J and P Transformer Book
- 14th Edition - January 1, 2029
- Latest edition
- Authors: Ray Arnold, Martin Heathcote
- Language: English
- Hardback ISBN:9 7 8 - 0 - 0 8 - 0 9 6 6 1 8 - 2
- eBook ISBN:9 7 8 - 0 - 0 8 - 0 9 6 6 1 9 - 9
J and P Transformer Book, Fourteenth Edition is the latest in a series that has spanned 80 years as a classic reference book on professional power systems. It is the most comprehen… Read more
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J and P Transformer Book, Fourteenth Edition is the latest in a series that has spanned 80 years as a classic reference book on professional power systems. It is the most comprehensive coverage of transformers on the market, and is suitable for engineers involved in transformer design, manufacture, testing, procurement, application, operation, maintenance, condition assessment, and life extension.
As a widely used training source for those needing an introduction to transformer engineering, this new edition has been brought up-to-date with the latest research and practical developments in the subject, covering all of the latest IEEE, IEC, EN, and BS standards.
- Provides a uniquely respected reference book on the theory and applications for all aspects of transformer design and their operation and maintenance, all according to the latest standards
- Contains extended coverage of US and International reference standards and updates to the latest technologies in manufacture, modeling, and testing
- Includes detailed treatment of all topics, from the fundamentals upwards
Electrical and power system engineers involved in transformer design, manufacture, testing, procurement, application, operation, maintenance, condition assessment and life extension; transformer design and test engineers; power station engineers; technical sales personnel in transformer manufacturing industry; consultants to the power industry; students and researchers
1. Transformer theory
1.1 Introduction1.2 The ideal transformer: voltage ratio1.3 Leakage reactance: transformer impedance1.4 Losses in core and windings1.5 Rated quantities1.6 Regulation
2. Design Fundamentals
2.1 Types of transformers2.2 Phase relationships: phasor groups2.3 Volts per turn and flux density2.4 Tappings2.5 Impedance2.6 Multi-winding transformers including tertiary windings2.7 Zero-sequence impedance2.8 Double secondary transformers2.9 General case of three-winding transformer
3. Basic materials
3.1 Dielectrics3.2 Core steel3.3 Winding conductors3.4 Insulation3.5 Transformer oil
4. Transformer construction
4.1 Core construction4.2 Transformer windings4.3 Dispositions of windings4.4 Impulse strength4.5 Thermal considerations4.6 Tappings and tapchangers4.7 Winding forces and performance under short-circuit4.8 Tanks and ancillary equipment4.9 Processing and dry out
5. Testing of transformers
5.1 Testing and quality assurance during manufacture5.2 Final testing5.3 Possible additional testing for important transformers5.4 Transport, installation and commissioning
6. Operation and Maintenance
6.1 Design and layout of transformer installations6.2 Neutral earthing6.3 Transformer noise6.4 Parallel operation6.5 Transient phenomena occurring in transformers6.6 Transformer protection6.7 Maintenance in service6.8 Operation under abnormal conditions6.9 The influence of transformer connections upon third-harmonic voltages and currents
7. Special features of transformers for particular purposes
7.1 Generator transformers7.2 Other power station transformers7.3 Transmission transformers and autotransformers7.4 Transformers for HVDC converters7.5 Phase shifting transformers and quadrature boosters7.6 System transformers7.7 Interconnected star earthing transformers7.8 Distribution transformers7.9 Scott- and Le Blanc – connected transformers7.10 Rectifier transformers7.11 AC arc furnace transformers7.12 Traction transformers7.13 Generator neutral earthing transformers7.14 Transformers for electrostatic precipitators7.15 Reactors
8. Transformer enquiries and tenders
8.1 Transformer enquiries8.2 Assessment of tenders8.3 Economics of ownership and operation
Appendices
1. Transformer equivalent circuit2. Geometry of the transformer phasor diagram3. The transformer circle diagram4. Transformer regulation5. Symmetrical components in unbalanced three-phase systems6. A symmetrical component study of earth faults in transformers in parallel7. The use of finite-element analysis in the calculation of leakage flux and dielectric stress distributions8. List of national and international standards relating to power transformers9 List of principal CIGRE reports and papers relating to transformers10 List of reports available from ERA Technology Ltd
- Edition: 14
- Latest edition
- Published: January 1, 2029
- Language: English
MH
Martin Heathcote
Consultant specializing in power transformers, primarily working for utilities. In this context he has established working relationships with transformer manufacturers on several continents. His background with Ferranti and the UK’s Central Electricity Generating Board (CEGB) included transformer design and the management and maintenance of transformer-based systems.
Affiliations and expertise
International Transformer and Electrical Engineering Consultant