Transformers
1st Edition
0071447857
·
9780071447850
© 2005 | Published: October 27, 2004
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.This TATA import covers basic fundamentals and design of e…
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Chapter 1: IntroductionChapter 2: Principles of TransformersChapter 3: Materials Used in TransformersChapter 4: Magnetic CircuitsChapter 5: Windings and InsulationChapter 6: Voltage Regulation and TapchangersChapter 7: Electromagnetic Forces in Power TransformersChapter 8: Cooling ArrangementsChapter 9: Design ProcedureChapter 10: Structural Design of Transformer Tankschapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 3: Materials Used in TransformersChapter 4: Magnetic CircuitsChapter 5: Windings and InsulationChapter 6: Voltage Regulation and TapchangersChapter 7: Electromagnetic Forces in Power TransformersChapter 8: Cooling ArrangementsChapter 9: Design ProcedureChapter 10: Structural Design of Transformer Tankschapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 5: Windings and InsulationChapter 6: Voltage Regulation and TapchangersChapter 7: Electromagnetic Forces in Power TransformersChapter 8: Cooling ArrangementsChapter 9: Design ProcedureChapter 10: Structural Design of Transformer Tankschapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 7: Electromagnetic Forces in Power TransformersChapter 8: Cooling ArrangementsChapter 9: Design ProcedureChapter 10: Structural Design of Transformer Tankschapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 9: Design ProcedureChapter 10: Structural Design of Transformer Tankschapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
chapter 11: Transformer Auxiliaries and Oil Preservation SystemsChapter 12: Manufacturing and AssemblyChapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 13: Drying and ImpregnationChapter 14: TestingChapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 15: Power Transformer StandardsChapter 16: Loading and Life TransformersChapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 17: Erection and CommissioningChapter 18: Transformer ProtectionChapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 19: ReactorsChapter 20: Traction TransformersChapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 21: Rectifier TransformersChapter 22: Controller ShuntChapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 23: Designing and Manufacturing a Short-Circuit-Proof TransformerChapter 24: High Voltage Condenser BushingsChapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 25: Computerization Chapter 26: Condition MonitoringChapter 27: Solved Examples
Chapter 27: Solved Examples
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.
This TATA import covers basic fundamentals and design of electrical transformers, including materials, specifications and standards. Designed as a working reference for professional engineers and technicians, it will also appeal to graduate level students and researchers. Written by a team of BEHL’s top power engineers, it details transformer workings from first principles through the latest in computer automation and cutting edge design.
This TATA import covers basic fundamentals and design of electrical transformers, including materials, specifications and standards. Designed as a working reference for professional engineers and technicians, it will also appeal to graduate level students and researchers. Written by a team of BEHL’s top power engineers, it details transformer workings from first principles through the latest in computer automation and cutting edge design.