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High voltage circuit breakers : design and applications
Garzon, R. D
- ISBN:0824707990
- Call Number : TK 2842 .G27 2002
- Main Entry: Garzon, R. D (Ruben D.)
- Title:High voltage circuit breakers : design and applications [electronic resource] / Ruben D. Garzon.
- Edition:2nd ed., rev. and expanded.
- Publisher:New York : Marcel Dekker, 2002.
- Physical Description:xvi, 432 p. : ill. ; 24 cm
- Series:Electrical and computer engineering; 114
- Notes:Includes bibliographical references and index
- Subject:Electric circuit-breakers.
- Subject:Electric power distribution -- High tension -- Equipment and supplies.
- dk1984_fm.pdf
- dk1984_01.pdf
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- dk1984_02.pdf
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- Table of Contents
- Chapter 2: Short Circuit Currents
- 2.0 INTRODUCTION
- 2.1 CHARACTERISTICS OF THE SHORT CIRCUIT CURRENT
- 2.2 CALCULATION OF SHORT CIRCUIT CURRENTS
- 2.3 UNBALANCED FAULTS
- 2.4 FORCES PRODUCED BY THE SHORT CIRCUIT CURRENTS
- REFERENCES
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- dk1984_03.pdf
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- Table of Contents
- Chapter 3: Transient Recovery Voltage
- 3.0 INTRODUCTION
- 3.1 TRANSIENT RECOVERY VOLTAGE: GENERAL CONCEPTS
- 3.2 CALCULATION OF TRANSIENT RECOVERY VOLTAGES
- REFERENCES
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- dk1984_04.pdf
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- Table of Contents
- Chapter 4: Switching Overvoltages
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- dk1984_05.pdf
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- Table of Contents
- Chapter 5: Types of Circuit Breakers
- 5.0 INTRODUCTION
- 5.1 CIRCUIT BREAKER CLASSIFICATIONS
- 5.2 AIR MAGNETIC CIRCUIT BREAKERS
- 5.3 AIR BLAST CIRCUIT BREAKERS
- 5.4 OIL CIRCUIT BREAKERS
- 5.5 SULFURHEXAFLUORIDE
- 5.5.1 Properties of SF6
- 5.5.2 Arc Decomposed By-Products
- 5.5.3 SF6 Environmental Considerations
- 5.5.4 Recycling of SF6
- 5.5.5 Current Interruption in SF6
- 5.5.6 Two Pressure SF6 Circuit Breakers
- 5.5.7 Single Pressure SF6 Circuit Breakers
- 5.5.8 Pressure Increase of SF6 Produced by an Electric Arc
- 5.5.9 Parameters Influencing SF6 Circuit Breaker Performance
- 5.5.10 SF6-Nitrogen Gas Mixture
- 5.6 VACUUM CIRCUIT BREAKERS
- REFERENCES
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- dk1984_06.pdf
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- Table of Contents
- Chapter 6: Mechanical Design
- 6.0 INTRODUCTION
- 6.1 CONTACT THEORY
- 6.2 MECHANICAL OPERATING CHARACTERISTICS
- 6.3 OPERATING MECHANISMS
- REFERENCES
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- dk1984_07.pdf
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- Table of Contents
- Chapter 7: Dielectric Design
- 7.0 INTRODUCTION
- 7.1 FUNDAMENTALS OF DIELECTRIC THEORY
- 7.2 TYPES OF INSULATION
- 7.3 AIR INSULATION
- 7.4 SF6 INSULATION
- 7.5 VACUUM INSULATION
- 7.6 SOLID INSULATION
- REFERENCES
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- dk1984_08.pdf
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- Table of Contents
- Chapter 8: A Comparison of High Voltage Circuit Breaker Standards
- 8.0 INTRODUCTION
- 8.1 RECOGNIZED STANDARDS ORGANIZATIONS
- 8.2 CIRCUIT BREAKER STANDARDS AND RATINGS COMPARISONS
- 8.3 VOLTAGE RELATED RATINGS
- 8.4 CURRENT RELATED RATINGS AND REQUIREMENTS
- 8.5 ADDITIONAL SWITCHING DUTIES
- 8.6 MECHANICAL REQUIREMENTS
- REFERENCES
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- dk1984_09.pdf
- dk1984_10.pdf
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- Table of Contents
- Chapter 10: Circuit Breaker Applications
- 10.0 INTRODUCTION
- 10.1 OVERLOAD CURRENTS AND TEMPERATURE RISE
- 10.2 INTERRUPTION OF CURRENT FROM HIGH XIR CIRCUITS
- 10.3 GENERATOR CIRCUIT BREAKER APPLICATIONS
- 10.4 APPLICATION FREQUENCIES OTHER THAN 50 OR 60 HERTZ
- 10.5 CAPACITANCE SWITCHING APPLICATIONS
- 10.6 REACTOR CURRENT SWITCHING, HIGH TRV APPLICATIONS
- 10.7 FERRORESONANCE
- 10.8 HIGH ALTITUDE DIELECTRIC CONSIDERATIONS
- 10.9 RECLOSING DUTY DERATING FACTORS
- 10.10 VACUUM CIRCUIT BREAKER APPLICATIONS
- 10.11 CHOOSING BETWEEN VACUUM OR SF6
- REFERENCES
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- dk1984_11.pdf
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- Table of Contents
- Chapter 11: Synchronous Switching and Condition Monitoring
- 11.0 INTRODUCTION
- 11.1 SYNCHRONOUS SWITCHING
- 11.2 CONDITION MONITORING OF CIRCUIT BREAKERS
- 11.3 MONITORED PARAMETERS SELECTION ANALYSIS
- 11.4 MONITORED SIGNALS MANAGEMENT
- 11.5 COST-BENEFIT ANALYSIS
- REFERENCES
- High Voltage Circuit Breakers, Design and Applications: Second Edition
- dk1984_app.pdf
- dk1998_app1.pdf
- dk1998_app2.pdf
- dk1998_app3.pdf
- dk1998_bib.pdf
- dk1998_gls.pdf
