Abstract:
Today, after continued development and extensive field and laboratory testing, nonceramic insulators are in use through 765 kV. At transmission voltages, nonceramic insul...Show MoreMetadata
Abstract:
Today, after continued development and extensive field and laboratory testing, nonceramic insulators are in use through 765 kV. At transmission voltages, nonceramic insulators have become very popular from 69 through 345 kV. Above 345 kV some nonceramic insulators are in use; however, their usage has not yet become significant. At distribution voltages, confidence in nonceramic insulators is high, so much so that many utilities purchase only nonceramic type insulators. In other utility owned and operated equipment (transformers and their bushings, potheads, surge protective devices, etc.) it is safe to say that the industry has rapidly converted from porcelain to nonceramic wherever the opportunity has presented itself.
Published in: IEEE Electrical Insulation Magazine ( Volume: 12, Issue: 3, May-June 1996)
DOI: 10.1109/57.509920
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Polymeric Materials ,
- Long-term Performance ,
- Silicone Rubber ,
- Water Washing ,
- Porcelain ,
- Electrical Insulation ,
- Inside Diameter ,
- Polyester Resin ,
- Limited Damage ,
- Insulation Performance ,
- Dielectric Surface ,
- Corona Discharge ,
- Polymer Insulation ,
- Flashover ,
- Central Rod ,
- Hoop Stress ,
- Ethylene Propylene Diene Monomer ,
- Electrical Failure ,
- Type Of Insulation ,
- Bisphenol A ,
- Pulling Speed ,
- Ultraviolet Irradiation ,
- Aluminum Hydroxide ,
- Modular Design ,
- Voltage Stress ,
- Failure Modes ,
- Elastomeric Materials ,
- Water Resistance ,
- Brittle Fracture
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Polymeric Materials ,
- Long-term Performance ,
- Silicone Rubber ,
- Water Washing ,
- Porcelain ,
- Electrical Insulation ,
- Inside Diameter ,
- Polyester Resin ,
- Limited Damage ,
- Insulation Performance ,
- Dielectric Surface ,
- Corona Discharge ,
- Polymer Insulation ,
- Flashover ,
- Central Rod ,
- Hoop Stress ,
- Ethylene Propylene Diene Monomer ,
- Electrical Failure ,
- Type Of Insulation ,
- Bisphenol A ,
- Pulling Speed ,
- Ultraviolet Irradiation ,
- Aluminum Hydroxide ,
- Modular Design ,
- Voltage Stress ,
- Failure Modes ,
- Elastomeric Materials ,
- Water Resistance ,
- Brittle Fracture