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REQUIREMENTS, TERMINOLOGY, AND TEST CODE FOR SHUNT REACTORS RATED OVER 500 KVA
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Available format(s): Hardcopy, PDF
Superseded date: 22-09-2021
Language(s): English
Published date: 01-08-2008
Publisher: Institute of Electrical & Electronics Engineers
1 Overview 1.1 Scope 1.2 Purpose2 Normative references3 Definitions 3.1 Shunt reactor 3.2 Rating of a shunt reactor 3.3 Insulation 3.4 Losses and impedance 3.5 Construction 3.6 Methods of cooling4 General requirements 4.1 Service conditions 4.2 Effect of air density on flashover voltage 4.3 Frequency 4.4 Effect of altitude on temperature rise 4.5 Electrical properties of insulating oil 4.6 Magnetic characteristics5 Basis for rating shunt reactors 5.1 kVA ratings 5.2 Terms in which rating is expressed6 Tests 6.1 General 6.2 Types of tests7 Losses and impedance 7.1 Total losses 7.2 Impedance8 Temperature rise 8.1 Life of insulating materials 8.2 Conditions under which temperature limits apply 8.3 Limits of temperature rise for continuous ratings9 Dielectric tests and insulation levels 9.1 Dielectric tests 9.2 Dielectric tests for line terminals 9.3 Basic lightning-impulse insulation levels and insulation test levels for neutral terminals10 Test code 10.1 General 10.2 Resistance measurements 10.3 General dielectric tests 10.4 Losses and impedance 10.5 Temperature-rise tests 10.6 Audible-sound-level test 10.7 Vibration tests on oil-immersed shunt reactors 10.8 Vibration tests on dry-type shunt reactors 10.9 Magnetic characteristic measurements 10.10 Seismic performance verification on oil-immersed and dry-type shunt reactors11 Construction for oil-immersed shunt reactors 11.1 Bushings 11.2 Bushing-type current transformers 11.3 Accessories 11.4 Terminal markings 11.5 Oil preservation 11.6 Oil-preservation systems 11.7 Tanks 11.8 Shunt reactor finish 11.9 Other equipment accessories12 Construction and installation of dry-type shunt reactors 12.1 General description 12.2 Safety 12.3 Magnetic clearances 12.4 Connections 12.5 Installed sound level 12.6 Concrete foundations 12.7 Switching - Circuit breakers 12.8 Protection practices for air-core shunt reactorsAnnex A (normative) Specific requirements for dry-type air-core thyristor-controlled reactorsAnnex B (informative) Dielectric stresses imposed on shunt reactors during switchingAnnex C (informative) Dielectric tests including information on wave shape controlAnnex D (informative) Bibliography
This standard Applies to all oil-immersed or dry-type, single-phase or three-phase, outdoor or indoor shunt reactors rated over 500 kVA.
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