1 - AS 2006-1986 HIGH VOLTAGE A.C. SWITCHGEAR AND CONTROLGEAR - CIRCUIT-BREAKERS FOR RATED VOLTAGES ABOVE 1000 V
4 - PREFACE
5 - CONTENTS
8 - 1. SCOPE AND GENERAL
8 - 1.1 SCOPE.
8 - 1.2 APPLICATION.
8 - 1.3 REFERENCED DOCUMENTS.
8 - 2. SERVICE CONDITIONS
8 - 2.1 NORMAL SERVICE CONDITIONS.
8 - 2.2 SPECIAL SERVICE CONDITIONS.
8 - 3. DEFINITIONS
8 - 3.1 GENERAL.
9 - 3.101 GENERAL TERMS.
9 - 3.101.1 Switchgear and controlgear
9 - 3.101.2 Indoor switchgear and controlgear
9 - 3.101.3 Outdoor switchgear and controlgear
9 - 3.101.4 Short-circuit current
9 - 3.101.5 Isolated neutral system
9 - 3.101.6 Resonant earthed system (system earthed through an arc-suppression coil)
9 - 3.101.7 Earthed neutral system
9 - 3.101.8 Earth-fault factor at a selected location of a three-phase system (generally the point of installation of equipment)
9 - 3.101.9 Ambient air-temperature
9 - 3.101.10 Temperature rise (of a part of a circuit-breaker)
9 - 3.101.11 Single capacitor bank
9 - 3.101.12 Multiple (parallel) capacitor bank (back-to-back capacitor bank)
9 - 3.101.13 Overvoltage
9 - 3.101.14 Out-of-phase conditions
9 - 3.101.15 Out-of-phase (as prefix to a characteristic quantity)
9 - 3.101.16 Unit test
9 - 3.101.17 Loop
9 - 3.101.18 Short-line fault
9 - 3.101.19 Power factor (of a circuit)
9 - 3.101.20 External insulation
9 - 3.101.21 Internal insulation
9 - 3.101.22 Self-restoring insulation
9 - 3.101.23 Non-self-restoring insulation
10 - 3.101.24 Disruptive discharge
10 - 3.102 SWITCHING DEVICES.
10 - 3.102.1 Switching device
10 - 3.102.2 Mechanical switching device
10 - 3.102.3 Circuit-breaker
10 - 3.102.4 Dead tank circuit-breaker
10 - 3.102.5 Live tank circuit-breaker
10 - 3.102.6 Air circuit-breaker
10 - 3.102.7 Oil circuit-breaker
10 - 3.102.8 Gas-blast circuit breaker
10 - 3.102.9 Sulphur hexafluoride circuit-breaker
10 - 3.102.10 Air-blast circuit-breaker
10 - 3.102.11 Vacuum circuit-breaker
10 - 3.102.12 Restrike-free circuit-breaker
10 - 3.103 PARTS OF CIRCUIT-BREAKERS.
10 - 3.103.1 Pole
10 - 3.103.2 Main circuit
10 - 3.103.3 Control circuit
10 - 3.103.4 Auxiliary circuit
10 - 3.103.5 Contact
10 - 3.103.6 Contact piece
10 - 3.103.7 Main contact
10 - 3.103.8 Arcing contact
10 - 3.103.9 Control contact
10 - 3.103.10 Auxiliary contact
10 - 3.103.11 Auxiliary switch
10 - 3.103.12 ‘a’ contact, make contact
10 - 3.103.13 ‘b’ contact, break contact
10 - 3.103.14 Sliding contact
10 - 3.103.15 Rolling contact
10 - 3.103.16 Release
10 - 3.103.17 Arc control device
10 - 3.103.18 Position indicating device
10 - 3.103.19 Connection (bolted or the equivalent)
10 - 3.103.20 Terminal (151-01-03)
10 - 3.103.21 Making (or breaking) unit
10 - 3.103.22 Module (of a pole of a circuit-breaker)
10 - 3.104 OPERATION.
10 - 3.104.1 Operation
10 - 3.104.2 Operating cycle
10 - 3.104.3 Operating sequence
10 - 3.104.4 Closing operation
10 - 3.104.5 Opening operation
10 - 3.104.6 Auto-reclosing
10 - 3.104.7 Positive opening operation
10 - 3.104.8 Positively driven operation
10 - 3.104.9 Dependent manual operation
10 - 3.104.10 Dependent power operation
10 - 3.104.11 Stored energy operation
10 - 3.104.12 Independent manual operation
10 - 3.104.13 Closed position
10 - 3.104.14 Open position
10 - 3.104.15 Fixed trip circuit-breaker
10 - 3.104.16 Trip-free circuit-breaker
10 - 3.104.17 Instantaneous release
10 - 3.104.18 Making-current release
10 - 3.104.19 Overcurrent release
10 - 3.104.20 Definite time-delay overcurrent release)
10 - 3.104.21 Inverse time-delay overcurrent release)
10 - 3.104.22 Direct overcurrent release
10 - 3.104.23 Indirect overcurrent release
10 - 3.104.24 Shunt release
11 - 3.104.25 Undervoltage release
11 - 3.104.26 Reverse current release (d.c. only)
11 - 3.104.27 Operating current (of an overcurrent release)
11 - 3.104.28 Current setting (of an overcurrent release)
11 - 3.104.29 Current setting range (of an overcurrent release)
11 - 3.104.30 Anti-pumping device
11 - 3.104.31 Interlocking device
11 - 3.104.32 Circuit-breaker with lock-out preventing closing
11 - 3.105 CHARACTERISTIC QUANTITIES OF CIRCUIT-BREAKERS.
11 - 3.105.1 Rated value
11 - 3.105.2 Prospective current (of a circuit and with respect to a circuit-breaker)
11 - 3.105.3 Prospective peak current
11 - 3.105.4 Peak current
11 - 3.105.5 Prospective symmetrical current (of an a. c. circuit)
11 - 3.105.6 Maximum prospective peak current (of an a.c. circuit)
11 - 3.105.7 Prospective making current (for a pole of a circuit-breaker)
11 - 3.105.8 (Peak) making current
11 - 3.105.9 Prospective breaking current (for a pole of a circuit-breaker)
11 - 3.105.10 Breaking current (of a switching device)
11 - 3.105.11 Critical (breaking) current
11 - 3.105.12 Breaking capacity
11 - 3.105.13 Line-charging (line off-load) breaking capacity)
11 - 3.105.14 Cable-charging (cable off-load) breaking capacity
11 - 3.105.15 Capacitor bank breaking capacity
11 - 3.105.16 Making capacity
11 - 3.105.17 Out-of-phase (making or breaking) capacity
11 - 3.105.18 Short-circuit making capacity
11 - 3.105.19 Short-circuit breaking capacity
11 - 3.105.20 Short-time withstand current
11 - 3.105.21 Peak withstand current
11 - 3.105.22 Applied voltage
11 - 3.105.23 Recovery voltage
11 - 3.105.24 Transient recovery voltage (TRV)
11 - 3.105.25 Prospective transient recovery voltage (of a circuit)
11 - 3.105.26 Power frequency recovery voltage
11 - 3.105.27 Peak arc voltage
11 - 3.105.28 Clearance
11 - 3.105.29 Clearance between poles
11 - 3.105.30 Clearance to earth
11 - 3.105.31 Clearance between open contacts
11 - 3.105.32 Opening time
12 - 3.105.33 Arcing time
12 - 3.105.34 Break time
12 - 3.105.35 Closing time
12 - 3.105.36 Make time
12 - 3.105.37 Pre-arcing time
12 - 3.105.38 Open-close time (during auto reclosing)
12 - 3.105.39 Dead time (during auto-reclosing)
12 - 3.105.40 Reclosing time
12 - 3.105.41 Re-make time (during reclosing)
12 - 3.105.42 Close-open time
12 - 3.105.43 Make-break time
12 - 3.105.44 Minimum trip duration
12 - 3.105.45 Minimum close duration
12 - 3.105.46 Re-ignition
12 - 3.105.47 Restrike
12 - 3.105.48 Normal current
12 - 3.105.49 Peak factor (of the line transient voltage)
12 - 3.105.50 First-pole-to-clear factor of a three-phase system, and at the location of a circuit- breaker)
12 - 3.105.51 Insulation level
12 - 3.105.52 Power frequency withstand voltage
13 - 3.105.53 Impulse withstand voltage
13 - 3.105.54 Initial transient recovery voltage (ITRV)
22 - 4. RATINGS
22 - 4.0 LIST OF RATINGS.
22 - 4.1 RATED VOLTAGE.
22 - 4.2 RATED INSULATION LEVEL.
22 - 4.3 RATED FREQUENCY.
22 - 4.4 RATED NORMAL CURRENT AND TEMPERATURE RISE
22 - 4.5 RATED SHORT-TIME WITHSTAND CURRENT.
22 - 4.6 RATED PEAK WITHSTAND CURRENT.
22 - 4.7 RATED DURATION OF SHORT-CIRCUIT.
23 - 4.8 RATED SUPPLY VOLTAGE OF CLOSING AND OPENING DEVICES AND AUXILIARY CIRCUITS.
23 - 4.9 RATED SUPPLY FREQUENCY OF OPERATING DEVICES AND AUXILIARY CIRCUITS.
23 - 4.10 RATED PRESSURE OF COMPRESSED GAS SUPPLY FOR OPERATION OR INTERRUPTION.
23 - 4.11 RATED MECHANICAL LOAD OF TERMINALS.
23 - 4.101 RATED SHORT-CIRCUIT BREAKING CURRENT.
23 - 4.101.0 General.
24 - 4.101.1 A.C. component.
24 - 4.101.2 D.C. component.
24 - 4.102 RATED TRV FOR TERMINAL FAULTS.
24 - 4.102.0 General.
25 - 4.102.1 Representation of TRV waves.
25 - 4.102.2 Representation of rated TRV.
25 - 4.102.3 Standard values of rated TRV.
29 - 4.102.4 Standard values of rated ITRV.
29 - 4.103 RATED SHORT-CIRCUIT MAKING CURRENT.
29 - 4.104 RATED OPERATING SEQUENCE.
30 - 4.105 RATED CHARACTERISTICS FOR SHORTLINE FAULTS
32 - 4.106 RATED OUT-OF-PHASE BREAKING CURRENT
33 - 4.107 RATED LINE-CHARGING BREAKING CURRENT
33 - 4.108 RATED CABLE-CHARGING BREAKING CURRENT
34 - 4.109 RATED SINGLE CAPACITOR BANKBREAKING CURRENT
34 - 4.110 RATED BACK-TO-BACK CAPACITOR BANK BREAKING CURRENT
35 - 4.111 RATED CAPACITOR BANK INRUSH MAKING CURRENT
35 - 4.112 RATED SMALL INDUCTIVE BREAKING CURRENT.
35 - 4.113 RATED TIME QUANTITIES.
35 - 4.113. 0 General.
35 - 4.113. 1 Rated break time.
35 - 4.114 COORDINATION OF RATED VALUES.
38 - 5. DESIGN AND CONSTRUCTION
38 - 5.1 REQUIREMENTS FOR LIQUIDS AND GASES IN CIRCUIT-BREAKERS
38 - 5.2 REQUIREMENTS FOR GASES IN CIRCUIT-BREAKERS.
38 - 5.3 EARTHING OF CIRCUIT-BREAKERS.
38 - 5.4 AUXILIARY EQUIPMENT.
38 - 5.5 DEPENDENT POWER CLOSING-OPENING.
38 - 5.6 STORED ENERGY CLOSING-OPENING.
38 - 5.7 OPERATION OF RELEASES.
38 - 5.7.101 Overcurrent release.
38 - 5.7.102 Multiple releases.
38 - 5.8 LOW AND HIGH PRESSURE INTERLOCKING DEVICES
38 - 5.9 NAMEPLATES.
38 - 5.101 REQUIREMENTS FOR SIMULTANEITY OF POLES
38 - 5.102 GENERAL REQUIREMENTS FOR OPERATION.
40 - 5.103 PRESSURE LIMITS OF COMPRESSED GAS FOR INTERRUPTION IN GAS-BLAST CIRCUIT-BREAKERS.
40 - 5.104 VENT OUTLETS.
40 - 6. TYPE TESTS
40 - 6.0 GENERAL.
40 - 6.1 DIELECTRIC TESTS
40 - 6.1.1 Ambient air conditions during test.
40 - 6.1.2 Wet test procedure.
40 - 6.1.3 Condition of circuit-breaker during dielectric tests
40 - 6.1.4 Application of test voltage and test conditions.
40 - 6.1.5 Test voltage.
40 - 6.1.6 Lightning and switching impulse voltage tests.
41 - 6.1.7 Power-frequency voltage withstand tests.
41 - 6.1.8 Artificial pollution tests.
41 - 6.1.9 Partial discharge tests.
41 - 6.1.10 Test on auxiliary and control circuits.
42 - 6.2 RADIO INTERFERENCE VOLTAGE (RIV) TESTS
42 - 6.3 TEMPERATURE-RISE TESTS.
42 - 6.3.1 Condition of the circuit-breaker to be tested.
42 - 6.3.2 Arrangement of equipment.
42 - 6.3.3 Measurement of the temperature and the temperature rise
42 - 6.3.4 Ambient air temperature.
42 - 6.3.5 Temperature-rise test of auxiliary equipment.
42 - 6.3.6 Interpretation of the temperature-rise test.
42 - 6.4 MEASUREMENT OF THE RESISTANCE OF THE MAIN CIRCUIT
42 - 6.5 SHORT-TIME WITHSTAND CURRENT AND PEAK WITHSTAND CURRENT TEST.
42 - 6.5.0 General.
42 - 6.5.1 Arrangement of the circuit-breaker and of the test circuit
42 - 6.5.2 Test current and duration.
42 - 6.5.3 Behaviour of circuit-breaker during test.
42 - 6.5.4 Conditions of circuit-breaker after tests.
42 - 6.101 MECHANICAL AND ENVIRONMENTAL TESTS.
42 - 6.101.1 Miscellaneous provisions for mechanical and environmental tests.
43 - 6.101.2 Mechanical operation test at ambient temp-erature.
43 - 6.101.3 Low and high temperature test.
47 - 6.101.4 Humidity tests.
47 - 6.101.5 Test to prove the operation in severe ice conditions
47 - 6.101.6 Guide for static terminal load test.
51 - 6.102 MISCELLANEOUS PROVISIONS FOR MAKING AND BREAKING TESTS.
51 - 6.102.1 General.
51 - 6.102.2 Arrangement of circuit-breaker for tests.
52 - 6.102.3 General considerations concerning indirect testing methods.
53 - 6.102.4 Synthetic testing.
53 - 6.102.5 No-load operations before tests.
54 - 6.102.6 Alternative closing mechanisms.
54 - 6.102.7 Behaviour of circuit-breaker during tests.
54 - 6.102.8 Condition of circuit-breaker after tests.
55 - 6.102.9 Circuit-breakers with short arcing times.
56 - 6.103 TEST CIRCUITS FOR SHORT-CIRCUIT MAKING AND BREAKING TESTS.
56 - 6.103.1 Power factor.
56 - 6.103.2 Frequency.
56 - 6.103.3 Earthing of test circuit.
57 - 6.103.4 Connection of test circuit to circuit-breaker.
57 - 6.104 SHORT-CIRCUIT TEST QUANTITIES.
57 - 6.104.0 General.
57 - 6.104.1 Applied voltage before short-circuit making tests
57 - 6.104.2 Short-circuit (peak) making current.
59 - 6.104.3 Short-circuit breaking current.
60 - 6.104.4 D.C. component of short-circuit breaking current
60 - 6.104.5 Transient recovery voltage for terminal faults.
66 - 6.104.6 Measurement of TRV.
66 - 6.104.7 Power-frequency recovery voltage.
66 - 6.105 SHORT-CIRCUIT TEST PROCEDURE.
66 - 6.105.1 Time interval between tests.
66 - 6.105.2 Application of auxiliary power to the opening release-breaking tests
66 - 6.105.3 Application of auxiliary power to the opening release-make-break tests
66 - 6.105.4 Latching on short-circuit.
67 - 6.105.5 Invalid tests.
67 - 6.106 BASIC SHORT-CIRCUIT TEST DUTIES.
67 - 6.106.0 General.
67 - 6.106.1 Test Duty 1.
67 - 6.106.2 Test Duty 2.
68 - 6.106.3 Test Duty 3.
68 - 6.106.4 Test Duty 4.
68 - 6.106.5 Test Duty 5.
68 - 6.107 CRITICAL CURRENT TESTS.
68 - 6.107.1 Applicability.
68 - 6.107.2 Test currents.
68 - 6.107.3 Critical current Test Duties.
68 - 6.108 SINGLE-PHASE SHORT-CIRCUIT TESTS.
68 - 6.108.1 Applicability.
68 - 6.108.2 Test current and recovery voltage.
69 - 6.108.3 Test Duty.
69 - 6.109 SHORT-LINE FAULT TESTS.
69 - 6.109.1 Applicability.
69 - 6.109.2 Test current.
69 - 6.109.3 Test circuits.
69 - 6.109.4 Transient recovery voltage.
69 - 6.109.5 Test Duties.
70 - 6.109.6 Short-line fault tests with a test supply of limited power
70 - 6.110 OUT-OF-PHASE SWITCHING TESTS.
70 - 6.110.1 Applicability.
70 - 6.110.2 Test circuits.
70 - 6.110.3 Test voltages.
70 - 6.110.4 Test Duties.
70 - 6.111 CAPACITIVE CURRENT SWITCHING TESTS.
70 - 6.111.1 Applicability.
70 - 6.111.2 General.
72 - 6.111.3 Characteristics of supply circuits.
72 - 6.111.4 Earthing of the supply circuit.
73 - 6.111.5 Characteristics of the capacitive circuit to be switched.
73 - 6.111.6 Waveform of the current.
73 - 6.111.7 Test voltage.
74 - 6.111.8 Test Duties.
74 - 6.111.9 Test results.
75 - 6.112 MAGNETIZING AND SMALL INDUCTIVE SWITCHING TESTS.
75 - 6.112.1 Transformer magnetizing current for circuit-breakers with rated voltages of 100 kV and above.
75 - 6.112.2 Transformer magnetizing current for circuit-breakers with rated voltages below 100 kV
75 - 6.112.3 Transformer with a tertiary winding loaded with reactors
75 - 6.112.4 Shunt reactors.
75 - 6.112.5 High voltage motors.
75 - 6.113 EVOLVING-FAULT AND PARALLEL BREAKING TESTS
76 - 7. ROUTINE TESTS
76 - 7.0 GENERAL.
76 - 7.1 POWER-FREQUENCY VOLTAGE WITH-STAND DRY TESTS ON THE MAIN CIRCUIT.
76 - 7.2 VOLTAGE WITHSTAND TESTS ON AUXILIARY AND CONTROL CIRCUITS
76 - 7.3 MEASUREMENT OF THE RESISTANCE OF THE MAIN CIRCUIT
76 - 7.101 MECHANICAL OPERATING TESTS.
76 - 7.101.1 General.
76 - 7.101.2 Test sequences.
76 - 7.101.3 Performance of control and auxiliary equipment.
76 - 7.101.4 General measurements, inspection and tests for equipment performance
76 - 7.101.5 Performance of overcurrent releases.
77 - 7.101.6 Performance of under-voltage releases.
77 - 7.102 DESIGN AND VISUAL CHECKS.
77 - 8. GUIDE TO SELECTION OF CIRCUIT-BREAKERS FOR SERVICE
77 - 8.101 GENERAL.
78 - 8.102 SELECTION OF RATED VALUES FOR NORMAL SERVICE CONDITIONS.
78 - 8.102.1 Selection of rated voltage.
78 - 8.102.2 Insulation coordination.
78 - 8.102.3 Rated frequency.
78 - 8.102.4 Selection of rated normal current.
78 - 8.102.5 Local atmospheric and climatic conditions.
78 - 8.102.6 Use at high altitudes.
78 - 8.103 SELECTION OF RATED VALUES FOR FAULT CONDITIONS.
78 - 8.103.1 Selection of rated short-circuit breaking current
79 - 8.103.2 Selection of rated TRV, first-pole-to-clear factor and rated characteristics for short-line faults.
79 - 8.103.3 Selection of out-of-phase characteristics.
80 - 8.103.4 Selection of rated short-circuit-making current
80 - 8.103.5 Operating sequence in service.
80 - 8.103.6 Selection of rated duration of short-circuit (for circuit-breakers not filled with direct overcurrent releases)
80 - 9. INFORMATION TO BE GIVEN WITH ENQUIRIES, TENDERS AND ORDERS
80 - 9.101 INFORMATION TO BE GIVEN WITH ENQUIRIES AND ORDERS
81 - 9.102 INFORMATION TO BE GIVEN WITH TENDERS
82 - 10. TRANSPORT, STORAGE, ERECTION, MAINTENANCE AND GUIDE FOR COMMISSIONING TESTS
82 - 10.1 CONDITIONS DURING TRANSPORT, STORAGE AND ERECTION
82 - 10.2 ERECTION.
82 - 10.3 MAINTENANCE.
82 - 10.3.0 General.
82 - 10.3.101 Resistors and capacitors.
82 - 10.101 GUIDE FOR COMMISSIONING TESTS.
82 - 10.101.1 Purpose of tests.
82 - 10.101.2 Performance of tests.
82 - 11. QUALITY CONTROL DURING MANUFACTURE
83 - APPENDIX AA - CALCULATION OF TRANSIENT RECOVERY VOLTAGES FOR SHORT-LINE FAULTS FROM RATED CHARACTERISTICS
83 - AA1 BASIC APPROACH.
83 - AA2 INITIAL VOLTAGE TO EARTH.
85 - AA3 TRANSIENT VOLTAGE ON LINE SIDE.
85 - AA4 TRANSIENT VOLTAGE ON SOURCE SIDE.
86 - AA5 EXAMPLE OF CALCULATION.
87 - AA6 EXAMPLE OF CALCULATION FOR A SHORT- LINE FAULT TEST
87 - AA6.1 General.
87 - AA6.2 Unit test based on line- side unit.
89 - APPENDIX BB - CAPACITOR BANK INRUSH CURRENTS
91 - APPENDIX CC - RECORDS AND REPORTS OF TYPE TESTS FOR MAKING, BREAKING AND SHORT-TIME CURRENT PERFORMANCE
91 - CC1 INFORMATION AND RESULTS TO BE RECORDED.
91 - CC2 INFORMATION TO BE INCLUDED IN REPORTS.
91 - CC2.1 General.
91 - CC2.2 Apparatus tested.
91 - CC2.3 Rating assigned by manufacturer.
92 - CC2.4 Test conditions (for each series of tests).
92 - CC2.5 Short-circuit breaking and making tests.
92 - CC2.6 Short-time current test.
92 - CC2.7 No-load operation.
92 - CC2.8 Out-of-phase making and breaking tests.
92 - CC2.9 Capacitive current switching tests.
93 - CC2.10 Oscillographic and other records.
94 - APPENDIX DD - DETERMINATION OF SHORT-CIRCUIT POWER FACTOR
94 - DD1 INTRODUCTION.
94 - DD2 METHOD 1- CALCULATION FROM CIRCUIT CONSTANTS.
94 - DD3 METHOD 2- DETERMINATION FROM DC COMPONENT.
94 - DD4 METHOD 3- DETERMINATION WITH PILOT GENERATOR.
96 - APPENDIX EE - METHOD OF DRAWING THE ENVELOPE OF THE PROSPECTIVE TRV OF A CIRCUIT AND DETERMINING THE REPRESENTATIVE PARAMETER
96 - EE1 INTRODUCTION.
96 - EE2 DRAWING THE ENVELOPE.
96 - EE3 DETERMINATION OF PARAMETERS.
99 - APPENDIX FF - METHODS OF DETERMINING PROSPECTIVE TRANSIENT RECOVERY VOLTAGE WAVES
99 - FF1 INTRODUCTION.
100 - FF2 GENERAL SUMMARY OF THE RECOMMENDED METHODS.
100 - FF3 DETAILED CONSIDERATION OF THE RECOMMENDED METHODS.
100 - FF3.1 Group 1- Direct short-circuit breaking.
101 - FF3.2 Group 2-Power-frequency current injection.
102 - FF3.3 Group 3-Capacitance current injection.
102 - FF3.4 Groups 2 and 3-Methods of calibration.
103 - FF3.5 Group 4-Model networks.
103 - FF3.6 Group 5-Calculation from circuit parameters.
103 - FF3.7 Group 6-No-load switching of testing systems including transformers.
103 - FF4 COMPARISON OF THE METHODS.
103 - FF5 APPROXIMATION OF TRV FOR INDICATION OF SEVERITY.
112 - APPENDIX GG - TIGHTNESS SPECIFICATIONS AND TESTS
112 - GG0 SCOPE..
112 - GG1 GAS TIGHTNESS.
112 - GG1.1 Application.
112 - GG1.2 Definitions.
113 - GG1.3 Specifications for gas tightness.
113 - GG1.4 Tests.
116 - GG2 LIQUID TIGHTNESS.
116 - GG2.1 Application.
116 - GG2.2 Definitions.
116 - GG2.3 Specifications for liquid tightness.
117 - GG2.4 Tests.
118 - APPENDIX HH - EXAMPLE OF A COMMISSIONING TEST PROGRAM
118 - HH1 CHECKS AFTER ERECTION.
118 - HH1.1 General.
118 - HH1.2 Electrical circuits.
118 - HH1.3 Insulation and/ or extinguishing fluid(s).
118 - HH2 MECHANICAL TESTS AND MEASUREMENTS.
118 - HH2.1 Measurements of characteristic operating fluid pressures (if applicable).
119 - HH2.2 Measurement of consumption during operations (if applicable).
119 - HH2.3 Verification of the rated operating sequence.
119 - HH2.4 Measurement of time quantities.
119 - HH2.5 Checks of certain specific operations.
120 - HH3 ELECTRICAL TESTS AND MEASUREMENTS.
120 - HH3.1 Dielectric tests.
120 - HH3.2 Measurement of the resistance of the main circuit.
121 - APPENDIX JJ - ITEMS SUBJECT TO AGREEMENT BETWEEN THE PURCHASER AND THE MANUFACTURER
123 - ANNEX - SUMMARY OF TECHNICAL VARIATIONS BETWEEN THIS STANDARD AND THE IEC DOCUMENTS LISTED IN THE PREFACE