Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)

Product Details
Customization: Available
Certification: CE, ISO
Customized: Customized
Manufacturer/Factory, Trading Company, Group Corporation
Gold Member Since 2007

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  • Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)
  • Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)
  • Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)
  • Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)
  • Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)
  • Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)
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Basic Info.

Surface Treatment
Painted
Fuel
Gas Coal Electric
Range of Applications
Industrial
Type
Cusomized
Place Style
Vertical
Usage
Steel Molding
Protection
Shock Resistance
Installation
Vertical
Housing
Upr
Transport Package
Nude, Wooden Cases
Specification
IEC, CE
Trademark
Ville Industry
Origin
China
HS Code
85149010
Production Capacity
30units Per Year

Product Description

Electric furnace short network system
The HF series short network system refers to the general term for various parts from the secondary output of the transformer to the electrode clamp, and is suitable for electric arc furnaces (or ladle furnaces) and submerged arc furnaces of various capacities.
Short network systems are generally divided into two types based on cooling methods: air-cooled (copper busbar) and water-cooled (copper busbar). The specific design is based on the overall requirements of the electric furnace, and the three-phase impedance imbalance of the system is less than 5%.
Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)

Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)

Specification:
SN ITEM UNIT QTY REMARK
1 Flexible copper connector pcs. 12  
2 Copper tubes set 1  
3 Supporter & suspension pices set 1  
4 Wall window insulation plate set 1  
5 Fasten pieces & water nozzle set 1  
6 Current transformer pcs 3 Buyer's existing
 
Workshop:
Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)

Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)

Sales team:
Electric Furnace Short Network System Secondary Output of The Transformer to The Electrode Clamp Air-Cooled (copper busbar) Water-Cooled (copper busbar)


Please provide when placing an order
1. Technical parameters and related dimensions of transformers.
2. Technical parameters and dimensions related to electric furnaces.
3. Relevant civil engineering data and drawings.

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