AS/NZS 1668.1:1998
The use of ventilation and airconditioning in buildings - Fire and smoke control in multi-compartment buildings
Sets out the minimum requirements for the design, construction, installation and commissioning of mechanical and air-conditioning systems for fire and smoke control in multi-compartment buildings. Five specific methods of smoke control are defined and the appropriate requirements specified for each. This Standard does not include requirements for smoke control systems utilizing exhaust from above the hot layer. The Standard does not include requirements for maintenance of smoke control systems.
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AS/NZS 1668.1:1998 THE USE OF VENTILATION AND AIRCONDITIONING IN BUILDINGS - FIRE AND SMOKE CONTROL IN MULTI-COMPARTMENT...
PREFACE
CONTENTS
SECTION 1 GENERAL
1.1 SCOPE
1.2 SYSTEM OBJECTIVES
1.3 APPLICATION
1.3.1 General
1.3.2 Building Code of Australia
1.4 NEW DESIGNS AND INNOVATIONS
1.5 REFERENCED DOCUMENTS
1.6 DEFINITIONS
1.6.1 Air
1.6.2 Air-handling plant
1.6.3 Air-handling system
1.6.4 Air-pressurization system
1.6.5 Central air-handling system
1.6.6 Combustible
1.6.7 Downstream
1.6.8 Duct
1.6.9 Economy cycle
1.6.10 Equipment plenum
1.6.11 Failure position
1.6.12 Fire-affected compartment
1.6.13 Fire alarm
1.6.14 Fire-isolated
1.6.15 Fire-isolated exit
1.6.16 Flexible connection
1.6.17 Individual air-handling system
1.6.18 Kitchen exhaust hood
1.6.19 Major exhaust system
1.6.20 Major supply system
1.6.21 Masonry
1.6.22 May
1.6.23 Minor exhaust system
1.6.24 Minor supply system
1.6.25 Multiple compartment building
1.6.26 Non-fire-affected compartment(s)
1.6.27 Plantroom
1.6.28 Plenum
1.6.29 Required
1.6.30 Shaft
1.6.31 Shall
1.6.32 Smoke
1.6.33 Smoke compartment
1.6.34 Smoke spill
1.6.35 Smoke-spill system
1.6.36 Sprinkler system
1.6.37 Subduct
1.6.38 Upstream
1.6.39 Zone smoke control dampers
1.7 ACRONYMS
1.7.1 AZF
1.7.2 AVF
1.7.3 FFCP
1.7.4 FIP
1.7.5 FRL
1.7.6 FRR
1.7.7 MIMS
1.7.8 VAV
SECTION 2 AIR-HANDLING SYSTEMS-GENERAL REQUIREMENTS
2.1 SCOPE OF SECTION
2.2 DUCTWORK
2.2.1 Early fire-hazard properties
2.2.2 Combustibility and temperature of fusion
2.2.3 Fire resistance
2.2.4 Duct installation
2.3 PLENUMS AND CASINGS
2.4 AIR DAMPERS
2.4.1 Mechanical fire dampers
2.4.2 Intumescent fire dampers
2.4.3 Smoke dampers
2.4.4 Air control dampers
2.4.5 Combined damper arrangements
2.4.6 Motorized operation
2.4.7 Non-return discharge dampers
2.5 AIR FILTERS
2.5.1 Fabric filters
2.5.2 Location of air filters in relation to openings
2.5.3 Liquid adhesive coatings
2.5.4 Screens for filters
2.6 ELECTRIC HEATERS
2.6.1 General
2.6.2 Casing
2.6.3 Small heaters
2.7 ELECTRICAL INSTALLATION
SECTION 3 FIRE PROTECTION OF OPENINGS
3.1 SCOPE OF SECTION
3.2 GENERAL
3.2.1 General requirements
3.2.2 Packing
3.3 OPENINGS IN WALLS
3.4 OPENINGS IN FLOORS
3.5 FIRE-RESISTANT LIGHTWEIGHT STRUCTURES
3.6 SUBDUCTS
3.6.1 Outlet projection
3.6.2 Packing
3.6.3 Smoke-spill systems
3.6.4 Minor exhaust systems
3.7 SMOKE-SPILL SYSTEMS
3.7.1 System enclosure
3.7.2 Ductwork
3.7.3 Shafts
3.7.4 Entry of smoke
3.8 INDIVIDUAL AIR-HANDLING SYSTEMS
SECTION 4 SMOKE CONTROL SYSTEMS-GENERAL REQUIREMENTS
4.1 SCOPE OF SECTION
4.2 LOCATION OF EXTERNAL OPENINGS
4.3 DIRECTION OF SMOKE-SPILL AIRFLOW UNDER SMOKE-CONTROL CONDITIONS
4.4 LOCATION OF SMOKE-SPILL SYSTEM INLETS
4.5 HEAT EXCHANGE EQUIPMENT
4.6 NOISE
4.7 FIRE DOORS’ PRESSURE DIFFERENTIALS
4.8 SMOKE-SPILL FAN
4.8.1 General
4.8.2 Selection criteria
4.9 INITIATION OF SMOKE CONTROL SYSTEMS
4.10 AUTOMATIC SMOKE DETECTION FOR SYSTEM CONTROL
4.10.1 Type
4.10.2 Sensitivity of detectors
4.10.3 Control and indicating equipment
4.10.4 Alarm zones
4.10.5 Location
4.10.6 Installation
4.11 OTHER FIRE SAFETY SYSTEMS AND SYSTEM CONTROL
4.12 ELECTRICAL INSTALLATION
4.12.1 Equipment
4.12.2 Wiring
4.12.3 Equipment enclosure
4.12.4 Isolation switches
4.12.5 Power supply
4.13 CONTROL AND INDICATION
4.13.1 Functions
4.13.2 Controls
4.13.3 Indicators
4.13.4 Notices and labels
4.14 NON-ELECTRICAL CONTROL SYSTEMS
4.15 OPERATING INSTRUCTIONS
4.15.1 Instructions
4.15.2 Diagram
4.16 TESTING
4.16.1 General
4.16.2 Objective
4.16.3 Component testing
4.16.4 System integrity testing
4.16.5 Measurement
4.17 NOISE
4.18 TEST SCHEDULE
4.19 TEST RESULTS
SECTION 5 MISCELLANEOUS SYSTEMS
5.1 SCOPE OF SECTION
5.2 APPLICATION
5.2.1 General
5.2.2 Special purpose systems
5.2.3 Small systems
5.3 EXHAUST SYSTEMS
5.3.1 Minor exhaust systems
5.3.2 Major exhaust systems
5.4 SUPPLY AIR SYSTEMS
5.4.1 Minor supply air systems
5.4.2 Major supply air systems
5.5 CAR PARK VENTILATION SYSTEMS
5.5.1 General
5.5.2 Fire isolation
5.5.3 Control
5.5.4 Smoke detectors
5.5.5 Operation
SECTION 6 SYSTEM SHUTDOWN
6.1 SCOPE OF SECTION
6.2 SHUTDOWN SYSTEM ARRANGEMENT
6.3 GENERAL REQUIREMENTS
6.3.1 System operation
6.3.2 Dampers
6.3.3 Smoke detectors
SECTION 7 AIR PURGE SYSTEMS
7.1 SCOPE OF SECTION
7.2 AIR PURGE SYSTEM ARRANGEMENT
7.3 PERFORMANCE CRITERIA
7.4 SMOKE-SPILL FAN
7.5 RETURN AIR FAN
7.6 SUPPLY AIR FAN
7.7 DAMPERS
7.7.1 Air-control damper
7.7.2 Fire damper
7.7.3 Failure position
7.8 OPERATION UNDER FIRE MODE
SECTION 8 ZONE PRESSURIZATION SYSTEMS
8.1 SCOPE OF SECTION
8.2 ZONE PRESSURIZATION SYSTEM ARRANGEMENT
8.3 PERFORMANCE CRITERIA
8.4 SMOKE-SPILL SYSTEM
8.4.1 Smoke-spill fans
8.4.2 Smoke-spill fan capacity
8.4.3 Return air fans and relief air fans
8.4.4 Spill air relief
8.5 SUPPLY AIR
8.5.1 Central plant systems
8.5.2 Individual plant systems
8.6 AIR RELIEF AND MAKE-UP
8.7 OPERATION UNDER FIRE CONDITIONS
8.7.1 Central plant systems
8.7.2 Individual plant systems
8.8 INDIVIDUAL PLANTS INCORPORATING COMMON SHAFTS
8.9 LIFT SHAFT AIR RELIEF
SECTION 9 FIRE-ISOLATED EXIT PRESSURIZATION
9.1 SCOPE OF SECTION
9.2 FIRE-ISOLATED EXIT PRESSURIZATION SYSTEM ARRANGEMENT
9.3 PERFORMANCE REQUIREMENTS
9.3.1 Vertical fire-isolated exits
9.3.2 Horizontal fire-isolated exits
9.4 SYSTEM ARRANGEMENTS
9.4.1 Dedicated fire-isolated exit pressurization
9.4.2 Combination systems
9.4.3 Protection of components
9.4.4 Air pressurization fans
9.4.5 Automatic smoke detectors
9.4.6 Control and indication
9.4.7 Operation under fire conditions
9.5 HORIZONTAL FIRE-ISOLATED EXIT PRESSURIZATION
9.6 AIR RELIEF
9.6.1 General
9.6.2 Non-mechanical relief
9.6.3 Mechanical relief
9.7 OTHER SERVICES
SECTION 10 LIFT SHAFT PRESSURIZATION SYSTEM
10.1 SCOPE OF SECTION
10.2 LIFT SHAFT PRESSURIZATION SYSTEM ARRANGEMENT
10.3 PERFORMANCE REQUIREMENTS
10.4 GENERAL REQUIREMENTS
10.4.1 Pressurization system
10.4.2 Automatic smoke detectors
10.4.3 System operation
10.4.4 Motorized dampers
10.4.5 Override control
SECTION 11 KITCHEN HOOD EXHAUST SYSTEMS
11.1 SCOPE AND APPLICATION
11.2 SYSTEM REQUIREMENTS
11.2.1 General
11.2.2 Common exhaust
11.2.3 Ductwork
11.2.4 Fire dampers
11.2.5 Fans and casings
11.2.6 Operation under fire conditions
11.2.7 Plant isolation
APPENDIX A - SMOKE CONTROL SYSTEM APPLICATION
A1 GENERAL
A2 BUILDING CLASS AND CATEGORY
A3 PRIORITY OF SMOKE CONTROL
APPENDIX B - HEALTH CARE BUILDINGS
B1 APPLICATION
B2 GENERAL REQUIREMENTS
B3 CATEGORY CRITERIA
B3.1 General
B3.2 Category 1
B3.3 Category 2
B3.4 Category 3
B4 SYSTEM OPERATION
B4.1 Category 1 systems
B4.2 Category 2 systems
B4.3 Category 3 systems
B4.4 Fire doors and smoke doors
APPENDIX C - SMOKE CONTROL IN LABORATORIES, CORRECTIONAL FACILITIES AND INDUSTRIAL PREMISES
C1 GENERAL
C2 LABORATORIES
C3 CORRECTIONAL FACILITIES
C4 INDUSTRIAL PREMISES
APPENDIX D - RELIABILITY
APPENDIX E - WIRING SYSTEMS RATING
E1 PROTECTION AGAINST EXPOSURE TO FIRE
E2 PROTECTION AGAINST MECHANICAL DAMAGE
E2.1 General
E2.2 WS5X
E2.3 WS51
E2.4 WS52
E2.5 WS53
E2.6 WS54
E2.7 WS55
E2.8 Various protection
E3 PROTECTION AGAINST HOSING WITH WATER
APPENDIX F - SMOKE CONTROL SYSTEM COMMISSIONING TESTS
F1 GENERAL
F2 EMERGENCY POWER
F3 TEST DOCUMENTATION
F4 NORMAL OPERATION
F5 PRECOMMISSIONING
F5.1 Component testing
F5.2 Subsystem testing
F6 FIRE MODE TEST PROCEDURES
F6.1 General
F6.2 Fire-isolated exit pressurization systems
F6.3 Shutdown systems
F6.4 Air purge systems
F6.5 Zone pressurization systems
F6.6 Lift shaft pressurization systems
F6.7 Measurement of pressure differentials
F7 RESTORATION TIME PERFORMANCE
F8 NOISE LEVEL MEASUREMENTS
F8.1 General
F8.2 Procedure
F9 MEASUREMENT OF DOOR OPENING FORCE
F10 MEASUREMENT OF AIR VELOCITY THROUGH A DOORWAY
F10.1 General
F10.2 Time average method
F10.3 Instantaneous readout average method
F11 DAMPER FAILURE POSITION
F12 TEST FAILURE
F13 SUPPLEMENTARY TESTING
F14 MANUAL OVERRIDE
Amendments
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References
Approval and test specification - Electric room heaters
Related Information
Building Code Compliance Document C
Ministry: Ministry of Business, Innovation, and Employment - Building Systems Performance (BSP)
Section: AS3, AS4, AS5, AS6, VM1
Citation context:(AS1, AS2 revoked 02/11/2023 - now reference AS 1668.1:2015))
Building Code Compliance Document C
Ministry: Ministry of Business, Innovation, and Employment - Building Systems Performance (BSP)
Section: AS1, AS2, AS3, AS4, AS5, AS6, VM1
Citation context:Refers to 1668.1:1998(AS/NZS)A1.
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AS/NZS 1668.1:1998 THE USE OF VENTILATION AND AIRCONDITIONING IN BUILDINGS - FIRE AND SMOKE CONTROL IN MULTI-COMPARTMENT...
PREFACE
CONTENTS
SECTION 1 GENERAL
1.1 SCOPE
1.2 SYSTEM OBJECTIVES
1.3 APPLICATION
1.3.1 General
1.3.2 Building Code of Australia
1.4 NEW DESIGNS AND INNOVATIONS
1.5 REFERENCED DOCUMENTS
1.6 DEFINITIONS
1.6.1 Air
1.6.2 Air-handling plant
1.6.3 Air-handling system
1.6.4 Air-pressurization system
1.6.5 Central air-handling system
1.6.6 Combustible
1.6.7 Downstream
1.6.8 Duct
1.6.9 Economy cycle
1.6.10 Equipment plenum
1.6.11 Failure position
1.6.12 Fire-affected compartment
1.6.13 Fire alarm
1.6.14 Fire-isolated
1.6.15 Fire-isolated exit
1.6.16 Flexible connection
1.6.17 Individual air-handling system
1.6.18 Kitchen exhaust hood
1.6.19 Major exhaust system
1.6.20 Major supply system
1.6.21 Masonry
1.6.22 May
1.6.23 Minor exhaust system
1.6.24 Minor supply system
1.6.25 Multiple compartment building
1.6.26 Non-fire-affected compartment(s)
1.6.27 Plantroom
1.6.28 Plenum
1.6.29 Required
1.6.30 Shaft
1.6.31 Shall
1.6.32 Smoke
1.6.33 Smoke compartment
1.6.34 Smoke spill
1.6.35 Smoke-spill system
1.6.36 Sprinkler system
1.6.37 Subduct
1.6.38 Upstream
1.6.39 Zone smoke control dampers
1.7 ACRONYMS
1.7.1 AZF
1.7.2 AVF
1.7.3 FFCP
1.7.4 FIP
1.7.5 FRL
1.7.6 FRR
1.7.7 MIMS
1.7.8 VAV
SECTION 2 AIR-HANDLING SYSTEMS-GENERAL REQUIREMENTS
2.1 SCOPE OF SECTION
2.2 DUCTWORK
2.2.1 Early fire-hazard properties
2.2.2 Combustibility and temperature of fusion
2.2.3 Fire resistance
2.2.4 Duct installation
2.3 PLENUMS AND CASINGS
2.4 AIR DAMPERS
2.4.1 Mechanical fire dampers
2.4.2 Intumescent fire dampers
2.4.3 Smoke dampers
2.4.4 Air control dampers
2.4.5 Combined damper arrangements
2.4.6 Motorized operation
2.4.7 Non-return discharge dampers
2.5 AIR FILTERS
2.5.1 Fabric filters
2.5.2 Location of air filters in relation to openings
2.5.3 Liquid adhesive coatings
2.5.4 Screens for filters
2.6 ELECTRIC HEATERS
2.6.1 General
2.6.2 Casing
2.6.3 Small heaters
2.7 ELECTRICAL INSTALLATION
SECTION 3 FIRE PROTECTION OF OPENINGS
3.1 SCOPE OF SECTION
3.2 GENERAL
3.2.1 General requirements
3.2.2 Packing
3.3 OPENINGS IN WALLS
3.4 OPENINGS IN FLOORS
3.5 FIRE-RESISTANT LIGHTWEIGHT STRUCTURES
3.6 SUBDUCTS
3.6.1 Outlet projection
3.6.2 Packing
3.6.3 Smoke-spill systems
3.6.4 Minor exhaust systems
3.7 SMOKE-SPILL SYSTEMS
3.7.1 System enclosure
3.7.2 Ductwork
3.7.3 Shafts
3.7.4 Entry of smoke
3.8 INDIVIDUAL AIR-HANDLING SYSTEMS
SECTION 4 SMOKE CONTROL SYSTEMS-GENERAL REQUIREMENTS
4.1 SCOPE OF SECTION
4.2 LOCATION OF EXTERNAL OPENINGS
4.3 DIRECTION OF SMOKE-SPILL AIRFLOW UNDER SMOKE-CONTROL CONDITIONS
4.4 LOCATION OF SMOKE-SPILL SYSTEM INLETS
4.5 HEAT EXCHANGE EQUIPMENT
4.6 NOISE
4.7 FIRE DOORS’ PRESSURE DIFFERENTIALS
4.8 SMOKE-SPILL FAN
4.8.1 General
4.8.2 Selection criteria
4.9 INITIATION OF SMOKE CONTROL SYSTEMS
4.10 AUTOMATIC SMOKE DETECTION FOR SYSTEM CONTROL
4.10.1 Type
4.10.2 Sensitivity of detectors
4.10.3 Control and indicating equipment
4.10.4 Alarm zones
4.10.5 Location
4.10.6 Installation
4.11 OTHER FIRE SAFETY SYSTEMS AND SYSTEM CONTROL
4.12 ELECTRICAL INSTALLATION
4.12.1 Equipment
4.12.2 Wiring
4.12.3 Equipment enclosure
4.12.4 Isolation switches
4.12.5 Power supply
4.13 CONTROL AND INDICATION
4.13.1 Functions
4.13.2 Controls
4.13.3 Indicators
4.13.4 Notices and labels
4.14 NON-ELECTRICAL CONTROL SYSTEMS
4.15 OPERATING INSTRUCTIONS
4.15.1 Instructions
4.15.2 Diagram
4.16 TESTING
4.16.1 General
4.16.2 Objective
4.16.3 Component testing
4.16.4 System integrity testing
4.16.5 Measurement
4.17 NOISE
4.18 TEST SCHEDULE
4.19 TEST RESULTS
SECTION 5 MISCELLANEOUS SYSTEMS
5.1 SCOPE OF SECTION
5.2 APPLICATION
5.2.1 General
5.2.2 Special purpose systems
5.2.3 Small systems
5.3 EXHAUST SYSTEMS
5.3.1 Minor exhaust systems
5.3.2 Major exhaust systems
5.4 SUPPLY AIR SYSTEMS
5.4.1 Minor supply air systems
5.4.2 Major supply air systems
5.5 CAR PARK VENTILATION SYSTEMS
5.5.1 General
5.5.2 Fire isolation
5.5.3 Control
5.5.4 Smoke detectors
5.5.5 Operation
SECTION 6 SYSTEM SHUTDOWN
6.1 SCOPE OF SECTION
6.2 SHUTDOWN SYSTEM ARRANGEMENT
6.3 GENERAL REQUIREMENTS
6.3.1 System operation
6.3.2 Dampers
6.3.3 Smoke detectors
SECTION 7 AIR PURGE SYSTEMS
7.1 SCOPE OF SECTION
7.2 AIR PURGE SYSTEM ARRANGEMENT
7.3 PERFORMANCE CRITERIA
7.4 SMOKE-SPILL FAN
7.5 RETURN AIR FAN
7.6 SUPPLY AIR FAN
7.7 DAMPERS
7.7.1 Air-control damper
7.7.2 Fire damper
7.7.3 Failure position
7.8 OPERATION UNDER FIRE MODE
SECTION 8 ZONE PRESSURIZATION SYSTEMS
8.1 SCOPE OF SECTION
8.2 ZONE PRESSURIZATION SYSTEM ARRANGEMENT
8.3 PERFORMANCE CRITERIA
8.4 SMOKE-SPILL SYSTEM
8.4.1 Smoke-spill fans
8.4.2 Smoke-spill fan capacity
8.4.3 Return air fans and relief air fans
8.4.4 Spill air relief
8.5 SUPPLY AIR
8.5.1 Central plant systems
8.5.2 Individual plant systems
8.6 AIR RELIEF AND MAKE-UP
8.7 OPERATION UNDER FIRE CONDITIONS
8.7.1 Central plant systems
8.7.2 Individual plant systems
8.8 INDIVIDUAL PLANTS INCORPORATING COMMON SHAFTS
8.9 LIFT SHAFT AIR RELIEF
SECTION 9 FIRE-ISOLATED EXIT PRESSURIZATION
9.1 SCOPE OF SECTION
9.2 FIRE-ISOLATED EXIT PRESSURIZATION SYSTEM ARRANGEMENT
9.3 PERFORMANCE REQUIREMENTS
9.3.1 Vertical fire-isolated exits
9.3.2 Horizontal fire-isolated exits
9.4 SYSTEM ARRANGEMENTS
9.4.1 Dedicated fire-isolated exit pressurization
9.4.2 Combination systems
9.4.3 Protection of components
9.4.4 Air pressurization fans
9.4.5 Automatic smoke detectors
9.4.6 Control and indication
9.4.7 Operation under fire conditions
9.5 HORIZONTAL FIRE-ISOLATED EXIT PRESSURIZATION
9.6 AIR RELIEF
9.6.1 General
9.6.2 Non-mechanical relief
9.6.3 Mechanical relief
9.7 OTHER SERVICES
SECTION 10 LIFT SHAFT PRESSURIZATION SYSTEM
10.1 SCOPE OF SECTION
10.2 LIFT SHAFT PRESSURIZATION SYSTEM ARRANGEMENT
10.3 PERFORMANCE REQUIREMENTS
10.4 GENERAL REQUIREMENTS
10.4.1 Pressurization system
10.4.2 Automatic smoke detectors
10.4.3 System operation
10.4.4 Motorized dampers
10.4.5 Override control
SECTION 11 KITCHEN HOOD EXHAUST SYSTEMS
11.1 SCOPE AND APPLICATION
11.2 SYSTEM REQUIREMENTS
11.2.1 General
11.2.2 Common exhaust
11.2.3 Ductwork
11.2.4 Fire dampers
11.2.5 Fans and casings
11.2.6 Operation under fire conditions
11.2.7 Plant isolation
APPENDIX A - SMOKE CONTROL SYSTEM APPLICATION
A1 GENERAL
A2 BUILDING CLASS AND CATEGORY
A3 PRIORITY OF SMOKE CONTROL
APPENDIX B - HEALTH CARE BUILDINGS
B1 APPLICATION
B2 GENERAL REQUIREMENTS
B3 CATEGORY CRITERIA
B3.1 General
B3.2 Category 1
B3.3 Category 2
B3.4 Category 3
B4 SYSTEM OPERATION
B4.1 Category 1 systems
B4.2 Category 2 systems
B4.3 Category 3 systems
B4.4 Fire doors and smoke doors
APPENDIX C - SMOKE CONTROL IN LABORATORIES, CORRECTIONAL FACILITIES AND INDUSTRIAL PREMISES
C1 GENERAL
C2 LABORATORIES
C3 CORRECTIONAL FACILITIES
C4 INDUSTRIAL PREMISES
APPENDIX D - RELIABILITY
APPENDIX E - WIRING SYSTEMS RATING
E1 PROTECTION AGAINST EXPOSURE TO FIRE
E2 PROTECTION AGAINST MECHANICAL DAMAGE
E2.1 General
E2.2 WS5X
E2.3 WS51
E2.4 WS52
E2.5 WS53
E2.6 WS54
E2.7 WS55
E2.8 Various protection
E3 PROTECTION AGAINST HOSING WITH WATER
APPENDIX F - SMOKE CONTROL SYSTEM COMMISSIONING TESTS
F1 GENERAL
F2 EMERGENCY POWER
F3 TEST DOCUMENTATION
F4 NORMAL OPERATION
F5 PRECOMMISSIONING
F5.1 Component testing
F5.2 Subsystem testing
F6 FIRE MODE TEST PROCEDURES
F6.1 General
F6.2 Fire-isolated exit pressurization systems
F6.3 Shutdown systems
F6.4 Air purge systems
F6.5 Zone pressurization systems
F6.6 Lift shaft pressurization systems
F6.7 Measurement of pressure differentials
F7 RESTORATION TIME PERFORMANCE
F8 NOISE LEVEL MEASUREMENTS
F8.1 General
F8.2 Procedure
F9 MEASUREMENT OF DOOR OPENING FORCE
F10 MEASUREMENT OF AIR VELOCITY THROUGH A DOORWAY
F10.1 General
F10.2 Time average method
F10.3 Instantaneous readout average method
F11 DAMPER FAILURE POSITION
F12 TEST FAILURE
F13 SUPPLEMENTARY TESTING
F14 MANUAL OVERRIDE
Amendments
AS/NZS 1668.1:1998
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