AS/NZS 3080:1996
Telecommunications installations - Integrated telecommunications cabling systems for commercial premises
Specifies generic cabling for use within commercial premises which may comprise single or multiple buildings. It is optimized for premises having a geographical span of up to 3,000m, with up to 1,000,000m2 of office space, and a population between 50 and 50,000 persons. Its principles may also be applied to installations that do not fall within this range. Cabling defined by it supports a wide range of services including voice, data, text, image and video. It specifies the structure and minimum configuration for generic cabling, implementation requirements, performance requirements for individual cabling links, and conformance requirements together with verification procedures. It provides building professionals with guidance on accommodation of cabling before specific requirements are known and it is applicable for new installations and refurbishments, and describes a flexible cabling scheme which facilitates modifications.It is based on and equivalent to ISO/IEC 11801:1995 with variations for Australia and New Zealand.
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AS/NZS 3080:1996 TELECOMMUNICATIONS INSTALLATIONS - INTEGRATD TELECOMMUNICATIONS CABLING SYSTEMS FOR COMMERCIAL PREMISES
PREFACE
CONTENTS
1 Scope
2 Normative references
3 Definitions and abbreviations
3.1 Definitions
3.1.1 application:
3.1.2 balanced cable:
3.1.3 building backbone cable:
3.1.4 building distributor:
3.1.5 building entrance facility:
3.1.6 cable:
3.1.7 cable element:
3.1.8 cable unit:
3.1.9 cabling:
3.1.10 campus:
3.1.11 campus backbone cable:
3.1.12 campus distributor:
3.1.13 channel:
3.1.14 cross-connect:
3.1.15 distributor:
3.1.16 equipment cable:
3.1 17 equipment room:
3.1.18 floor distributor:
3.1.19 generic cabling:
3.1.20 horizontal cable:
3.1.21 hybrid cable:
3.1.22 individual work area:
3.1.23 interconnect:
3.1.24 interface:
3.1.25 jumper:
3.1.26 keying:
3.1.27 link:
3.1.28 optical fibre cable (or optical cable):
3.1.29 optical fibre duplex adapter:
3.1.30 optical fibre duplex connector:
3.1.31 pair:
3.1.32 patch cord:
3.1.33 patch panel:
3.1.34 public network interface:
3.1.35 quad:
3.1.36 side circuit:
3.1.37 shielded cables:
3.1.38 shielded twisted pair cables:
3.1.39 splice:
3.1.40 star quad:
3.1.41 telecommunications:
3.1.42 telecommunications closet:
3.1.43 telecommunications outlet:
3.1.44 transition point:
3.1.45 twisted pair:
3.1.46 unshielded twisted pair cable:
3.1.47 work area:
3.1.48 work area cable:
3.2 Abbreviations
4 Conformance
5 Structure of the generic cabling system
5.1 Structure
5.1.1 Functional elements
5.1.2 Cabling subsystems
5.1.3 Campus backbone cabling subsystem
5.1.4 Building backbone cabling subsystem
5.1.5 Horizontal cabling subsystem
5.1.6 Work area cabling
5.2 Overall structure
5.3 Location of distributors
5.4 Interfaces to the generic cabling system
5.4.1 Public network interface
5.5 Dimensioning and configuring
5.5.1 Floor distributor
5.5.2 Preferred cable types for pre-cabling and recommended use
5.5.3 Telecommunications outlets
5.5.4 Telecommunications closets and equipment rooms
5.5.5 Building entrance facilities
5.6 Electromagnetic compatibility
5.7 Earthing and bonding
6 Implementation
6.1 Horizontal cabling
6.1.1 Horizontal distances
6.1.2 Choosing cable types
6.1.3 Configuring TOs
6.2 Backbone cabling
6.2.1 Physical topology
6.2.2 Choosing cable types
6.2.3 Backbone cabling distances
7 Link specifications
7.1 Classification of applications and links
7.1.1 Application classification
7.1.2 Link classification
7.2 Balanced cabling links
7.2.1 Characteristic impedance
7.2.2 Return loss
7.2.3 Attenuation
7.2.4 Near-end crosstalk loss
7.2.5 Attenuation to crosstalk loss ratio
7.2.6 DC resistance
7.2.7 Propagation delay
7.2.8 Longitudinal to differential conversion loss (balance)
7.2.9 Transfer impedance of shield
7.3 Optical fibre links
7.3.1 Optical attenuation
7.3.2 Multimode modal bandwidth
7.3.3 Return loss
7.3.4 Propagation delay
8 Cable requirements
8.1 General requirements for 100 ohm and 120 ohm balanced cable
8.1.1 Additional requirements for 100 ohm balanced cable
8.1.2 Additional requirements for 120 ohm balanced cable
8.2 General requirements for 150 ohm balanced cable
8.3 Additional crosstalk considerations for balanced cables
8.3.1 Power summation
8.3.2 Hybrid and multi-unit cables and cables connected to multiple TOs
8.4 Multimode optical fibre cables
8.5 Singlemode optical fibre cables
9 Connecting hardware requirements
9.1 General requirements
9.1.1 Location
9.1.2 Design
9.1.3 Operating environment
9.1.4 Mounting
9.1.5 Cross-connect jumpers and patch cords
9.1.6 Installation practices
9.1.7 Marking and colour coding
9.2 Connecting hardware for 100 ohm and 120 ohm cabling
9.2.1 General requirements
9.2.2 Performance marking
9.2.3 Mechanical characteristics
9.2.4 Electrical characteristics
9.2.5 Telecommunications outlet requirements
9.2.6 Installation practices
9.3 Connecting hardware for 150 ohm cabling
9.3.1 General requirements
9.3.2 Performance marking
9.3.3 Mechanical characteristics
9.3.4 Electrical characteristics
9.3.5 Telecommunications outlet requirements
9.3.6 Installation practices
9.4 Optical fibre connecting hardware
9.4.1 General requirements
9.4.2 Marking and colour coding
9.4.3 Mechanical and optical characteristics
9.4.4 Telecommunications outlet requirements
9.4.5 Cross-connect jumpers and patch cords
9.4.6 Optical fibre connectivity
10 Shielding practices
10.1 EMC
10.2 Grounding
11 Administration
11.1 Scope of administration
11.2 Identifiers
11.3 Records
11.3.1 Documentation
Annex A - Test procedures
A.1 Link performance testing
A.2 Transmission testing of connecting hardware for balanced cabling
A.3 Termination procedure and setup verification for modular jack and plug testing
Annex B - Reliability testing of connecting hardware for balanced cabling
B.1 Introduction
B.2 Contact resistance measurement
B.3 Insulation resistance
B.4 Durability
B.5 Vibration
B.6 Stress relaxation
B.7 Thermal shock
B.8 Humidity/temperature cycle
B.9 Corrosion testing
Annex C - Requirements for flexible 100 ohm, 120 ohm and 150 ohm balanced cables
C.1 General requirements
C.2 Additional requirements for 150 ohm flexible cables
Annex D - Topology
D.1 Common topologies
D.2 Configurations
D.3 Application of the structured framework
Annex E - Acronyms for balanced cables
Annex F - Tutorial on link performance
F.1 Balanced cable transmission
F.2 Optical cabling
Annex G - Supported applications
Annex H - Fibre optic connectivity planning guide
H.1 Introduction
H.2 General recommendations
H.3 Connectivity options at the TO
H.4 Connectivity options at distributors
Annex J - Bibliographical references
APPENDIX ZA - VARIATIONS TO ISO/IEC 11801 FOR AUSTRALIA AND NEW ZEALAND
APPENDIX ZB - ADDITIONAL RELEVANT INFORMATION FOR AUSTRALIA AND NEW ZEALAND
ZB1 GENERAL
ZB2 SEGREGATION OF POWER AND TELECOMMUNICATIONS CABLES
ZB2.1 Mandatory segregation requirements for safety
ZB2.2 Other measures to minimize interference
ZB3 COLOUR CODES
ZB3.1 Insulation colours
ZB3.2 Sheath colour
ZB4 EARTHING
ZB4.1 General
ZB4.2 Earthing systems
ZB4.3 Safety
ZB4.4 Planning
ZB4.5 Practical earthing system
ZB4.6 Lightning protection
ZB4.7 Electrical mains protection
ZB4.8 Dedicated safety earth (refer also to AS 2834)
ZB4.9 Telecommunications reference earth system (Australia)
ZB4.10 Protection at (or near) electrical substations—Earth potential rise
ZB5 INSTALLATION AND TESTING
ZB5.1 Installation practices
ZB5.2 Mandatory issues (in Australia)
ZB5.3 Installation records
ZB5.4 Copper cable and link testing
ZB5.5 Optical fibre systems
ZB5.6 Telecommunications reference earth system (Australia)
ZB6 ADMINISTRATION
APPENDIX ZC - TELECOMMUNICATIONS OUTLETS—MODULAR 8-WAY CONNECTORS
APPENDIX ZD - SHARED SHEATH COMPATIBILITY GUIDELINES
APPENDIX ZE - SUPPLEMENTARY GLOSSARY OF TERMS, DEFINITIONS, ABBREVIATIONS AND ACRONYMS
ZE1 GENERAL
ZE2 DEFINITIONS
ZE2.1 Administration
ZE2.2 Adaptor
ZE2.3 Attenuation
ZE2.4 Backbone bonding conductor
ZE2.5 Backbone cabling
ZE2.6 Backbone raceway
ZE2.7 Balun
ZE2.8 Basic rate access (ISDN)
ZE2.9 Binder group
ZE2.10 Block cabling
ZE2.11 Bonding
ZE2.12 Building
ZE2.13 Building cabling (NZ)
ZE2.14 Building distribution frame (NZ)
ZE2.15 Building services manager
ZE2.16 Building owner
ZE2.17 Cabinet
ZE2.18 Cable terminal (NZ)
ZE2.19 Channel
ZE2.20 Characteristic impedance (Zo )
ZE2.21 Clear title (NZ)
ZE2.22 Closet
ZE2.23 Commercial building
ZE2.24 Cord
ZE2.25 Core area
ZE2.26 Crosstalk
ZE2.27 Customer premises cabling
ZE2.28 Customer
ZE2.29 Demarcation frame (DF) (NZ)
ZE2.30 Device
ZE2.31 Earthing electrode
ZE2.32 Emergency power
ZE2.33 Equipment interconnect
ZE2.34 Equipotential bond
ZE2.35 External services
ZE2.36 Facility cabling
ZE2.37 Far end crosstalk
ZE2.38 Final distribution point (FDP) (AUS)
ZE2.39 Foil shielded twisted pair (FTP)
ZE2.40 Frame
ZE2.41 Grounding
ZE2.42 Grounding conductor
ZE2.43 Horizontal cabling
ZE2.44 Hybrid cable
ZE2.45 Integral bearer
ZE2.46 Intermediate cross-connect
ZE2.47 Jointing pit
ZE2.48 Main cross-connect
ZE2.49 Modular socket/connector
ZE2.50 Multimode optical fibre (MMOF)
ZE2.51 Near-end crosstalk (NEXT)
ZE2.52 Network Boundary (AUS)
ZE2.53 Network termination device
ZE2.54 Occupier
ZE2.55 Optical cross-connect
ZE2.56 Optical inter-connect
ZE2.57 Optical time domain reflectometer
ZE2.58 PABX
ZE2.59 Pigtail
ZE2.60 Power sum crosstalk
ZE2.61 Primary rate access (ISDN)
ZE2.63 Record
ZE2.64 Record drawing (‘as built’)
ZE2.65 Report
ZE2.66 Return loss
ZE2.67 Service cable (NZ)
ZE2.68 Service delivery point (SDP)
ZE2.69 Service fitting (NZ)
ZE2.70 Service provider
ZE2.71 Sheath
ZE2.72 Shield
ZE2.73 Short haul leased circuit (NZ)
ZE2.74 Signal-to-noise (S/N) ratio
ZE2.75 Signal mode optical fibre (SMOF)
ZE2.76 Socket
ZE2.77 Station/Station equipment
ZE2.78 Structured cabling system
ZE2.79 Telecom network cable (NZ)
ZE2.80 Telecom network frame (NZ)
ZE2.81 Telecom network termination (NZ)
ZE2.82 Telecom-owned building cable (NZ)
ZE2.83 Telecommunications infrastructure
ZE2.84 Telecommunication media
ZE2.85 Telecommunications service entrance
ZE2.86 Telecommunications space
ZE2.87 Termination hardware
ZE2.88 Time domain reflectometer (TDR)
ZE2.89 Topology
ZE2.90 Tube
ZE2.91 Twist rate
ZE2.92 Useable floor space
ZE2.93 User code
ZE2.94 Utilities
ZE2.95 Wiring
ZE2.96 Work area (Workstation)
ZE3 ABBREVIATIONS AND ACRONYMS
APPENDIX ZF - APPENDIX ZF
ZF1 GENERAL
ZF2 DEFINITIONS
ZF2.1 Consolidation point
ZF2.2 Cross-connection
ZF2.3 Furniture cluster
ZF2.4 Interconnection
ZF2.5 Multi-user telecommunications outlet (MUTO)
ZF2.6 Open office
ZF3 STANDARD PRACTICE
ZF4 MULTI-USER TELECOMMUNICATIONS OUTLET (MUTO)
ZF4.1 General
ZF4.2 Application planning
ZF4.3 Installation practices
ZF4.4 Administration
ZF4.5 Horizontal distances of copper links
ZF4.6 Horizontal distances of optical fibre links (long work area cables)
ZF5 CONSOLIDATION POINT
ZF5.1 General
ZF5.2 Application planning
ZF5.3 Installation practices
ZF5.4 Administration
ZF6 TESTING OPEN OFFICE CABLING
ZF6.1 General
ZF6.2 Without a consolidation point
ZF6.3 With a consolidation point
APPENDIX ZG - CENTRALIZED OPTICAL FIBRE CABLING
ZG1 GENERAL
ZG2 CABLING REQUIREMENTS
ZG3 CONNECTING HARDWARE REQUIREMENTS
ZG4 LINK SPECIFICATION
APPENDIX ZH - ELECTROMAGNETIC COMPATIBILITY (EMC)
ZH1 GENERAL
ZH2 EMC FRAMEWORK
ZH3 CABLING INSTALLATION PRACTICES
ZH4 USING TRANSMISSION EQUIPMENT WITH GENERIC CABLING
Amendments
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AS/NZS 3080:1996 TELECOMMUNICATIONS INSTALLATIONS - INTEGRATD TELECOMMUNICATIONS CABLING SYSTEMS FOR COMMERCIAL PREMISES
PREFACE
CONTENTS
1 Scope
2 Normative references
3 Definitions and abbreviations
3.1 Definitions
3.1.1 application:
3.1.2 balanced cable:
3.1.3 building backbone cable:
3.1.4 building distributor:
3.1.5 building entrance facility:
3.1.6 cable:
3.1.7 cable element:
3.1.8 cable unit:
3.1.9 cabling:
3.1.10 campus:
3.1.11 campus backbone cable:
3.1.12 campus distributor:
3.1.13 channel:
3.1.14 cross-connect:
3.1.15 distributor:
3.1.16 equipment cable:
3.1 17 equipment room:
3.1.18 floor distributor:
3.1.19 generic cabling:
3.1.20 horizontal cable:
3.1.21 hybrid cable:
3.1.22 individual work area:
3.1.23 interconnect:
3.1.24 interface:
3.1.25 jumper:
3.1.26 keying:
3.1.27 link:
3.1.28 optical fibre cable (or optical cable):
3.1.29 optical fibre duplex adapter:
3.1.30 optical fibre duplex connector:
3.1.31 pair:
3.1.32 patch cord:
3.1.33 patch panel:
3.1.34 public network interface:
3.1.35 quad:
3.1.36 side circuit:
3.1.37 shielded cables:
3.1.38 shielded twisted pair cables:
3.1.39 splice:
3.1.40 star quad:
3.1.41 telecommunications:
3.1.42 telecommunications closet:
3.1.43 telecommunications outlet:
3.1.44 transition point:
3.1.45 twisted pair:
3.1.46 unshielded twisted pair cable:
3.1.47 work area:
3.1.48 work area cable:
3.2 Abbreviations
4 Conformance
5 Structure of the generic cabling system
5.1 Structure
5.1.1 Functional elements
5.1.2 Cabling subsystems
5.1.3 Campus backbone cabling subsystem
5.1.4 Building backbone cabling subsystem
5.1.5 Horizontal cabling subsystem
5.1.6 Work area cabling
5.2 Overall structure
5.3 Location of distributors
5.4 Interfaces to the generic cabling system
5.4.1 Public network interface
5.5 Dimensioning and configuring
5.5.1 Floor distributor
5.5.2 Preferred cable types for pre-cabling and recommended use
5.5.3 Telecommunications outlets
5.5.4 Telecommunications closets and equipment rooms
5.5.5 Building entrance facilities
5.6 Electromagnetic compatibility
5.7 Earthing and bonding
6 Implementation
6.1 Horizontal cabling
6.1.1 Horizontal distances
6.1.2 Choosing cable types
6.1.3 Configuring TOs
6.2 Backbone cabling
6.2.1 Physical topology
6.2.2 Choosing cable types
6.2.3 Backbone cabling distances
7 Link specifications
7.1 Classification of applications and links
7.1.1 Application classification
7.1.2 Link classification
7.2 Balanced cabling links
7.2.1 Characteristic impedance
7.2.2 Return loss
7.2.3 Attenuation
7.2.4 Near-end crosstalk loss
7.2.5 Attenuation to crosstalk loss ratio
7.2.6 DC resistance
7.2.7 Propagation delay
7.2.8 Longitudinal to differential conversion loss (balance)
7.2.9 Transfer impedance of shield
7.3 Optical fibre links
7.3.1 Optical attenuation
7.3.2 Multimode modal bandwidth
7.3.3 Return loss
7.3.4 Propagation delay
8 Cable requirements
8.1 General requirements for 100 ohm and 120 ohm balanced cable
8.1.1 Additional requirements for 100 ohm balanced cable
8.1.2 Additional requirements for 120 ohm balanced cable
8.2 General requirements for 150 ohm balanced cable
8.3 Additional crosstalk considerations for balanced cables
8.3.1 Power summation
8.3.2 Hybrid and multi-unit cables and cables connected to multiple TOs
8.4 Multimode optical fibre cables
8.5 Singlemode optical fibre cables
9 Connecting hardware requirements
9.1 General requirements
9.1.1 Location
9.1.2 Design
9.1.3 Operating environment
9.1.4 Mounting
9.1.5 Cross-connect jumpers and patch cords
9.1.6 Installation practices
9.1.7 Marking and colour coding
9.2 Connecting hardware for 100 ohm and 120 ohm cabling
9.2.1 General requirements
9.2.2 Performance marking
9.2.3 Mechanical characteristics
9.2.4 Electrical characteristics
9.2.5 Telecommunications outlet requirements
9.2.6 Installation practices
9.3 Connecting hardware for 150 ohm cabling
9.3.1 General requirements
9.3.2 Performance marking
9.3.3 Mechanical characteristics
9.3.4 Electrical characteristics
9.3.5 Telecommunications outlet requirements
9.3.6 Installation practices
9.4 Optical fibre connecting hardware
9.4.1 General requirements
9.4.2 Marking and colour coding
9.4.3 Mechanical and optical characteristics
9.4.4 Telecommunications outlet requirements
9.4.5 Cross-connect jumpers and patch cords
9.4.6 Optical fibre connectivity
10 Shielding practices
10.1 EMC
10.2 Grounding
11 Administration
11.1 Scope of administration
11.2 Identifiers
11.3 Records
11.3.1 Documentation
Annex A - Test procedures
A.1 Link performance testing
A.2 Transmission testing of connecting hardware for balanced cabling
A.3 Termination procedure and setup verification for modular jack and plug testing
Annex B - Reliability testing of connecting hardware for balanced cabling
B.1 Introduction
B.2 Contact resistance measurement
B.3 Insulation resistance
B.4 Durability
B.5 Vibration
B.6 Stress relaxation
B.7 Thermal shock
B.8 Humidity/temperature cycle
B.9 Corrosion testing
Annex C - Requirements for flexible 100 ohm, 120 ohm and 150 ohm balanced cables
C.1 General requirements
C.2 Additional requirements for 150 ohm flexible cables
Annex D - Topology
D.1 Common topologies
D.2 Configurations
D.3 Application of the structured framework
Annex E - Acronyms for balanced cables
Annex F - Tutorial on link performance
F.1 Balanced cable transmission
F.2 Optical cabling
Annex G - Supported applications
Annex H - Fibre optic connectivity planning guide
H.1 Introduction
H.2 General recommendations
H.3 Connectivity options at the TO
H.4 Connectivity options at distributors
Annex J - Bibliographical references
APPENDIX ZA - VARIATIONS TO ISO/IEC 11801 FOR AUSTRALIA AND NEW ZEALAND
APPENDIX ZB - ADDITIONAL RELEVANT INFORMATION FOR AUSTRALIA AND NEW ZEALAND
ZB1 GENERAL
ZB2 SEGREGATION OF POWER AND TELECOMMUNICATIONS CABLES
ZB2.1 Mandatory segregation requirements for safety
ZB2.2 Other measures to minimize interference
ZB3 COLOUR CODES
ZB3.1 Insulation colours
ZB3.2 Sheath colour
ZB4 EARTHING
ZB4.1 General
ZB4.2 Earthing systems
ZB4.3 Safety
ZB4.4 Planning
ZB4.5 Practical earthing system
ZB4.6 Lightning protection
ZB4.7 Electrical mains protection
ZB4.8 Dedicated safety earth (refer also to AS 2834)
ZB4.9 Telecommunications reference earth system (Australia)
ZB4.10 Protection at (or near) electrical substations—Earth potential rise
ZB5 INSTALLATION AND TESTING
ZB5.1 Installation practices
ZB5.2 Mandatory issues (in Australia)
ZB5.3 Installation records
ZB5.4 Copper cable and link testing
ZB5.5 Optical fibre systems
ZB5.6 Telecommunications reference earth system (Australia)
ZB6 ADMINISTRATION
APPENDIX ZC - TELECOMMUNICATIONS OUTLETS—MODULAR 8-WAY CONNECTORS
APPENDIX ZD - SHARED SHEATH COMPATIBILITY GUIDELINES
APPENDIX ZE - SUPPLEMENTARY GLOSSARY OF TERMS, DEFINITIONS, ABBREVIATIONS AND ACRONYMS
ZE1 GENERAL
ZE2 DEFINITIONS
ZE2.1 Administration
ZE2.2 Adaptor
ZE2.3 Attenuation
ZE2.4 Backbone bonding conductor
ZE2.5 Backbone cabling
ZE2.6 Backbone raceway
ZE2.7 Balun
ZE2.8 Basic rate access (ISDN)
ZE2.9 Binder group
ZE2.10 Block cabling
ZE2.11 Bonding
ZE2.12 Building
ZE2.13 Building cabling (NZ)
ZE2.14 Building distribution frame (NZ)
ZE2.15 Building services manager
ZE2.16 Building owner
ZE2.17 Cabinet
ZE2.18 Cable terminal (NZ)
ZE2.19 Channel
ZE2.20 Characteristic impedance (Zo )
ZE2.21 Clear title (NZ)
ZE2.22 Closet
ZE2.23 Commercial building
ZE2.24 Cord
ZE2.25 Core area
ZE2.26 Crosstalk
ZE2.27 Customer premises cabling
ZE2.28 Customer
ZE2.29 Demarcation frame (DF) (NZ)
ZE2.30 Device
ZE2.31 Earthing electrode
ZE2.32 Emergency power
ZE2.33 Equipment interconnect
ZE2.34 Equipotential bond
ZE2.35 External services
ZE2.36 Facility cabling
ZE2.37 Far end crosstalk
ZE2.38 Final distribution point (FDP) (AUS)
ZE2.39 Foil shielded twisted pair (FTP)
ZE2.40 Frame
ZE2.41 Grounding
ZE2.42 Grounding conductor
ZE2.43 Horizontal cabling
ZE2.44 Hybrid cable
ZE2.45 Integral bearer
ZE2.46 Intermediate cross-connect
ZE2.47 Jointing pit
ZE2.48 Main cross-connect
ZE2.49 Modular socket/connector
ZE2.50 Multimode optical fibre (MMOF)
ZE2.51 Near-end crosstalk (NEXT)
ZE2.52 Network Boundary (AUS)
ZE2.53 Network termination device
ZE2.54 Occupier
ZE2.55 Optical cross-connect
ZE2.56 Optical inter-connect
ZE2.57 Optical time domain reflectometer
ZE2.58 PABX
ZE2.59 Pigtail
ZE2.60 Power sum crosstalk
ZE2.61 Primary rate access (ISDN)
ZE2.63 Record
ZE2.64 Record drawing (‘as built’)
ZE2.65 Report
ZE2.66 Return loss
ZE2.67 Service cable (NZ)
ZE2.68 Service delivery point (SDP)
ZE2.69 Service fitting (NZ)
ZE2.70 Service provider
ZE2.71 Sheath
ZE2.72 Shield
ZE2.73 Short haul leased circuit (NZ)
ZE2.74 Signal-to-noise (S/N) ratio
ZE2.75 Signal mode optical fibre (SMOF)
ZE2.76 Socket
ZE2.77 Station/Station equipment
ZE2.78 Structured cabling system
ZE2.79 Telecom network cable (NZ)
ZE2.80 Telecom network frame (NZ)
ZE2.81 Telecom network termination (NZ)
ZE2.82 Telecom-owned building cable (NZ)
ZE2.83 Telecommunications infrastructure
ZE2.84 Telecommunication media
ZE2.85 Telecommunications service entrance
ZE2.86 Telecommunications space
ZE2.87 Termination hardware
ZE2.88 Time domain reflectometer (TDR)
ZE2.89 Topology
ZE2.90 Tube
ZE2.91 Twist rate
ZE2.92 Useable floor space
ZE2.93 User code
ZE2.94 Utilities
ZE2.95 Wiring
ZE2.96 Work area (Workstation)
ZE3 ABBREVIATIONS AND ACRONYMS
APPENDIX ZF - APPENDIX ZF
ZF1 GENERAL
ZF2 DEFINITIONS
ZF2.1 Consolidation point
ZF2.2 Cross-connection
ZF2.3 Furniture cluster
ZF2.4 Interconnection
ZF2.5 Multi-user telecommunications outlet (MUTO)
ZF2.6 Open office
ZF3 STANDARD PRACTICE
ZF4 MULTI-USER TELECOMMUNICATIONS OUTLET (MUTO)
ZF4.1 General
ZF4.2 Application planning
ZF4.3 Installation practices
ZF4.4 Administration
ZF4.5 Horizontal distances of copper links
ZF4.6 Horizontal distances of optical fibre links (long work area cables)
ZF5 CONSOLIDATION POINT
ZF5.1 General
ZF5.2 Application planning
ZF5.3 Installation practices
ZF5.4 Administration
ZF6 TESTING OPEN OFFICE CABLING
ZF6.1 General
ZF6.2 Without a consolidation point
ZF6.3 With a consolidation point
APPENDIX ZG - CENTRALIZED OPTICAL FIBRE CABLING
ZG1 GENERAL
ZG2 CABLING REQUIREMENTS
ZG3 CONNECTING HARDWARE REQUIREMENTS
ZG4 LINK SPECIFICATION
APPENDIX ZH - ELECTROMAGNETIC COMPATIBILITY (EMC)
ZH1 GENERAL
ZH2 EMC FRAMEWORK
ZH3 CABLING INSTALLATION PRACTICES
ZH4 USING TRANSMISSION EQUIPMENT WITH GENERIC CABLING
Amendments
AS/NZS 3080:1996
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