ISBN: 0750662689
Title: Newnes Electrical Power Engineer's Handbook, Second Edition
Author: Warne, D F
Publisher: Newnes
Publication Date: 2005-06-27
Number Of Pages: 480
* Frontmatter
- o Half Title Page
- o Title Page
- o Copyright
- o *******s
- o Acknowledgements
* Chapter 2. Principles of electrical engineering
- o 2.1 Nomenclature and units
- o 2.2 Electromagnetic fields
- o 2.3 Circuits
- o 2.4 Energy and power
- o References
- o 3.1 Introduction
- o 3.2 Magnetic materials
- o 3.3 Insulating materials
- o 3.4 Conducting materials
- o Acknowledgement
- o References
- o 4.1 Introduction
- o 4.2 Pressure
- o 4.3 Flow
- o 4.4 Temperature
- o 4.5 Position
- o 4.6 Level
- o 4.7 Weighing and force
- o 4.8 Acceleration and speed
- o 4.9 Current
- o 4.10 HART and Fieldbus
- o 4.11 Data acquisition
- o 4.12 Installation notes
- o 5.1 Introduction
- o 5.2 Main generator types
- o 5.3 Principles of operation
- o 5.4 The Automatic Voltage Regulator (AVR)
- o 5.5 Brushless excitation
- o 5.6 Construction
- o 5.7 Rating and specification
- o 5.8 Testing
- o 5.9 Standards
- o 6.1 Principles of operation
- o 6.2 Main features of construction
- o 6.3 Main classes of transformer
- o 6.4 Rating principles
- o 6.5 Test methods
- o 6.6 Commissioning, maintenance and repair
- o 6.7 Standards
- o 7.1 Introduction
- o 7.2 Principles of operation
- o 7.3 Low-voltage switchgear
- o 7.4 Medium-voltage (distribution) switchgear
- o 7.5 High-voltage (transmission) switchgear
- o 7.6 DC switchgear
- o References
- o 8.1 Protection and co-ordination
- o 8.2 Fuses
- o 8.3 Protection relays
- o References
- o 9.1 Scope
- o 9.2 Principles of power cable design
- o 9.3 Main classes of cable
- o 9.4 Parameters and test methods
- o 9.5 Optical communication cables
- o 9.6 Standards
- o References
- o 10.1 Introduction
- o 10.2 The direct current (DC) motor
- o 10.3 The cage induction motor
- o 10.4 The slipring induction motor
- o 10.5 The ac synchronous motor
- o 10.6 The brushless servomotor
- o 10.7 The reluctance motor
- o 10.8 The switched reluctance motor
- o 10.9 Mechanical and duty cycle considerations
- o 10.10 Drive power circuits
- o 10.11 Effects of semiconductor power converters
- o 10.12 The commercial drive
- o 10.13 Standards
- o References
- o 11.1 Introduction
- o 11.2 Diode converters
- o 11.3 Active devices
- o 11.4 Principles of switching circuits
- o 11.5 High-frequency power supplies
- o 11.6 Standards
- o References
- o 12.1 Introduction
- o 12.2 Primary cells
- o 12.3 Secondary cells based upon aqueous electrolytes
- o 12.4 Secondary lithium ion cells
- o 12.5 Fuel cells
- o 12.6 Battery charging
- o 12.7 Battery monitoring
- o 12.8 Installation, testing and commissioning
- o 12.9 Operation and maintenance
- o 12.10 Standards
- o References
- o 13.1 Introduction
- o 13.2 Generation
- o 13.3 Transmission
- o 13.4 Distribution
- o 13.5 De-regulation and privatization
- o 13.6 Future trends
- o References
- o 14.1 Power quality
- o 14.2 Electromagnetic compatibility
- o 14.3 Standards
- o References
- o 15.1 Introduction
- o 15.2 EU directives
- o 15.3 UK legislation
- o 15.4 Area classification
- o 15.5 Hazardous area equipment
- o 15.6 Equipment selection
- o 15.7 Equipment installation
- o 15.8 Inspection and maintenance
- o References
- o 16.1 Injuries from electricity
- o 16.2 Precautions against electric shock and contact burn injuries
- o 16.3 Precautions against arc and flashover burn injuries
- o 16.4 Precautions against fire
- o 16.5 Precautions against explosions
- o 16.6 Preventive maintenance and safe systems of work
- o 16.7 Standards
- o References
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