Transformer Handbook-ABB

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CONTENTS

0. FOREWORD
1. INTRODUCTION
1.1. ABB-GROUP
1.2 ABB POWER TECHNOLOGIES BUSINESS UNIT TRANFORMERS

2. TRANSFORMER TYPES AND THIER APPLICATION
2.1 POWER GENNERATION, TRANSMISSION AND DISTRIBUTION
2.2 COMMON TRANSFORMER CHARACTERISTICS
2.3 DISTRIBUTION TRANSFORMERS
2.3.1 LARGE DISTRIBUTION TRANSFORMERS, LDT
2.3.2 MEDIUM DISTRIBUTION TRANSFORMERS, MDT
2.3.3 SMALL DISTRIBUTION TRANSFORMERS, SDT
2.3.4 DRY-TYPE DISTRIBUTION TRANSFORMERS
2.3.5 OTHER TRANSFORMER TYPES
2.4 POWER TRANSFORMERS
2.4.1 GENERATOR STEP UP TRANSFORMERS
2.4.2 STEP-DOWN TRANSFORMERS
2.4.3 SYSTEM INTERTIE TRANSFORMERS
2.4.4 INDUSTRIAL TRANSFORMERS
2.4.5 TRACTION TRANSFORMERS
2.5 REACTORS
2.5.1 SHUNT REACTORS
2.5.2 CURRENT LIMITING REACTIORS
2.5.3 NEUTRAL EARTHING REACTORS
2.5.4 CAPACITOR DAMPING REACTORS
2.5.5 TUNING (FILTER) REACTORS
2.5.6 EARTHING TRANSFORMERS (NEUTRAL COUPLERS)
2.5.7 ARC SUPPERSSION REACTORS
2.5.8 SMOOTHING REACTORS

3. QUALITY, INTERNAL CONTROL, SUSTAINABILITY
3.1 MANAGEMENT SYSTEMS
3.1.1 QUALITY
3.1.2 INTERNAL CONTROL
3.1.3 ENVIROMENTAL SYSTEM
3.1.4 SUSTAINABLE DEVELOPMENT
3.2 CUSTOMER REVIEW OF MANAGEMENT SYSTEMS
3.3 SAFETY PRECAUTIONS

4. LOSS CAPITALISATION ANS OPTIMUM TRANSFORMER DESIGN

5. INFORMATION REQUIRED WITH ENQUIRY AND ORDER
5.1 NORMAL INFORMATION
5.2 SPECIAL INFORMATION
5.3 PARALLEL OPERATIONS

6. TRANSFORMER DESIGN
6.1 CORES
6.2 WIDINGS
6.3 TANK
6.4 EARTH QUAKE WITHSTAND ABILITY

7. TRANSFORMER COMPONENTS
7.1 TERMINALS
7.1.1 BUSHINGS
7.1.2 CABLE CONNECTIONS
7.1.3 SF6 CONNECTIONS
7.2 COOLERS
7.2.1 READIATORS
7.2.2 CORRUGATED TANKS
7.2.3 FANS
7.2.4 FORCED OIL, FORCED AIR HEAT EXCHANGERS
7.2.5 OIL-WATER COOLERS
7.3.6 OIL PUMPS
7.3 VOLTAGE REGULATION EQUIPMENT
7.3.1 OFF CIRCUIT TAP CHANGERS
7.3.2 ON LOAD TAP CHANGERS
7.3.3 AUTOMATIC VOLTAGE REGULATION
7.4 ACCESSORIES
7.4.1 TYPES OF ACCESSORIES
7.4.2 POWER TRANSFORMER AND OIL IMMERSED REACTOR ACCESSORRIES
7.4.3 DISTRIBUTION TRANSFORMER ACCESSORIES

8. INSTALLATION AND COMMISSIONING
8.1 GENERAL
8.1.1 RESPONSIBILITIES
8.1.2 INCOTERMS (TRANSFER OF RESPONSIBILITY)
8.2 INSTALLATION
8.2.1 POWER-AND LARGE DISTRIBITION TRANSFORMER
8.2. DISTRIBUTION TRANSFORMERS
8.3 COMMISSIONING
8.3.1 ENERGISING
8.3.2 DOCUMENTATION

9. OPERATION, MONITORING AND MAINTENANCE
9.1 GENERAL PRECAUTIONS
9.2 OPERATION
9.2.1 LIFETIME
9.2.2 TEMPERATURE RISE AND LOAD CAPACITY
9.2.3 PARALLEL OPERATION
9.2.4 FREQUENCY
9.2.5 PROTECTION
9.3 MONITORING
9.3.1 GENERAL
9.3.2 HIGH LEVEL MONITORING
9.3.3 LOW LEVEL MONITORING
9.3.4 SPECTION IN ENERGISED CONDITION
9.3.5 INSPECTION IN DE-ENERGISED CONDITION
9.4 MAINTENANCE
9.4.1 GENERAL
9.4.2 MAINTENANCE IN ENERGISED CONDITION
9.4.3 MAINTENANCE IN DE-ENERGISED CONDITION
9.4.4 INVESTIGATION OF TRANSFORMER DISTURBANCES
9.4.5 TRANSFORMER LIQUID AND INSULATION
9.4.6 BUSHING AND JOINTS
9.4.7 OFF-CIRCUIT TAP CHANGER
9.4.8 ON-LAD TAP-CHANGER
9.4.9 MOTOR DRIVE UNIT
9.4.10 OIL FILTERING UNIT
9.4.11 COOLERS
9.4.12 LIQUID CONSERVATOR WITUH RUBBER DIAPHRAGM
9.4.13 GASKETS
9.4.14 DRY-TYPE TRANSFORMERS
9.4.15 SURFACE PROTECTION

10. DISPOSAL AFTER USE

11. PHYSICAL FUNDAMENTALS

12 THREE-PHASE TRANSFORMER CONNECTIONS

13 TRANSFORMER MATERIALS

14 TESTING OF TRANSFORMER
14.1 GENERAL REQUIREMENT
14.2 ROUNTINE TESTS
14.3 TYPE TESTS
14.4 SPECIAL TESTS

15. OVERVOLTAGE ANF OVERVOLTAGE LIMITATION

16. MISCELLANEOUS

17. BIBLIOGRAPHY

18. EXTRACTS FROM IEC 61936 (2002-10) POWER INSTALLATION EXCEEDING 1 KV A.C.-PART1: COMMON RULES

19. INDEX


Realated:
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