1 - AS 2035-1983 DETERMINATION OF SHORT-CIRCUIT CURRENTS IN MARINE ALTERNATING CURRENT INSTALLATIONS
4 - PREFACE
4 - CONTENTS
5 - 1 SCOPE.
5 - 2 REFERENCED DOCUMENTS.
5 - 3 APPLICATION.
5 - 4 ASSUMPTIONS.
5 - 5 NUMERICAL DATA.
5 - 6 METHOD OF CALCULATION.
5 - 6.1 Determination of Short-circuit Currents.
5 - 6.2 Maximum Symmetrical Short-circuit Current.
6 - 6.3 Maximum Asymmetrical Short-circuit Current.
6 - 6.4 Minimum Symmetrical Short-circuit Current at a Point Not Located on the Main Busbars (r.m.s. value0
6 - 6.5 Maximum Asymmetrical Short-circuit Current of a Generator
6 - 6.6 Steady Short-circuit Current of a Generator.
7 - 6.7 Fault on a Network Separated from the Main Network by a Transformer
10 - APPENDIX A - SHORT-CIRCUIT CALCULATIONS-HYPOTHETICAL EXAMPLE
11 - APPENDIX B - EXAMPLE CALCULATION
11 - B1 MAXIMUM SYMMETRICAL SHORT-CIRCUIT CURRENT.
11 - B1.1 Fault Located on the Main Busbars.
12 - B1.2 Fault Located on Emergency Switchboard Busbars.
12 - B2 MAXIMUM ASYMMETRICAL SHORT-CIRCUIT CURRENT.
12 - B2.1 Fault Located on the Main Busbars.
12 - B2.2 Fault Located on Emergency Switchboard Busbars.
13 - B3 MINIMUM SYMMETRICAL SHORT-CIRCUIT CURRENT AT A POINT NOT LOCATED ON THE MAIN BUSBARS.
13 - B4 MAXIMUM ASYMMETRICAL SHORT-CIRCUIT CURRENT OF A GENERATOR
14 - B5 STEADY SHORT-CIRCUIT CURRENT OF A GENERATOR.
14 - B6 FAULT ON A NETWORK SEPARATED FROM THE MAIN NETWORK BY A TRANSFORMER.
14 - B6.1 Maximum Symmetrical Current for a Fault on the Transformer Low Voltage Bushbars
16 - B6.2 Maximum Peak Asymmetrical Current for a Fault at the Transformer Low Voltage Bushbars