ISO 7240-6:2011
Fire detection and alarm systems — Part 6: Carbon monoxide fire detectors using electro-chemical cells
ISO 7240-6:2011 specifies requirements, test methods and performance criteria for point fire detectors using electro-chemical cells that operate using carbon-monoxide detection principles for use in fire detection and alarm systems installed in buildings (see ISO 7240-1).
For the testing of other types of CO fire detectors working on different principles, ISO 7240-6:2011 can be used only for guidance. Fire detectors with special characteristics and developed for specific risks are not covered by ISO 7240-6:2011.
| Get this standard | Prices exclude GST | |
|---|---|---|
| PDF ( Single user document) |
$326.96 NZD
|
|
| HardCopy |
$366.96 NZD
|
|
| Networkable PDF |
Price varies
|
Scope
Normative references
Terms and definitions
Requirements
Compliance
Individual alarm indication
Connection of ancillary devices
Monitoring of detachable detectors
Manufacturer's adjustments
On-site adjustment of response behaviour
Rate-sensitive response behaviour
Marking
Data
Requirements for software controlled detectors
General
Software documentation
Software design
Storage of programs and data
Test methods
General
Atmospheric conditions for tests
Operating conditions for tests
Mounting arrangements
Tolerances
Measurement of response threshold value
Provision for tests
Test schedule
Test report
Repeatability
Object of test
Test procedure
Requirements
Directional dependence
Object of test
Test procedure
Requirements
Reproducibility
Object of test
Test procedure
Requirements
Exposure to chemical agents at environmental concentrations
Object of test
Test procedure
Requirements
Long-term stability
Object of test
Test procedure
Requirements
Saturation
Object of test
Test procedure
Requirements
Exposure to chemical agents that can be present during a fir
Object of test
Test procedure
Requirements
Variation in supply parameters
Object of test
Test procedure
Requirements
Air movement
Object of test
Test procedure
Requirements
Dry heat (operational)
Object of test
Test procedure
Reference
State of specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Cold (operational)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Damp heat cyclic (operational)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Damp heat, steady state (endurance)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Final measurements
Requirements
Low humidity, steady state (endurance)
Object of test
Test procedure
State of the specimen during conditioning
Conditioning
Final measurements
Requirements
Sulfur dioxide (SO2) corrosion (endurance)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Final measurements
Requirements
Shock (operational)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Impact (operational)
Object of test
Test procedure
Apparatus
State of specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Vibration, sinusoidal (operational)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Vibration, sinusoidal (endurance)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Final measurements
Requirements
Electromagnetic compatibility (EMC) immunity test (operation
Fire sensitivity
Object of test
Test procedure
Principle of test
Test fires
Mounting of specimens
Initial conditions
Recording of the fire parameters and response values
Requirements
Test report
Previous versions
Keep me up-to-date
Sign up to receive updates when there are changes to this standard
Related Information
Similar Standards
-
AS/NZS 1530.7:1998
Methods for fire tests on building materials, components and structures - Smoke control door and shutter assemblies - Ambient and medium temperature leakage test procedure
-
AS/NZS 1668.1:2015
The use of ventilation and air conditioning in buildings - Part 1: Fire and smoke control in buildings -
AS/NZS 5110:2011
Recessed luminaire barriers -
AS/NZS 5110:2011A1
Recessed luminaire barriers: Amendment 1:2013
Scope
Normative references
Terms and definitions
Requirements
Compliance
Individual alarm indication
Connection of ancillary devices
Monitoring of detachable detectors
Manufacturer's adjustments
On-site adjustment of response behaviour
Rate-sensitive response behaviour
Marking
Data
Requirements for software controlled detectors
General
Software documentation
Software design
Storage of programs and data
Test methods
General
Atmospheric conditions for tests
Operating conditions for tests
Mounting arrangements
Tolerances
Measurement of response threshold value
Provision for tests
Test schedule
Test report
Repeatability
Object of test
Test procedure
Requirements
Directional dependence
Object of test
Test procedure
Requirements
Reproducibility
Object of test
Test procedure
Requirements
Exposure to chemical agents at environmental concentrations
Object of test
Test procedure
Requirements
Long-term stability
Object of test
Test procedure
Requirements
Saturation
Object of test
Test procedure
Requirements
Exposure to chemical agents that can be present during a fir
Object of test
Test procedure
Requirements
Variation in supply parameters
Object of test
Test procedure
Requirements
Air movement
Object of test
Test procedure
Requirements
Dry heat (operational)
Object of test
Test procedure
Reference
State of specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Cold (operational)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Damp heat cyclic (operational)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Damp heat, steady state (endurance)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Final measurements
Requirements
Low humidity, steady state (endurance)
Object of test
Test procedure
State of the specimen during conditioning
Conditioning
Final measurements
Requirements
Sulfur dioxide (SO2) corrosion (endurance)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Final measurements
Requirements
Shock (operational)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Impact (operational)
Object of test
Test procedure
Apparatus
State of specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Vibration, sinusoidal (operational)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Measurements during conditioning
Final measurements
Requirements
Vibration, sinusoidal (endurance)
Object of test
Test procedure
Reference
State of the specimen during conditioning
Conditioning
Final measurements
Requirements
Electromagnetic compatibility (EMC) immunity test (operation
Fire sensitivity
Object of test
Test procedure
Principle of test
Test fires
Mounting of specimens
Initial conditions
Recording of the fire parameters and response values
Requirements
Test report