AS/NZS 1972:2006 ELECTRIC CABLES-UNDERGROUND COAL MINES-OTHER THAN REELING AND TRAILING
PREFACE
CONTENTS
SECTION 1 SCOPE AND GENERAL
1.1 SCOPE
1.2 APPLICATION
1.3 REFERENCED DOCUMENTS
1.4 DEFINITIONS
1.4.1 Communications circuit assembly
1.4.2 Electrically symmetrical
1.4.3 Nonhygroscopic
1.4.4 Pitch circle diameter
1.4.5 Shall
1.4.6 Should
1.4.7 Support member
1.4.8 Suspended length
1.4.9 Voltage designation
SECTION 2 0.6/1 (1.2) kV CABLES FOR FIXED APPARATUS
2.1 SCOPE OF SECTION
2.2 DESIGN
2.3 CONSTRUCTION
2.4 CONDUCTORS
2.5 FILLERS
2.6 SCREENS
2.6.1 General
2.6.2 Conductance
2.6.3 Additional requirement for cables with individually screened cores
2.7 COLLECTIVE TAPE SCREEN
2.7.1 General
2.7.2 Conductance
2.8 ARMOUR
2.8.1 Type of armour
2.8.2 Conductance
2.9 TESTS
SECTION 3 ARMOURED CABLES FOR USE AT WORKING VOLTAGES OF 1.9/3.3 (3.6) kV UP TO AND INCLUDING 19/33 (36) kV
3.1 SCOPE OF SECTION
3.2 CONDUCTORS
3.3 SCREENS FOR CABLES MANUFACTURED IN ACCORDANCE WITH AS/NZS 1429.1
3.3.1 General
3.3.2 Conductance
3.4 ARMOUR FOR CABLES MANUFACTURED IN ACCORDANCE WITH AS/NZS 1026
3.4.1 Type of armour
3.4.2 Conductance
3.5 OUTER SHEATH
3.6 MARKING
3.7 TESTS
SECTION 4 FEEDER CABLES
4.1 SCOPE OF SECTION
4.2 TYPES OF CABLES
4.3 CONSTRUCTION
4.3.1 Type A feeder cables
4.3.2 Type B feeder cables
4.4 CONDUCTORS
4.5 INSULATION
4.5.1 Material
4.5.2 Thickness
4.6 SCREENS
4.6.1 Construction
4.6.2 Coverage
4.6.3 Conductance
4.7 COVERING ON PILOT CORES
4.7.1 Material
4.7.2 Thickness
4.8 LAYING UP OF CORES
4.9 SHEATH
4.9.1 Material and application
4.9.2 Thickness
4.10 EXTERNAL MARKING OF CABLE
4.11 TESTS
SECTION 5 MACHINE CABLES
5.1 SCOPE OF SECTION
5.2 TYPES
5.3 DIMENSIONS FOR MACHINE CABLES
5.4 TYPE 1
5.4.1 Design
5.4.2 Conductors
5.4.3 Insulation
5.4.4 Screens
5.4.5 Fillers
5.4.6 Covering
5.4.7 Tests
5.5 TYPES 2 AND 2S
5.5.1 Design
5.5.2 Conductors
5.5.3 Semiconductive screens for 3.3/3.3 kV cables
5.5.4 Insulation
5.5.5 Screens
5.5.6 Fillers
5.5.7 Covering-Type 2 cables only
5.5.8 Sheath-Type 2S cables only
5.5.9 Pilot and control conductors
0 10 Tests
5.6 TYPES 3 AND 3S
5.6.1 Application
5.6.2 Design
5.6.3 Conductors
5.6.4 Insulation
5.6.5 Screens
5.6.6 Fillers
5.6.7 Covering-Type 3 cables only
5.6.8 Sheath-Type 3S cables only
5.6.9 Pilot conductor
5.6.10 Tests
5.7 TYPES 7 AND 7S
5.7.1 Conductors
5.7.2 Glass braid
5.7.3 Insulation
5.7.4 Screen
5.7.5 Covering-Type 7 cables only
5.7.6 Sheath-Type 7S cables only
5.7.7 Tests
5.8 TYPE 8
5.8.1 Design
5.8.2 Conductors
5.8.3 Insulation
5.8.4 Screens
5.8.5 Fillers
5.8.6 Pilot conductors
5.8.7 Covering
5.8.8 Tests
5.9 TYPE 9
5.9.1 Design
5.9.2 Conductors
5.9.3 Insulation
5.9.4 Core identification
5.9.5 Pairs and triads
5.9.6 Screens
5.9.7 Fillers
5.9.8 Covering
5.9.9 Tests
5.10 MARKING
5.10.1 Marking on cables
5.10.2 Marking of drums
SECTION 6 MINE SHAFT WINDER CABLES
6.1 SCOPE OF SECTION
6.2 DESIGN
6.3 CONDUCTORS
6.4 INSULATION
6.5 TEXTILE BRAIDING OVER CORES
6.6 CORE IDENTIFICATION
6.7 SCREENED COMMUNICATION CORES
6.8 SUPPORT MEMBERS
6.9 FILLERS AND BINDERS
6.10 LAY-UP OF CABLE CORES
6.11 TEXTILE BRAID OVER LAID-UP CORE ASSEMBLY
6.12 SHEATH
6.12.1 Material
6.12.2 Thickness
6.13 SUSPENDED LENGTHS
6.14 MARKING
6.14.1 Marking on cables
6.14.2 Marking of drums
6.15 TESTS
6.15.1 General
6.15.2 High voltage test on completed cable
6.15.3 Flexing test
APPENDIX A - INFORMATION TO BE SUPPLIED WITH ENQUIRY AND ORDER
APPENDIX B - RECOMMENDATIONS FOR THE SELECTION OF PAPER, OR POLYMERIC INSULATED CABLES
B1 SCOPE
B2 SYSTEM CATEGORIES
B3 CABLE SELECTION
APPENDIX C - TABLES OF DIMENSIONS FOR MACHINE CABLES
APPENDIX D - CALCULATION OF SUSPENDED LENGTHS FOR CABLES
