CBN35-JM-VI(A) Grey Inside Cone Bus Bar Coupling Connector for Gas Insulated Switchgear Extension

• Customization: Available
• Certification: ISO9001, En50181
• Rated Voltage: 12kV, 24kV, 36kV, 40.5kV
• Model NO.: CBN35-JM-VI(A)
• Bushing Type: Type F (EN50181)
• Application: MV GIS Switchboard Extended Accessories
• Material: Silicone rubber
• Transport Package: Carton Box
• Specification: Rubber
• Trademark: GCA
• Origin: China
• HS Code: 8547900000
• Production Capacity: 1000000PCS/Year

Product Description

CBN35 Inside Cone Bus Bar Coupling Connector
 

 
GIS switchboard extended accessories including coupling bus bar and bus bar connector, bus bar connected bushing, bus bar stop end and bus bar tested devices. To connect (coupling) the bus-bar of gas insulated switchgears.
Couple cone bus connection and End cone for gas insulated switchgear with inside one sockets.


Specification
 

Rated voltage	24kV	24 kV	40.5kV
Rated current	630A	1250A	2500A

Advantages of silicone rubber:
• Silicone rubber is a unique synthetic elastomer made from cross-linked polymer which is reinforced with silica. Its characteristics are such that it provides perfect balance of mechanical and chemical properties required by many of today's most demanding applications.
• High and low temperature stability: Parts fabricated from silicone rubber steadily keep all room temperature characteristics across a wide temperature range and they are serviceable at temperature ranging from -80 °C to 200 °C.
• Inertness (no taste or smell).
• Wide hardness range: 10-80 Shore A, gives much freedom to select the desired hardness to best perform a specific function.
• Chemical resistance: Silicone rubber resists the effects of many harsh circumstances, resistance to chemical solvents, fuels, oils, water and steam.
• Weatherability: Anti-UV ray, anti-aging, etc.
• Sealing performance: The good elastic performance can provide excellent sealing ability.
• Electrical properties: Silicone polymers have inherently good electrical insulation qualities. They are nonconductive because of their chemical nature as being compounded with the proper tillers and additives, which are used to produce rubber for a wide range of electrical insulation applications. Silicone rubber also has excellent resistance to severe environmental stress; its electrical insulation properties remain unchanged much longer than those of other flexible materials.
• Hydrophobic and hydrophobic transferability performance.


Application