IEC 60076-6:2007

FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Terms and definitions
   3.1 Types of reactor
   3.2 Other definitions
4 Symbols and abbreviations
5 Service conditions
   5.1 General
   5.2 Seismic conditions
6 Design, testing, tolerances and application
7 Shunt reactors
   7.1 General
   7.2 Design
   7.3 Terms and definitions
   7.4 Rating
   7.5 Temperature rise
   7.6 Insulation level
   7.7 Rating plates
   7.8 Tests
   7.9 Tolerances
8 Current-limiting reactors and neutral-earthing reactors
   8.1 General
   8.2 Design
   8.3 Terms and definitions
   8.4 Rating
   8.5 Ability to withstand rated thermal and rated mechanical
         short-circuit current
   8.6 Temperature rise
   8.7 Insulation level
   8.9 Tests
   8.10 Tolerances
9 Filter, damping and discharge reactors associated with
   capacitors
   9.1 General
   9.2 Design
   9.3 Terms and definitions
   9.4 Rating
   9.5 Ability to withstand rated thermal and rated mechanical
         short-circuit current
   9.6 Ability to withstand inrush or discharge current
   9.7 Temperature rise
   9.8 Insulation level
   9.9 Rating plates
   9.10 Tests
   9.11 Tolerances
10 Earthing transformers (neutral couplers)
   10.1 General
   10.2 Design
   10.3 Terms and definitions
   10.4 Rating
   10.5 Ability to withstand the rated short-time
         neutral current
   10.6 Temperature rise
   10.7 Insulation level
   10.8 Rating plates
   10.9 Tests
   10.10 Tolerances
11 Arc-suppression reactors
   11.1 General
   11.2 Design
   11.3 Terms and definitions
   11.4 Rating
   11.5 Temperature rise
   11.6 Insulation level
   11.7 Rating plates
   11.8 Tests
   11.9 Tolerances
12 Smoothing reactors
   12.1 General
   12.2 Design
   12.3 Terms and definitions
   12.4 Rating
   12.5 Temperature rise
   12.6 Insulation levels
   12.7 Rating plates
   12.8 Tests
   12.9 Tolerances
Annex A (informative) Information on shunt reactor switching
        and on special applications
Annex B (informative) Magnetic characteristic of reactors
Annex C (informative) Mutual reactance, coupling factor and
        equivalent reactances of three-phase reactors
Annex D (informative) Temperature correction of losses for
        liquid-immersed gapped-core and magnetically-shielded
        air-core reactors
Annex E (normative) Turn-to-turn overvoltage test for dry-type
        reactors
Annex F (informative) Short-circuit testing
Annex G (informative) Resistors - Characteristics, specification
        and tests
Bibliography

Applies to the following types of reactors: shunt reactors; series reactors including current-limiting reactors, neutral-earthing reactors, power flow control reactors, motor starting reactors, arc-furnace series reactors; filter (tuning) reactors; capacitor damping reactors; capacitor discharge reactors; earthing transformers (neutral couplers); arc-suppression reactors; smoothing reactors for HVDC and industrial application.