Nicet 3 design criteria
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Auxiliary Powerplant (APP) Operati... Heat Flow and R-Value: Insulation a... Skew and Scan Removal & Reassem... Sling Lo
22 terms 20 terms 11 terms 21 terms
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A ___________ __________ follows prescribed rules and prescriptive design
statements in NFPA 72 2016 that define the quantity,
location, and spacing of initiating devices and notification
appliances.
Total detector coverage is defined in NFPA 72 2016 17.5.3.1
Section __________. The exceptions include:
Inaccessible.
_____________ areas.
Combustible.
_________________ blind spaces.
open.
Below ________ grid ceilings.
Concealed
______________ accessible spaces.
Partial or __________ coverage is where codes, laws, or AHJs selective
only require coverage in specified areas.
______________ coverage is when detectors are installed to Nonrequired
meet fire protection goals where they are not required by
codes, laws, or AHJs.
A _____________-based fire alarm system design is an performance
objective-based design with supportive engineering data
Annex _____ of NFPA 72 2016 defines the performance- B.
based design process and has many data tables for the
computation of the math-based design. This annex is not light reading material, but you should review some of the
concepts presented and the data provided in the tables.
, A __________ design looks at the expected use of the performance-based
building and contents and uses math-based modeling to
predict the parameters of the fire for those conditions.
A ___________ design uses models to cover a range of prescriptive
conditions based on UL and other engineering data.
The ___________ design has many advantages over performance-based.
prescriptive designs for buildings with unique
architectural features, historical buildings, or activation of suppression
_________ systems.
Annex B also has some very good supplemental material 17.
to Chapter ___ as it relates to the ________ and _________ of
detection devices. location.
spacing.
A ____________ analysis should be done with a ____________ hazard.
design, and the tables in Annex B can be used to predict
________, speed of growth, and other characteristics of a fire prescriptive.
based on the contents in an area.
heat
A proper ___________ ________ is possibly the most important hazard analysis
function of the fire protection professional.
Annex B contains material that defines all of the detection.
reference data and calculations for almost every aspect
of modeling a fire and application of the appropriate spacing.
__________ methods and _________ of the detectors.
A 16 ft. stack of wooden pallets has a __________ __________ very high.
maximum heat release rate. (NFPA 72 2016, Table
B.2.3.2.6.2(a))
Definition: ___________ : Hazard
What will be burning?
___________ quantity factor ‒ A propane tank farm presents Fuel
different problems than does a carburetor on a race car.
__________ potential factor (smoke and heat) ‒ The hazard, in Spread
and of itself, may be relatively small but left unchecked, it
could represent a whole different element of risk.
Definition: _____________: What will be lost in the event of a Risk
fire? (Consequences of an uncontrolled fire? Lives
affected? Property destroyed?)
Save
Students also studied
Auxiliary Powerplant (APP) Operati... Heat Flow and R-Value: Insulation a... Skew and Scan Removal & Reassem... Sling Lo
22 terms 20 terms 11 terms 21 terms
emissalou10 Preview andyle79 Preview denverhicks23 Preview Mic
A ___________ __________ follows prescribed rules and prescriptive design
statements in NFPA 72 2016 that define the quantity,
location, and spacing of initiating devices and notification
appliances.
Total detector coverage is defined in NFPA 72 2016 17.5.3.1
Section __________. The exceptions include:
Inaccessible.
_____________ areas.
Combustible.
_________________ blind spaces.
open.
Below ________ grid ceilings.
Concealed
______________ accessible spaces.
Partial or __________ coverage is where codes, laws, or AHJs selective
only require coverage in specified areas.
______________ coverage is when detectors are installed to Nonrequired
meet fire protection goals where they are not required by
codes, laws, or AHJs.
A _____________-based fire alarm system design is an performance
objective-based design with supportive engineering data
Annex _____ of NFPA 72 2016 defines the performance- B.
based design process and has many data tables for the
computation of the math-based design. This annex is not light reading material, but you should review some of the
concepts presented and the data provided in the tables.
, A __________ design looks at the expected use of the performance-based
building and contents and uses math-based modeling to
predict the parameters of the fire for those conditions.
A ___________ design uses models to cover a range of prescriptive
conditions based on UL and other engineering data.
The ___________ design has many advantages over performance-based.
prescriptive designs for buildings with unique
architectural features, historical buildings, or activation of suppression
_________ systems.
Annex B also has some very good supplemental material 17.
to Chapter ___ as it relates to the ________ and _________ of
detection devices. location.
spacing.
A ____________ analysis should be done with a ____________ hazard.
design, and the tables in Annex B can be used to predict
________, speed of growth, and other characteristics of a fire prescriptive.
based on the contents in an area.
heat
A proper ___________ ________ is possibly the most important hazard analysis
function of the fire protection professional.
Annex B contains material that defines all of the detection.
reference data and calculations for almost every aspect
of modeling a fire and application of the appropriate spacing.
__________ methods and _________ of the detectors.
A 16 ft. stack of wooden pallets has a __________ __________ very high.
maximum heat release rate. (NFPA 72 2016, Table
B.2.3.2.6.2(a))
Definition: ___________ : Hazard
What will be burning?
___________ quantity factor ‒ A propane tank farm presents Fuel
different problems than does a carburetor on a race car.
__________ potential factor (smoke and heat) ‒ The hazard, in Spread
and of itself, may be relatively small but left unchecked, it
could represent a whole different element of risk.
Definition: _____________: What will be lost in the event of a Risk
fire? (Consequences of an uncontrolled fire? Lives
affected? Property destroyed?)
