Strana 55 z 288
Poznámky redaktora
2.3.7 81
Types air-termination systems
2.1.1.2.1 84
Aluminium air-termination rods
2.2.2.3 145
Solutions
2.2.3.2.1.6 136
Type tests for insulated conductors
2.1 59
Rolling sphere method
2.7.13.1.1 97
Number and arrangement
2.2.2 143
Assignment the zones
2.2 84
Isolated air-termination systems
2.2.2 131
Insulated external lightning protection system with insulators
2.4 68
Use natural components
2.1.9 112
Use natural components
2.1.2.11 115
High-voltage-resistant, insulated conductor
2.8 140
Selection aid, isCon®
conductors
2.2.4 149
Earthing systems
Chapter The external lightning protection system
TBS
Blitzschutz-Leitfaden
2018
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2020/01/10
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2020/01/10
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14:42:54
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Chapter The external lightning protection system
.2.5 71
Separation distance
2.5 104
Failure criteria
2.2.2.3 141
Lightning protection potentially explosive areas
2.2 67
Changes length due temperature
2.4 66
Protection against lateral impact
2.7.1.1.2 85
Tele rod systems
2.7.7.1 117
Non-isolated lightning protection system
2.2 96
Down-conductors
2.1.1.1.13 129
New technical specification IEC 62561-8
2.1.2.1.2.1 141
Basic principles
2.12.2.13.6 76
Wind load
2.3 88
Installation principle, building with flat roof
2.2 102
Masonry
2.4 103
Distances and setting depth
2.10 114
Equipotential areas reference layer
2.3 100
Fastening substrates
2.3.1.2.1.13.13.2 99
Fastening principles
2.1.1.1.2.1 57
Air-termination systems
2.6 105
Types anchors
2.1 58
Planning methods for air-termination systems
2.3 67
External lightning protection for roof structures
2.1.2.13.2.2 82
Insulated air-termination rods with internal isCon®
conductor
2.3 119
High-voltage-resistant, insulated isCon®
conductor
2.7.4 92
Installation principle for building with pitched/gabled roof
2.1.1.13.2.13.2.7.2.1.3 86
GRP rods
2.7 108
Fastening steel structures
2.57
The external lightning protection system
2.1 101
Concrete
2.3 132
Isolated external lightning protection system with insulated, high-voltage-resistant con-
ductors
2.3.2 63
Protective angle method
2.12.1 81
Insulated, high-voltage-resistant air-termination systems
2.1.1.1 97
Planning methods
2.5 135
Technical solution for insulated high-voltage-resistant conductor
2.8 109
Fastenings wooden components
2.12.2.1.2.7 137
Summary
2.1 129
Problem
2.12 117
Versions
2.1.2.2.1 82
Insulated air-termination masts with external isCon®
conductor
2.4 134
Potential control
2.2.7.3 65
Mesh method
2.1.7.3.13.2.2.7.2 117
Isolated lightning protection system
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