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eLibrary > BS IEC 62807-3-10:2023 Hybrid communication cables - Outdoor hybrid cables. Family specification for FTTA hybrid communication cables >

BS IEC 62807-3-10:2023 Hybrid communication cables - Outdoor hybrid cables. Family specification for FTTA hybrid communication cables, 2023

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CONTENTS
FOREWORD
1 Scope
2 Normative references
3 Terms, definitions, symbols and abbreviated terms
4 Design and construction [Go to Page]
4.1 General
4.2 Optical fibre elements
4.3 Current carrying elements
4.4 Strength member
4.5 Filler
4.6 Yarn
4.7 Tape
4.8 Ripcord
4.9 Screen and/or shield
4.10 Moisture barrier
4.11 Inner sheath
4.12 Armouring
4.13 Outer sheath
4.14 Sheath marking
5 Rated values and characteristics [Go to Page]
5.1 Minimum bending radius for installation
5.2 Temperature range
5.3 Rated voltages
6 Requirements and test methods [Go to Page]
6.1 General
6.2 Construction and length inspection [Go to Page]
6.2.1 Construction
6.2.2 Cable length and marking accuracy
6.3 Optical transmission requirements for cabled optical fibre
6.4 Electrical requirements [Go to Page]
6.4.1 Conductor DC resistance
6.4.2 Withstand voltage of dielectric
Tables [Go to Page]
Table 1 – Optical transmission requirements for cabled optical fibre elements [Go to Page]
6.4.3 Insulation resistance of current carrying elements
6.5 Mechanical requirements [Go to Page]
6.5.1 General
Table 2 – Test voltages for different rated voltages [Go to Page]
6.5.2 Tensile performance
6.5.3 Crush
6.5.4 Impact
6.5.5 Repeated bending
6.5.6 Torsion
6.5.7 Bend
6.5.8 Abrasion resistance of cable markings
6.6 Environmental requirements [Go to Page]
6.6.1 Temperature cycling
6.6.2 UV resistance
7 Packaging
8 Quality assurance
Annex A (informative)MICE classification system and its use in this specification [Go to Page]
A.1 MICE classification system
A.2 MICE classification and its application in this specification
Table A.1 – Installed cable environments
Table A.2 – Details of environmental classification andits application in this specification
Table A.3 – Resistance to solar radiation
Table A.4 – Liquid pollution
Table A.5 – Gaseous pollution resistance
Table A.6 – Gaseous pollution resistance
Annex B (informative)Some example structures of FTTA hybrid cables
Figures [Go to Page]
Figure B.1 – Hybrid cable with two optical fibre elements, two currentcarrying elements and metal shield (2F + 2 × 0,5 mm2)
Figure B.2 – Hybrid cable with flexible metal tube armouring (2F + 2 × 1 mm2)
Figure B.3 – Hybrid cable with three elements (2F + 2 × 0,5 mm2)
Figure B.4 – Combinational hybrid cable (6 × (2F + 2 × 0,5 mm2))
Figure B.5 – Hybrid cable with metal tape armouring (I) (2 × 2F + 4 × 1 mm2)
Figure B.6 – Hybrid cable with metal tape armouring (II) (2 × 2F + 2 × 2 × 0,5 mm2)
Figure B.7 – Hybrid cable with 2 current carrying elements and 1 optical fibre element
Figure B.8 – Hybrid cable with 8 electrical elements and 6 optical fibre elements
Figure B.9 – Hybrid cable with 16 electrical elements and 2 optical fibre elements
Figure B.10 – Hybrid cable with shielding (1 × 24F + 12 × conductor 6 mm2 or 16 mm2)
Figure B.11 – Hybrid cable with 8 electrical elements and 1 optical fibre cable
Annex C (informative)Blank detail specification and minimum requirementsfor FTTA hybrid communication cables [Go to Page]
Table C.1 – Blank detail specification
Annex D (informative)Conductor in hybrid cable [Go to Page]
D.1 Conductor type
D.2 Insulation material
Table D.1 – The type and code of insulation material and the maximumtemperature of conductor and short circuit temperature
Annex E (informative)Example of how to calculate the coverage factorformulae of shield or screen [Go to Page]
E.1 Braiding
E.2 Braid angle, β
E.3 Lay factor, KL
Table E.1 – Braiding formulae variables
E.4 Filling factor, q
E.5 Coverage factor, Kc
Bibliography [Go to Page]

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