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chapter 10 Flashcards

Company level inspections and pre-incident planning

1
Q

Co’s and their dept’s Administration need to understand th difference b’tw ‘’ surveys and fire and life ‘’

A

PRE-INCIDENT / LIFE SAFTEY CODE

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2
Q

Pre-incident survey are not intended to ‘’

A

locate code violations

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3
Q

If violations are found the Co’s may request/require that owners correct the violation or report the problem to the ‘’

A

community risk reduction

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4
Q

pre- incident surveys are conducted to assist FF ‘’ should ever be an incident at the building or facility .

A

operations

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5
Q

inspections provide Officers with the opportunity to become ‘’ w. the ‘’ and potential ‘’ within their response district.

A

familiar / structures/ hazards

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6
Q

inspections also provide a ‘’ service

A

public

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7
Q

inspections provide an opportunity to become familiar w. the structures within the community meet applicable ‘’ and ‘’

A

code and standards. 265

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8
Q

Fire and life safety inspections are designed to ?

Ensure that fire and life safety ‘’ requirements are ‘’ within public facilities

Enable the Co’s to become ‘’ w/ buildings and facilities

provide the owner/occupant w/ ‘’ materials and info to explain why an act or condition is unsafe

A

code, adhered

familiar

safety education

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9
Q

Co’s should follow their ‘’ polices and procedures for conducting inspections

A

AHJ’s

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10
Q

Co’s should be familiar with the following inspections elements x7

A

authority under which inspection may be done
preparing
conducting
general inspection
Hazard mat identification
closing interviews
documentation

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11
Q

in general, unless an emergency is in progress on the property, FF’s cannot ‘’

A

enter property w/o permission

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12
Q

under common law and most statutory law, the existence of an emergency constitutes ‘’

A

implied permission to enter

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13
Q

2 exceptions to implied permission are

A

military emergency responders on military base
members of industrial brigade on company property

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14
Q

what are conditions that allow emergency responders and law enforcement to enter structures without a warren.

A

exigent circumstances

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15
Q

for exigent circumstances to apply 1 of these 3 conditions must be present

A

people must be in imminent danger

evidence may face imminent danger
a suspect may escape p. 266

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16
Q

When no life threatening emergency exist, the ‘’ must grant right to enter property. This specifically applies to ‘’

A

owner or local ordinance
safety inspections

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17
Q

Local governing body must adopt an ‘’ that ‘’ the fire chief and designed representative to enter private property within the jurisdiction at ‘’

A

ordinance , authorizes , at any reasonable hour

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18
Q

all units must understand that inspections may be interrupted by an ‘’

A

emergency

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19
Q

all emergency responders have a ‘’ and ‘’ duty to act when they confront a ‘’ conditions

A

legal /moral / hazardous

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20
Q

`who is responsible for ensuring that these building and facilities are inspected

A

fire chief

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21
Q

most fire codes require buildings or facility yo be inspected at least ‘’ a year

A

1

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22
Q

CO’s must identify what during inspections

A

hazardous conditions that might cause a fire and conditions that impede the occupants egress in emergency

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23
Q

obstructed or locked exit doors must be

A

corrected b4 the co leaves

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24
Q

other violations such as ‘’ can be given more time to correct

A

fire extinguisher ( reasonable amount of time ) p. 267

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25
Q

when a violation has been reported to the occupant and the required corrective action has been explained, a ‘’ that includes ‘’ and time of the follow up or reinspection is issued.

A

written notice , time and date

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26
Q

if violation is all set after reinspections the co should

A

thank occupant and complete paperwork

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27
Q

if violations are not corrected co should follow organizational guidelines to gain compliance these may include :

A

making another attempt
scheduling a second follow up
issuing a citation to the responsible party

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28
Q

a major factor in a life safety inspection is

A

preparation

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29
Q

the purpose of any life safety inspection is to leave the occupancy ‘’

A

safer than b4 and the occupant more knowledgeable about protecting themselves

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30
Q

the first step in preparing for the inspection is

A

gathering info p. 268

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31
Q

one of the best informations sources about an occupancy is the record of ‘’

A

previous inspections and incident reports

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32
Q

at the very least , the record indicates a need for ‘’

A

more public education with the building owners

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33
Q

co’s must know the inspection ‘’ and ‘

A

policy and follow it p. 269

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34
Q

a large part of the success of an inspection depends on how the business owners and employees ‘’ the personnel ‘’ the inspection

A

perceive , conducting

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35
Q

Units should drive around the facility or block to observe the surrounding areas, personnel should note or photograph the following :

A

hydrants
potential exposures
overhead obstruction
business name /address as displayed on building
anything else that could help location or aging access to building

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36
Q

one member is usual y required to what during inspections

A

stay with truck

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37
Q

b4 starting inspection co’s should ask the rep to review background data including

A

address , owners, numbers.. make sure correct. 270

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38
Q

what is an inspections primary concern

A

life safety

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39
Q

Co’s must inspection every ‘’

A

room, space or compartment

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40
Q

some private firms working under federal contract require personnel to complete ‘’ b4 being allowed to enter

A

personal data form

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41
Q

if occupant has a sprinkler systemm the inspector should check the ‘’

A

post indicator valve

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42
Q

if no floor plan exist , …’’

A

one should be drawn during inspection tour

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43
Q

common violations may be divided into the follow :

A

means or egress
processes
waste mNGT
hosuekeepin
storage
fire protection p.271

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44
Q

what is the most single important life safety item to be inspected

A

means of egress

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45
Q

a means of egress consist of 3 parts ?

A

access to the exit
the exit itself
exit discharge

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46
Q

the exit may discharge into a ‘’ or lead to a ‘’

A

public way / point of saftey or area of refuge

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47
Q

according to NFPA101 life saftey code all means of egresss must be usable by a person with ‘’

A

severe mobility impairment

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48
Q

inspections should look for what regarding egress

A

obstruction , markings , lighting , door swing , hardware and stairwells

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49
Q

what is any permanent or movable object that will reduce the width of original exit passage( must be removed immediately )
* if severe may result in closing of facility until corrected

A

obstruction

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50
Q

exit signs must be visible in ‘’’ , signs are usually ‘’ and have ‘’ power in event of power failure . usually above doors

A

dark , electrified , auxiliary

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51
Q

exit doors usually swing in the direction of’’ . on a doors exit discharge side , the door opening should not extend into ‘’

A

travel, passageway and reduce exits width

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52
Q

exit doors must remain ‘’ from the inside whenever the building is occupied and must be ‘’ from the inside with a single motion , w/o a key or special knowledge.

A

unlocked /openable

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53
Q

interior locks should not prevent

A

reentry onto all floors , if required

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54
Q

reentry permits

A

sheltering in place on selected floor p. 272

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55
Q

what can obscure or block access to means of egress

A

trash or litter

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56
Q

small storage rooms may contain

A

janitorial supplies, office supplies or miscellany materials

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57
Q

large rooms may contain retail merchandise, such as

A

toys, clothing , maintenance parts or ignitable liquids.

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58
Q

flammable material such as ‘’ must be kept seperate

A

cardboard boxes , packing material or ignitable liquids

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59
Q

smoking .weding and cutting operations should be ‘’ from stage areas

A

prohibited

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60
Q

exit passageways use be

A

marked and unobstructed

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61
Q

fire protection depends upon many factors such as :
employees ability to ‘’ and ‘’ a fire
ability to use a ‘’
built in ‘’
automatice ‘’

A

recognize , report
extinguisher
fire alarm systems
sprinklers

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62
Q

company level personnel must possess sufficient know and skills to be able to :

answers ‘’ related to fire ‘’
asset plant ‘’ and’’ personnel i these areas when asked
inspect and if required test ‘’

A

questions prevention and protection
saftey /security
fire detection p. 273

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63
Q

3 Major systems used to identify hazardous material in North America

A

NFPA 704

u.s. Dept of Transportation (dot)

United Nation global Harmonized system of classification and labeling of chemicals ( GHS ) p. 74-5

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64
Q

Signs may indicate the presence of Hazmat material at x3 ‘’

A

fixed facilities
pipelines
on piping systems
other container

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65
Q

NFPA “” is the standard system for identification of the hazard of materials for emergency response

A

704

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66
Q

what is the widely recognized method for indicting the presence of hazmat material at commercial , manufacturing , institutional and other fixed storage

A

nfpa 704

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67
Q

NFpa 704 is designed to alert emergency responders to x4 ‘’ specifically x2 ‘’ that may present short term , actor exposures resulting from fire, spill or similar emergency

A

health, flammability, instability and related hazards

oxidizers, water- reactive material

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68
Q

who x3 countries use a placarding , labeling and marketing systems to identify hazmat during transports

A

us , mexico and canada ( same source transport of dangerous goods- model regulation published by United nations)

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69
Q

Transport labels are designed for ‘’ packages , where transportation placards are designed for ‘’ packages

A

non bul vs bulk275

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70
Q

what does GHS stand for

A

globally harmonized system of classification of chemicals

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71
Q

the purpure of GHS is to ‘’ common, consistent ‘’ for classifying chemicals according to there ‘‘x3 hazards and encourage the use of compatible hazard ‘’, ‘‘data sheets and other comm info based on the resulting classification

A

promote , criteria,
health, physical and environmental
label and saftey

72
Q

Key harmonized elements of GHS are:

Uniform classification of ‘‘and ‘’
Uniform ‘’ standards
Allocation of ‘’ elements
Symbols and ‘’
— Signal words: ‘’’ (most severe hazard categories) and ‘’ (less severe hazard categories)
Hazard ‘’
‘’ statements and pictograms
Product and supplier’’
Multiple ‘’ and ‘’ of information
‘’ for presenting GHS label elements
Special ‘‘arrangements
Uniform safety data sheet (SDS) ‘’ and’’

A

Uniform classification of hazardous substances and mixtures
Uniform labeling standards
Allocation of label elements
Symbols and pictograms
— Signal words: danger (most severe hazard categories) and warning (less severe hazard categories)
Hazard statements
Precautionary statements and pictograms
Product and supplier identification
Multiple hazards and precedence of information
Arrangements for presenting GHS label elements
Special labeling arrangements
Uniform safety data sheet (SDS) content and format

73
Q

when inspection is complete the findings should be discussed with one in a ‘’

A

closing interview

74
Q

if no violations found the CO should ‘’ if Violations found the CO should

A

congrats owner , review and discuss

75
Q

immediate threats to life saftey , such as locked or obstructed exits should be

A

immediately fixed b4 CO leaves

76
Q

a ‘’ amount of time should be given to fix less critical things

A

reasonable

77
Q

when should the CO set a date and time for the next inspection

A

during closing p. 276

78
Q

documentation must be x3 “” as possible

A

complete, accurate and readable

79
Q

changes in the ‘’ plan, use or ‘’ , ‘’, and occupancy ‘’ are all important to Responders

A

floor plan , processes, access , status

80
Q

each fire section system must meet requirements of ‘’

A

NFPA 71 ( fire alarm and singling code )

81
Q

inspectors or CO’s personnel will not determine the stems ‘’, only how well it is ‘’

A

adequacy , maintained

82
Q

inspection personal are not usually required to ‘’ pumps .

A

test

83
Q

When inspecting, one should check the ‘’ x2

A

pump maintenance , test records

84
Q

Nfpa 20 require them pumps to be run for at least ‘’ per week

A

30

85
Q

Co should look for signs for x5 to the pump or associated piping

A

water, oil, rust, corrosion or damage p. 277

86
Q

when inspecting standpipes and hoses systems , CO should perform the following :
Check the hose cabinets to see that they are free of ‘’ and ‘’
Check the hose for signs of ‘’ (water stains, cuts, or abrasions on its surface).
Feel the hose between the ‘’ and the first ‘’. If water has accumulated there, the valve may be partially ‘‘or ‘’
’’ the hose on 1½-inch (38 mm) hose connections. Test the valve by ‘’ it to allow water to flow into a bucket held close to the outlet.
Check the ‘’ of the hose threads and gasket while the hose is disconnected.
Remove the hose’’ , and check its ‘’ and gasket.
Remove the ‘’ and check the ‘’ on 2½-inch (65 mm) hose connections, and connect a pressure gauge to the outlet so that the valve can be opened to test it.
Check the’’ to ensure that the threads are undamaged and the inlets are free of ‘’.

A

Check the hose cabinets to see that they are free of trash and debris.
Check the hose for signs of deterioration (water stains, cuts, or abrasions on its surface).
Feel the hose between the connection and the first fold. If water has accumulated there, the valve may be partially open or leaking.
Disconnect the hose on 1½-inch (38 mm) hose connections. Test the valve by opening it to allow water to flow into a bucket held close to the outlet.
Check the condition of the hose threads and gasket while the hose is disconnected.
Remove the hose nozzle, and check its operation and gasket.
Remove the cap and check the threads on 2½-inch (65 mm) hose connections, and connect a pressure gauge to the outlet so that the valve can be opened to test it.
Check the system’s fire department connection (FDC) to ensure that the threads are undamaged and the inlets are free of debris.

87
Q

what ‘’ consist of a water source, distribution piping and one or more individual sprinklers

A

auto sprinkler system

88
Q

what system can get water to a fire faster but could freeze

A

wet systems

89
Q

3 types of dry systems are?

A

A dry pipe - closed sprinkler attached to piping , that contains air under pressure ( put where there is a subject to freezing )

preaction - same as dry but also has a secondary detection system ( both systems must work b4 extinguishing agents ) ( installed where sensitive to accidental water damage )

deluge - piping and open sprinkler. used to active water or foam p. 278

90
Q

Dry chem systems must conform to NFPA ?

A

17

91
Q

Dry chems are used for where ?

A

rapid extinguishment of fire is required but reignition is unlikely

92
Q

dry chem system are either ‘’’ or ‘’

A

engineered or pre engineered

93
Q

’’ systems are specifically calculated and constructed for a particular occupancy

A

engineered

94
Q

’’ systems are designed to protect an area in an occupancy

A

pre - engineered

95
Q

fixed dry chem systems use the same fire extinguishing agents as

A

portable dry chem ones.( nontoxic and nonconducting , hard to clean up )

96
Q

2 main types of dry chem systems are

A

local and total flood

97
Q

most common type of dry chem systems >

A

local ( discharge directly onto a small area like cooking surfaces in kitchen )

98
Q

when inspecting local systems one should look for :
discharge nozzles not to ‘’ with grease or other material so they can work

manual controls to see that the ‘’ have not broken

fusible links are’’ and’’

pressure gauge on agenct tanks within ‘’ range

’’ tag was done within a year

A

discharge nozzles not to heavily coated with grease or other material so they can work

manual controls to see that the saftey seal have not broken

fusible links are clean and intact

pressure gauge on agenct tanks within operating range

service tag was done within a year

99
Q

what dry chem systems are installed in areas such as paint spray baths , where hvy cloud agent is needed to fill entire space when discharged

A

total flood

100
Q

total flood systems may be’‘or ‘’ , auto by f’’

A

auto , manual , fusible links

101
Q

Cos should also make sure the following are meet :

Manual pull stations are ‘’
seals and tampers indicator are ‘’
Occupants are ‘’ with system
multiple manual activation devices are located at ‘’ from compartment areas

A

Manual pull stations are unobstructed
seals and tampers indicator are intact
Occupants are familiar with system
multiple manual activation devices are located at various exits from compartment areas p. 280

102
Q

what chem systems are designed to be installed in commercial range hoods, plenums and ducts

A

wets systems

103
Q

Typical wet chem systems use an agenct that is a mixture of potassium ‘’ or ‘’

A

water , potassium or potassium acetate .

104
Q

wet chem are great for

A

cooking oil related applications ( the separate the fuel from the oxygen )

105
Q

Carbon dioxide systems are designed to conform NFPA ‘’ and have 2 types ‘’ or ‘’

A

12, local or total flood

106
Q

total flood systems must have an ‘‘to warn anyone in the room

A

alarm ( both auto and manual station have alarm b4 it comes out )

107
Q

in auto mode , CD systems are actuated by

A

heat , rate of rise , smoke or flame

108
Q

Halons and halogenated extinguishing agents contain ‘’ from serious of elements ‘’ x4

A

atoms , fluorine , chlorine , bromine and iodine

109
Q

halogenated agents are effective on class ‘’ or ‘’ fires

A

b and c

110
Q

halon was designed as a
‘’ agenct that leafs no residue but it has been restricted due to

A

cleaning , harm pp and ozone layer

111
Q

’’ protocol of 1897 provided a phase out of halon agents after jan 1 1994

A

montreal

112
Q

criteria for exemption for halon is :

A

necessary for human health (aircraft engine rooms )

no other alternatives

all other actions have been used b4 going to this

the substitute halon agent is not enough

113
Q

halon systems installed prior to montreal protocol may remain in use until

A

used on fire or leaks off p. 28 1

114
Q

in Portable fire extinguishers 2 halons are still used which are they

A

halon 1211( most common _
halon 1301 ( more common in fixed systems )

115
Q

halon system may be ‘’ or ;;

A

pre engineered or engineered

116
Q

Most halon systems are ‘’ for a particular occupancy that they are installed.

A

engineered

117
Q

all halon systems have the following parts

A

tank and piping
value actuator
nozzle
detector
manual release
control panel

118
Q

Halon systems are equipped with an abort switch to ‘’ inadvertent systems actuation so it doesn’t get ‘’

A

cancel , wasted

119
Q

during inspection of halon co should

A

check to see if there is a loss of agent

detectors and discharge nozzles are not obstructed

check the service tags make sure within time

120
Q

ex of halon agenct replacement include

A

fm-200 ( alternative to 1301 )
inergen ( blend of 3 gases nirgrogen, argon and CD )

121
Q

foam systems would be found where water alone is not enough theses system can be found in “”

A

flammable or combustible liquids

aircraft hangers

places with rolled paper or tactile stores

122
Q

foam systems are designed to produce ‘’ examples are

A

protien

fluoro protien ( FFP) or aqueous film forming (AFFF) p. 282

123
Q

systems are designed in ‘'’x3 expansion foams to conform nfpa 11

A

low medium and high

124
Q

all portable fire extinguishers must be installed and maintained account to NFPA

A

10 p. 283

125
Q

Portable fire extinguishers use different methods to expel the extinguishing agent. They can be broadly classified according to the method used, which include

A

stored pressure
cartridge operate
pump operated

126
Q

requirements foe extinguisher distribution are contained in nfpa

A

10 . class A, B, C, D, K

127
Q

Following factors are important in the selection and distribution of fire extinguishers :
Chemical and physical characteristics of the combustibles that might be ‘’

Potential ‘’ (size, intensity, and rate of advancement) of any resulting fire

Location of the ‘’

‘’ of the extinguisher for the hazard in question

Personnel available to’’ the extinguisher, including their physical’’ , emotional ‘’, and the extinguisher training they have received

‘‘l conditions that may affect the use of the extinguisher (temperature, winds, presence of toxic gases or fumes)

Anticipated adverse chemical’’ between the extinguishing agent and burning material

Any’’ and ‘‘safety concerns such as exposure of the extinguisher operator to heat and products of combustion during fire fighting efforts

‘‘and ‘’ required to maintain the extinguishers

A

Chemical and physical characteristics of the combustibles that might be ignited
Potential severity (size, intensity, and rate of advancement) of any resulting fire
Location of the extinguisher
Effectiveness of the extinguisher for the hazard in question
Personnel available to operate the extinguisher, including their physical abilities, emotional characteristics, and the extinguisher training they have received
Environmental conditions that may affect the use of the extinguisher (temperature, winds, presence of toxic gases or fumes)
Anticipated adverse chemical reactions between the extinguishing agent and burning material
Any health and occupational safety concerns such as exposure of the extinguisher operator to heat and products of combustion during fire fighting efforts
Inspection and service required to maintain the extinguishers
p. 285

128
Q

what is essential regarding fire extinguishers

A

placement

129
Q

if a extinguisher are placed in cabinets in a rated wall what must happen

A

it must be rated the same as the wall

130
Q

when placed properly extinguishers should be

A

visible and well signed
near points of egress
unblocked /unobstructed
near normal paths of travel

131
Q

standard
heights specified for extinguisher are ?

A

it less than 40lbs it should be installed so the top of it is not less than 5 ft above flor

greater than 40lbs except wheel ones should be place so the top of it is less than 3.5 ft above floor

clearance b’tw the lotto and floor should never be less than 4 inches

132
Q

situation that can impair extinguisher readiness

A

stolen or misplaced
something can strike it and damage it
mechanical issues
not propel serviced or recharged

133
Q

During inspection of extinguisher CO should

A

Check location
no obstructs access
inspection tag
examine nozzle
check saftey pin
look for damage
check pressure gauge
make sure its full
check collar tag for current info
required signage in place
operating instruction
suitable for hazard p. 285

134
Q

what ‘’ is the process of gathering and evaluating info, providing info that can be used to formulate plans, and ensuring that the info remains current

A

pre- incident planning

135
Q

what is the 1st step to completing a successful pre incident survey ?

A

building a relationship B’tw CO and owner /occupant

136
Q

when Owner/occupant are shown ‘’’ it is much more likely that accurate info will be obtained during the survey

A

respect ( should be maintain throughout survey)

137
Q

good ‘’ insures preincident survey results will be valuable and the process will not inconvenience owner

A

preparation

138
Q

if possible Co should obtain a copy of the facility ‘’ from the owner or building dept

A

plot plan

139
Q

Co should ensure necessary survey X3 are immediately available

A

documents, tools equipment

140
Q

where can info on buildings usually be found

A

tax assessor website p. 286

141
Q

most pre-incident survey kits include

A

writing / drawing equipment
flashlight
water- pressure gauge
camera
key box
measuring tape
Gps
PPE

142
Q

Visits should be scheduled when ?

A

its convent for owner

143
Q

for serious hazard what the best approach

A

immediate correction p. 287

144
Q

Co’s should look at what during surveys ‘’ x3 while making survey FF safety ‘’, conditions, ‘’ loading , and ‘’ conservation should be considered

A

vent systems, fire protection systems and water supplies

hazards, structural , fuel , property

145
Q

during a survey, personnel would concentrate on answering ?

A

questions

146
Q

Potential hazards to FF safety exist on premises?

A

hazmat
high voltage
unprotected opening
metal clad doors
hidden doors
overhead power lines
extreme elevation
available water supply
unique building features
Fire protection systems that cut of egress
high pile storage racks p. 288

147
Q

field sketches should be made of structures including ‘’ x3

A

size, location and components

148
Q

surveys info can be gathered in method including :

A

checklist
easy style
voice record
sketches , photo or video ( need express permission )

149
Q

info on survey form can include

A

Occupancy information
* Access
* Water supply to include estimated fire flow
* Location of utility shutoffs
* Hazards
* Ventilation
Roof construction
Stairwell features
Internal and exterior building factors
Command post sites
* Evacuation sites
* Triage sites
Suggested street closures
High value areas (records, computer system
Elevator operations information
data storage)
* Secondary extinguishing systems

150
Q

Multistory and large buildings have unique information that should be recorded on survey forms.
base and staging’’
Lobby ‘’
Traffic and’‘plan
Building’‘system
Interior ‘’ sites
System ‘’
Number of ‘’
Occupant ‘’ plan

A

base and staging locations
Lobby control
Traffic and access plan
Building communications system
Interior command sites
System controls
Number of stories
Occupant egress plan p. 289

151
Q

Notes on locations on plot plans would be

A

Hydrant
sprinklers/standpipe
utility control
fences .landscape
power line s
obstructions to property
underground storage tanks
fire escapes
ornamtel facing , awning or marquees
roof covering
heavy ojects on roofss
location of gather points for evac
FF run of patterns
knonks box

152
Q

a buildings ‘’ does not provide good ‘’ point for gathering building ‘’ info since many buildings are covered with bricks , stones or alumni siding

A

exterior , vantage , construction

153
Q

site access shouldbe noted on surveys plot plan including :

A

parking lots, driveways , bridges, gates
access route to exposures
private roads /bridge that don’t meet weigh requirements
fire lanes
morrow alley ways
overhead obstructions p.290

154
Q

Co’s can start where on there interior surveys

A

personal preference unless started too. top or bottom floors

155
Q

Locations of any of the following should be noted on floor plan drawings

A

facility control room
vertical shafts, horizontal openings
F.protection equipment ( standpipes , sprinkler systems )
fire control centers
enunciates
safe havens
opens pits / hazards
hose and equipment closets
utility shut offs
exits

156
Q

life saftey info collected by survey personnel can be divided into 2 main topics ?

A

protection and evac of occupants and protection of FF

157
Q

occupant protection info to be gathered is

A

locations of :
# of exits , elevators /escalotos , windows for rescue
special evac considerations for disable pp
safe refuge
flammable /toxic interior finishes p. 291

158
Q

building features that may confuse or trap FF

A

DEAD END CORRIDORS
open vats , pits or shafts
openings into underground unitlity shafts /tunel
multilevel floors
maze like rooms
alterations
p. 292

159
Q

major fuel sources are

A

furnishings , building contents

160
Q

standard for smoke and heat Venting is NFPA

A

204 p. 293

161
Q

Types of vents and curtain boards include

A

auto roof and wall vents
atrium vents
monitor
skylights
curtain boards
p. 294

162
Q

what systems introduce thermostatically controlled air into compartments via floor openings

A

underfloor distributions systems

163
Q

UFADs pose life saftey issues for 2 reasons :

A

smoke develops under floor it will be distributed into the compartment at flor levels

water may enter it ( short circuits)

164
Q

FD should not test fire protection systems just note

A

ITS PRESENCE AND CONDITION AND EVALUATE ITS USEFULNESS

165
Q

survey teams should pay particular attention to what locations of systems ?

A

extinguisher
standpipes
fire section /alarm
smoke, heat or alarm activate doors p. 295

166
Q

high value content may include

A

files/records
machinery
antiques
electronic equipment
merchandise
irreplaceable items

167
Q

once visit is complete cos are responsible for

A

processing info

168
Q

2 general schools of thought about what should be included in a preincident plan
which are

A
  1. assumes all interior structures fires behave in the same way , predictable unless there is something to cause it to be different
  2. much more involved and time consuming
169
Q

main advantage to second approach is

A

likelihood of critical items is very low .297

170
Q

3 types of facility survey drawings are

A

plot plan
floor plan
election

171
Q

indicates how buildings are situated in relation to other buildings

A

plot plan

172
Q

shoes layout of individual floors, subfloors and roofs

A

floor plan

173
Q

shows side views of structures depicts # of floors in an building

A

elevations

174
Q

content and format of preincident survey will be dictated by

A

ahj

175
Q

preplans can be kept in

A

hard copy or electronically files on MDT in truck p. 298

176
Q

3 major task with any preincident plan involves

A

gathering data, entering it and keeping it current p. 299

Company Officer (9 decks)

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