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Twin Type Double Conductor Bus-Bar Spacer Damper

Price $10.00
Min Order 10 Pieces
Availability In Stock
Shipping From Jiangsu, China
Popularity 300 people viewed
Model NO.:
MRJ
Technics:
Casting
Standard:
IEC 61284-1997
Usage:
Substation Fittings, Line Fittings
Type:
Protection Fittings
Material:
Aluminium Alloy
ODM OEM:
Accept
Samples:
Free
Galvanization Type:
Hot-DIP Galvanized
Galvanization Standard:
ISO 1461-2009
Surface:
Smooth
Warranty:
12 Month
Application:
Overhead Transmission Line
Trademark:
Da Sheng
Transport Package:
Wooden Case
Specification:
Steel
Origin:
Yangzhou City, China
HS Code:
7616999000
Product Description
Twin Type Double Conductor Bus-bar Spacer Damper

Description:

Tubular busbar is one of the commonly used equipment in power transmission and transformation system. It has good current-carrying performance and reliable mechanical connection performance. It is often used between transmission wires and transformers and in power equipment, and plays the role of connecting conductors. Its stable operation plays a vital role in the reliable operation of power transmission and transformation systems. The duralumin round tube busbar, which is widely used in actual engineering, has the advantages of high rated operating voltage and small rated operating current, and its hollow structure and smooth surface are very conducive to increasing the corona inception voltage.

The bus-bar spacer damper is a special type of spacer. Its main function is to limit the relative movement between the multi-split tube bus bars, prevent the tube bus bars from colliding with each other, and maintain the geometry of the bus bars to meet the requirements of reducing the surface potential gradient and Reduce the occurrence of corona effect and other electrical properties, and provide reliable mechanical and electrical performance guarantee for the circuit. However, there has been no good control method for the corona discharge of the high-voltage split tube busbar spacer, and it is difficult to accurately obtain the electric field intensity on the surface of the tube busbar spacer damper to ensure that the electric field intensity on the spacer surface does not exceed the corona inception field intensity.   


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