCREEN-SIR™ 1.1-12 kV  
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Permissible continuous current carrying capacity 1kV

Cables separated: 1D

The values determined from the diagram are based on the following assumptions:
a) Cables separated. 
Space between adjacent cables ≥ 1 x d.
b) Conductor temperature  =  See tables below
c) Without additional cooling.
Suffcient natural air fow ensured.

 

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Permissible continuous current carrying capacity 3kV

Cables separated: 1D

The values determined from the diagram are based on the following assumptions:
a) Cables separated. 
Space between adjacent cables ≥ 1 x d.
b) Conductor temperature  =  See tables below
c) Without additional cooling.
Suffcient natural air fow ensured.

 

 

 TOP
Permissible continuous current carrying capacity 6kV

Cables separated: 1D

The values determined from the diagram are based on the following assumptions:
a) Cables separated. 
Space between adjacent cables ≥ 1 x d.
b) Conductor temperature  =  See tables below
c) Without additional cooling.
Suffcient natural air fow ensured.

 

 

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Permissible continuous current carrying capacity 13.8kV

Cables separated: 1D

The values determined from the diagram are based on the following assumptions:
a) Cables separated. 
Space between adjacent cables ≥ 1 x d.
b) Conductor temperature  =  See tables below
c) Without additional cooling.
Suffcient natural air fow ensured.
 

 

 

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