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Engine Ops Flashcards

1
Q

Specific topics that shall be discussed after Roll Call “WARM”

A

Weather,
Areas of danger,
Response routes,
Modifications to normal response routes (Especially important for Covering & Detailed Off & Chauffeurs)

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2
Q

Single Unit Response: “Odor of Food BROILS”

A

Odor of smoke (33), Food on stove (26), Brush (21), Rubbish (22), Oil burner (32), Incinerator (27), Leaks (Water 40-3/Steam 40-4), Sprinklers (34)

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3
Q

2nd Due Eng will augment & assist 1st Eng in whatever tactics have been initiated unless _

A

Otherwise assigned by IC

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4
Q

Eng shall enter the block 1st followed by 1st Ladder. Exception:

A

Fire bldg located at end of a narrow dead end road

CR: Winter Ops- >3 stories Lad 1st

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5
Q

T/F Whenever possible- Only 2 HL’s operated from a pumper, Supply pumper in relay should not supply any HLs or LCS, & Pumper supplying LCS should not supply any HL or add’l LCS

A

True: if emergency requires exceeding these limits- the supply/operating pumper shall be augmented ASAP to ensure positive water & IC shall be notified

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6
Q

Rescue attempts by 1st Eng w/o simultaneously stretching & positioning HL should be attempted in extreme situations only. This should occur if “NO CAPT 4-5”

A 
Number of persons trapped, 
Occupants endangered by fire, 
Cutoff by fire, 
Anticipated arrival of 1st Lad, 
PL ability to reach occupants, 
Threatening to jump, 4 or 5 FF eng
Safety Teams shall be complied with
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7
Q

Off actions of 1st Eng to protect endangered occupants “AEDS”

A

Assure victims verbally,
Ensure incoming units notified,
Doors- close to limit spread of smoke,
Stretch HL between fire & occupant

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8
Q

3 Stages of Fire Suppression Effort

A

Locate fire: 1st stage of fire suppression (before fire attack- exact location of fire MUST be determined)
Confine/Control fire
Extinguish fire

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9
Q

Fire Growth dependent on “COSI”

A

Combustible content (fuel load),
O2 supply (vent openings),
Size of rooms,
Insulation of rooms

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10
Q

During Growth stage rollover may be present. Rollover serves as a warning that _

Most structure fires are _ regulated; Outside fires are _ regulated

A

Fire area may flashover

Air regulated; Fuel Regulated

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11
Q

Warning signs of Backdraft

A

Glass windows stained w/smoke condensation & pulsating from pressure of fire, Reversal of air pulling smoke back into a smoke filled opening, Dense black smoke indicates lack of O2 & large qty of free carbon & CO gas. Other colors include: Dirty brown, yellow brown, & gray yellow

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12
Q

After ordering 1st HL stretched Eng Off should enter fire bldg & begin gathering info. This info should include “FAST”

A

Fleeing occupants causing difficulties,
Absence/presence of wellhole,
Stairway type,
Transmissions from Lad company

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13
Q

If Lad company is forcing door to fire area- Eng Off should proceed to area immediately below fire & COLD

A

Ceiling check for structural weakness/holes, look
Out window to determine location & extent of fire on fire fl,
Layout of area,
Different view from below

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14
Q

T/F Noz team must begin every interior fire attack through the door to fire area crouched low, near the floor, regardless of conditions

A

True

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15
Q

Signals: 1 or 2 slaps on back or shoulder;
Tug/Pull on arm or noz either left or right;
Steady push on back or mask cylinder;
Pull back on shoulder, bunker coat, or mask assembly

A

Open/Close nozzle
Direction of stream
Advancement of HL
Halt or stop advance

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16
Q

What is the signal for immediate withdrawal of Noz team

Broken stream out window to assist in removal of heat & smoke- noz held _

A

4 Strong slaps on shoulder & pull in direction of retreat

4-5 feet back & fill opening

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17
Q

Decisions Officer can delegate to Noz team: DECALS

A 
Direction of stream, 
Emergency opening of nozzle, 
Crackdown to regain control, 
Advancement rate,
Line- calling for more, 
Sweeping floor w/stream
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18
Q

_ is useful where heat conditions require a very low approach to fire area

Duck Walking useful for “CHARD”

A

Crawling

Concrete floors (housing projects or office bldgs), 
Heat through bunker pants, 
Accumulated water, 
Rubbish or 
Debris that cannot be swept w/stream
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19
Q

Leg forward or Outstretched used for _

Emergency situation where stream can be operated directly overhead

A

Integrity of floor doubtful, Descending stairs & ramps, & Commercial occupancies

Room “lights up” overhead, & Fire rolls overhead or from behind

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20
Q

Specific Duties for 2nd Eng “LAWN”

A

Link for communications between 1st Eng & IC,
Account for members going above fire,
Water resource for 1st HL,
Number of members on fire floor- control

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21
Q

Dresser hydrants provide _% greater discharge than Smith hydrants

How are hydrant discs labeled

A

10-15%

Company number & Individual disc number marked in black on one side of each disc

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22
Q

Knock Down means

T/F Arrival of 2nd Eng is justification for 1st Due Control FF to leave his position

A

Have control of fire area w/o complete extinguishment

False: It eliminates reason to leave, now there are 3-4 FFs to assist w/stretch

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23
Q

Single kink in 1 3/4” HL produces loss of _ GPM or more. 3 kinks could lose _ GPM

A

20; 90 (ineffective & unsafe stream)

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24
Q

White line under the number on barrel of hydrant indicates

A

Hydrant on Dead End main & only supplied from one direction (smaller in diameter & provide less water)

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25
Q

What do Yellow hydrants signify

A

Found on Parkways & Expressways turned on using Curb Valve key (street side counter clockwise) turned 18 times to right.
CR AUC 325 Add High Pressure hydrants all yellow at airports
125 PSI LGA, 160 PSI JFK

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26
Q

Each Engine should maintain a minimum of _ lengths 1 3/4”, _ 2 1/2”, & _ 3 1/2”

Hose Manufacturer’s Name or Trademark Date of Manufacture location

A

Twenty 1 3/4”, Thirty 2 1/2”, Ten 3 1/2”

Both ends of hose NOT less than 4 feet from couplings

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27
Q

_ hydrants are on 30” diameter or greater mains

A

Red Air Cock (painted red & excellent source for FD use)

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28
Q

What is done w/broken custodian wrench

A

Delivered to Admin Division for replacement by Tech Services

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29
Q

Coupling Manufacturer’s Name or Trademark Date of Issuance to Unit location

Company & Registry numbers

A

Female coupling

Male coupling

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30
Q

2 1/2” shall be stretched for DALLAS

A 
Defense position, 
Advanced fire on arrival, 
Large volume of water req'd, 
Large body of fire in large uncompartmented area, Area of fire cannot be determined, 
Standpipes
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31
Q

1st thread of both couplings is blunted w/_

A

Higbie cut to protect threads & make coupling easy

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32
Q

Can a rig drive over a hose line

A

Only if absolutely necessary: Charge HL if possible, avoid couplings, reduce speed, & 5” hose shall NOT be driven over unless properly bridged

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33
Q

Hose on rig is removed & cleaned _; Any hose that will reach _ years in current calendar year is to be taken out of service

A

Spring & Fall each year. 10 years

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34
Q

If serviceability of a length of hose is in doubt- what is done

Hose test procedure: Connect pumper to hydrant using inlet on _ side

A

Test it to 250 PSI

Side of rig opposite control panel spanner tight

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35
Q

The following defects during inspections would exclude hose from being tested “BMW CARGO”

A

Burnt hose jacket, Mildew, Worn hose jacket, Couplings damaged,
Abrasions,
Rot,
Gasket dried/damaged,
One eight inch movement on male coupling (after testing)

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36
Q

Hose Test: Stretch a max of _ lengths of hose from 1 way gate to hose test gauge on _ side

A

2 lengths, From outlet on side of rig opposite control panel

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37
Q

Hose test: Up to _ lengths of hose may be stretched from each of 2 1/2” gated outlet.
Only _ hose shall be used to supply manifold during testing operation

A

6 lengths;

2 1/2”

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38
Q

Hose Test: Gradually increase pressure until _ psi noted on hose test gauge & maintained for _ minutes. Place 1 FF on _ side of manifold facing hose at a distance of _’ from hose

A

250 psi,
5 minutes,
left side (you wanna be “LEFT” out of hose test),
15’

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39
Q

The _ (Hose test/Manifold) gauge, not the _ gauge shall be used to monitor hose pressure

A

Hose test gauge; Manifold gauge

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40
Q

An exception to stretching 1st HL up interior stairs may be made when _

A

Flame is issuing from windows opening onto fire escape & endangering people trying to come down fire escape. 1st HL may be operated from street

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41
Q

Short Stretch: Water shut down NOT req’d _

A

Adding hose to front of the stretch

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42
Q

Difficulty encountered due to volume of fire- fire escape used to conduct fire attack into apt. Before this is initiated _

A

Members must exit to safe area of refuge & apt door must be closed in order to preserve integrity of hallway & interior stairs

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43
Q

Well hole stretch: Noz FF for narrow well hole vs Wide well hole

A

Narrow: Noz FF drops folds at base of stairway, grasps noz & proceeds up stairway pulling hose up through well hole
Wide well: Carry noz & lead length in well

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44
Q

Fire Escape stretch: Hose straps shall be placed _

A

On alternate floors starting w/floor below the fire

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45
Q

Standpipe bldgs that require a stretch of _ should be included in CIDS

A

More than 3 lengths

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46
Q

T/F Eng company supplying LCS during ILP must be augmented ASAP

A

True

47
Q

Can kinks be corrected by increasing pressure?

A

No. Do NOT correct kinks by increasing pressure

48
Q

Stairs that wrap around an elevator may require a great number of lengths. To reduce required lengths & speed stretch a HL can be hoisted via stair shaft window w/utility rope. If fire is below _ floor HL stretched up stairs

A

Below 3rd Floor

49
Q

Whenever possible, standpipes shall be supplied through at least 2 independent siamese connections & by at least 2 different pumpers. What is done if there’s only one single siamese connection

A

2nd supply line can be stretched to 1st floor outlet

50
Q

Short Stretch: When is water shut down req’d

A

Adding hose to back of the stretch. ECC will shut down & drain at pumper. Add’l lines added at pumper (may be impractical if more than 4 lengths of hose originally deployed)

51
Q

2 ways to correct a burst length:

A
  1. If enough hose available- remove burst length & reattach existing couplings.
  2. Replace burst lengths w/new length of hose, when there’s NOT enough existing hose available in the stretch (both done after fire confined by closing door/moving to SRA)
52
Q

Short stretch: 2 1/2” HL

A

2 1/2” length w/noz attached brought to front of line. Tip removed from noz & 1 1/2 X 2 1/2” increasor is connected to shut off. New length of 2 1/2” added by connecting female butt to fitting on shut off. Shut off of original noz must be opened to charge new lead length

53
Q

Short Stretch: Adding length of 1 3/4”

A

Length of 1 3/4” w/noz attached is brought to front of HL. Tip removed from original & extra length added by connecting female butt to shut off. Open shut off of original to charge new lead length

54
Q

Short stretch: Can 1 3/4” hose be used to replace a 2 1/2” lead length

A

NO 1 3/4” shall NOT be used to replace 2 1/2” line

55
Q

Indication that there are kinks

A

Off calls for additional pressure & ECC responds sufficient pressure being supplied, but a reduction in flow is showing on outlet flowmeter

56
Q

Fire in NFP MD without a well hole, sufficient hose may be found by _

A

Raising already charged HL over newel post onto rails

57
Q

Supply TL inlet _ psi for effective operation (water flow controlled exclusively by supply pumper)

A

200-250 psi

58
Q

Clorox bottle carries _’ of _” nylon rope to haul hose line

A

75’ of 3/8”

59
Q

Can FD use the Occupancy hose found inside of standpipes

A

Engines= NO

Ladders & Rescue= Yes if operating remotely from Engine while performing searches in an attempt to save lives

60
Q

Max working pressure for 1 3/4”, 2 1/2”, & 3 1/2”;

Max working pressure for High Pressure Engine companies

A

250 psi- Only IC can order higher in emergency situation;

600 psi

61
Q

Indication of burst length

A

Eng Off reports little/No water & ECC sees adequate reading pressure & increased flow showing on outlet flowmeter with pumps RPM increasing automatically

62
Q

High Pressure Eng Pumping Capabilities:

A

Two stage 1000 or 2000 GPM Eng retro-fitted w/special Hi-Pressure Discharge elbow, and have been issued specialized Hi-Pr equipment to pump discharge over 250 psi & up to 600 psi

63
Q

Hi Pr & 3rd Stage Eng have the following specialized equipment: _

A

3” Hi Pr supply hose 50’ per length, Hi Pr fittings, Hi Pr Outlets (1 HP outlet on HP Eng & 2 Hi Pr Outlets on 3rd Stage Eng), Tether straps w/gated hooks (Recommended that Units Pre-Attach)

64
Q

3rd Stage Eng Pumping Capabilities:

Conventional Engine Pumping Capabilities:

A

Eng w/3rd stage that can supply a max of 500 GPM up to 700 psi

Two stage 1000 or 2000 GPM Engine

65
Q

Hi Pr pumping is defined as operating at discharge pressure over _ psi

A

Over 250 PSI. IC shall be notified when Hi Pr pumping is necessary

66
Q

Can a conventional Eng provide pressure over 250 psi?

A

All Engines are capable of providing pressure over 250, but Should NOT exceed 250 psi unless emergency condition exists & ordered to do so by IC

67
Q

Performance labels for each pumper is located _

A

On Engine pump panels for individual apparatus

68
Q

Recommended Pump Discharge Pressure for Standpipe Ops on floors 1-10 in Class E bldg;
Floors 21-30

A

150 psi

250 psi

69
Q

Whenever possible, an Eng supplying Hi Pr should be positioned within _ of FD connection being supplied;
No more than _ lengths of Hi Pr supply hose should be stretched to FD connection

A

1 length;

2 connected lengths

70
Q

Do conventional Engines carry Hi Pr supply hose, fittings, or tether straps?

A

No

71
Q

Prior to initiating Hi-Pr pumping: safety zone must be est. on each side of Eng & Hi Pr supply hose. Use _

A

Warning tape, rope or stanchions to designate zone at least 50’ around a working Eng in all directions including Hi Pr supply hose. (If 2 connected lengths of Hi Pr hose in use- zone may need to be expanded)

72
Q

How many ECC’s are needed for Hi Pr pumping & 3rd Stage:

A

Each Eng operating in Hi Pr must be controlled by one ECC who operates the pumps, and 1 ECC to monitor radio communications. Other ECC’s from non-pumping Engines shall assist in keeping persons out of safety zone

73
Q

T/F All Unused gates & outlets on rig must be closed & capped, All caps must be secured tightly, & Supply lines should be connected to designated Hi Pr outlets of an Eng when operating in High Pressure

A

True

74
Q

Hi Pr Pumping- Supply lines must be secured using _

A

Tether strap secured to both Eng & Bldg FD connection

75
Q

When ordered to pump in Hi Pr, Eng w/o tethering straps should _

A

Secure supply line to bldg Siamese connection & rig using a Utility rope

76
Q

What must be done if more than 1 supply line used for Hi Pr pumping

A

Each length must be tethered & secured to each other by tether gated hook

77
Q

Stairwells served by standpipes: Can they be used as staging or rest areas

A

Must NOT. Use minimum amount of personnel in these stairways. Bldg occupants should avoid these stairwells when possible

78
Q

When other than 1st Due to a fire in a Hi-Rise bldg: Officer of Hi Pr Eng & 3rd Stage Pumper shall direct their ECC’s to position their rig _

A

At a hydrant in proximity to standpipe Siamese connection

79
Q

Hi Pr Pumping: Standpipe system should be supplied by _

A

Two Engs (Requires more than 1 Hi Pr Eng or 3rd Stage Eng to be assigned or special called if >250 psi req’d). If only 1 Siamese connection- stretch 2nd supply to 1st floor outlet

80
Q

T/F Preset pressure on rig equipped with pressure governor should be used when charging standpipe

A

False: Should NOT. Increase pressure slowly

81
Q

Hi Pr Pumping: Can 2 separate supply lines be connected to a single bldg siamese connection?

A

Do NOT connect 2 Hi Pr supply lines to a single bldg siamese connection. Stretch 2nd line to 1st floor outlet to augment supply

82
Q

Pressures exceeding _ psi require a 3rd Stage Eng

A

Exceeding 600 psi (IC shall ensure additional 3rd Stage Eng assigned if initial 3rd Stage Eng implemented)

83
Q

T/F ECC’s intending to pump using 3rd Stage must notify & get approval from IC. Only an IC at the rank of BC or higher may order use of 3rd Stage pumper

A

True

84
Q

3rd Stage Eng are preferred choice for pumping operations requiring discharge over _ psi

A

Over 500 psi (Can pump higher volumes at pressures over 500 psi & will do so at lower pump RPMs)

85
Q

The age of the hose is determined by the serial number stamped on the coupling. What two numbers are used as a reference?

A

First two (i.e. 970023- the numbers 97 would be a 1997 length needing replacement in 2007). Any hose that will reach 10 years in current calendar year is to be taken out of service.

86
Q

Any hose placed OOS- the Company Officer shall immediately notify _

A

Fire Tools and Equipment Unit via fax with the serial numbers, size, and length for replacement

87
Q

If a particular apt is suspected to be the fire location, but door is locked & no visible indication of fire- what shall be done

A

Try jostling door. Smoke might puff around door casing

88
Q

Rubbish odor could indicate fire location of _

A

Public hallway/stairway, Compactor room, & shafts

89
Q

When the exact location of the fire has been determined it must be conveyed to the other units operating on the scene. What must be relayed to members stretching the initial hoseline?

A

The most direct route to fire area

90
Q

In some situations, what may be done to play a vital role in confining the fire while hoselines are being stretched to the location of the fire?

A

Closing of a door or window

91
Q

What is the difference between Initial extinguishment and Final extinguishment?

A

Initial includes “knock down” of visible flames & readily apparent burning & smoldering material debris.
Final means any fire uncovered by “opening up” & overhauling procedures has been extinguished

92
Q

The progression of modern content fire development curve:

A

Incipient,
Rapid Growth stage consuming O2 very quickly,
Early O2 limited Decay stage (remains if NO add’l O2 added): if add’l O2 added to fire area a 2nd rapid Growth stage may be encountered,
2nd decay stage as fuel load depleted or fire extinguished

93
Q

During the Growth stage Rollover may occur.

This is an indicator that fire conditions are rapidly changing. What must members do if they observe rollover?

A

If rollover observed and members are NOT operating under the protection of a charged HL, they shall immediately leave & isolate the fire area

94
Q

Modern content fires: as fire goes into an early decay stage prior to reaching full development, what can happen when additional oxygen is added?

A

A Ventilation Induced Flashover resulting in rapid fire development

95
Q

After Eng Off determines that a HL is needed, what info should be relayed to members performing the stretch?

A

Location, Route, & Number of lengths req’d.

96
Q

If NO Ladder company is present, can the Eng Off attempt to enter the IDLH?

A

He may enter when teamed up with another available member. He may only enter individually to address a known life hazard

97
Q

What shall the Eng Off do if he finds the entrance door to the fire area and entry is not possible?

A

The door should be closed immediately to control the flowpath, preventing products of combustion from entering the hallway and contaminating the upper flrs & preventing the escape or removal of civilians from above the fire. Door control is CRITICAL

98
Q

Prior to opening the door to the fire area for advancement of the line, the Eng Off MUST ensure _

A

That NO FF’s will be exposed in the hallway or on the stairs above as the fire attack is initiated. This can be done via HT or in person.

99
Q

Can the nozzle be opened on smoke?

A

As a general rule, noz should NOT be opened on smoke. If fire or high heat is encountered the nozzle can be used to cool & push the fire gases back toward the fire area by directing it upward toward the ceiling using a rapid side to side or clockwise motion

100
Q

When is it appropriate to place a yellow disk on a Siamese of auxiliary fire protection system?
A. Only when the system is frozen
B. Only when the system is completely OOS
C. Never
D. Only when the system needs to be augmented

A

C. Yellow Disc - available in two sizes for placement on the 4 1/2 inch or 2 1/2 inch outlets of frozen hydrants.

101
Q

Incorrect?
A) Conventional Engines are two stage 1000 or 2000 gpm engines
B) High Pressure Engines are retro fitted with a special high pressure discharge elbow
C) High Pressure Engines have been issued specialized high pressure equipment to pump at discharge pressures over 250 psi and up to 700 psi
D) 3rd stage Engines can supply a maximum of 500 gpm up to 700 psi

A

C= Up to 600 psi

Ch. 9 Add 1 1.1

102
Q

Incorrect Hi Pr Pumping
A) BC should be designated as the High-Pr Pumping Group Supervisor to control Hi Pr pumping. The operation may not be implemented until his arrival
B) Preset Pressure on rig equipped with Pro Governors should not be used when charging a standpipe system.
C) When other than 1st due to a fire in a high-rise building, Off of Hi Pr Eng & 3rd stage engines shall direct their ECC’s to position the apparatus at a hydrant in proximity to the Siamese
D) Do not connect 2 hi-pr supply lines to a single building Siamese connection. When only 1 Siamese is available stretch the 2nd supply line to the 1st floor outlet

A

A= May be implemented pending his arrival

103
Q

3rd Stage Pumping correct?
A) Pressures exceeding 500 psi will require a 3rd stage engine
B) When 3rd stage pumping is implemented, the IC shall ensure an additional 3rd stage engine is assigned to the incident
C) Only an IC at the rank of Deputy Chief or higher may order the use of the 3rd stage
D) Increased efficiency of a 3rd stage Eng makes it preferred choice for pumping ops requiring discharge pressures less than 500 psi

A

B

A-600; C- BC or higher; D- Over 500 psi

104
Q

Sprinkler systems should always be augmented by at least two different engine companies.
A) Agree or D) Disagree

A

Disagree (WHENEVER POSSIBLE, sprinkler systems should be augmented by at least two different engine companies.)
(Eng Ops ch 10 10.3.8)

105
Q 
“Urgent” for “Loss of Water” & 1st Eng pr reading decreasing and flowmeter increasing. Knowing that the 1st arriving Engine is operating a spare “pre-1997 apparatus” with a Ross Relief Valve,
Correct:
A) Kinks
B) Multiple Kinks
C) Burst Length
D) Severe Kinks
A

C Eng Ops ch 12 p 3)

106
Q

Utility rope from a window to stretch HL instead of using the stairs which wrap around the elevator. They know the lowest floor they can employ this utility rope operation is floor number?
A. 3 B. 4 C. 5 D. Utility rope is not used

A

A. Eng Ops 8.17.1
If the fire is below the third floor, the line is stretched up the stairs.
**Don’t confuse with Fire Escape stretches…If fire is below 4th floor, the fire escape hook is not used. The line is stretched up stair well of fire escape. Evolution 4 Notes D

107
Q

Correct
A. Connect to the hydrant first before hooking up to the apparatus, in case repositioning is required.
B. When drafting operations are indicated, the 10’ hard or soft suction connection may be used.
C. When first to arrive on the first alarm, the 10’ small hydrant connection, 35’ soft hydrant connection or the 10’ hard suction shall be used.
D. Any hydrant that will be used should be opened fully and tested before hooking up.

A

A

B. sect 4.d - When drafting operations are indicated, the 10’ hard suction connection must be used.
C. sect 4.b - When OTHER THAN first to arrive on the first alarm, the 10’ small hydrant connection, 35’ soft hydrant connection or the 10’ hard suction shall be used.
D. sect 3.3 - Do not open the hydrant fully.

108
Q

Generally it’s better for the Eng backstep to be stopped the proper distance beyond the bldg entrance, taking into account the type of Lad responding directly from behind. The location of _ dictates how far from the front of the bldg the Eng backstep should initially be on arrival before backstretching

A

Ladder apparatus turntable

109
Q

Who shall monitor the Dept radio & answer for the Battalion or Division aide if either fails to respond to repeated calls from Dispatcher

A

2nd ECC

110
Q

Short stretch fix incorrect
A. Water shut down is req’d when adding hose to back of stretch for both 1 3/4” & 2 1/2”
B. Adding hose to back of stretch may be impractical where more than 4 lengths of hose was deployed
C. Adding to back of line- if 6 lead lengths of 1 3/4” already stretched, only 2 1/2” hose can be added
D. Adding hose to front- water does not have to be shut down & To add 1 3/4” length, remove the top from original noz & 1 1/2” increaser is attached
E. Fire in NFP MD without a well hole, sufficient hose may be found by raising already charged HL over newel post onto railing

A

D Increaser only needed for adding 2 1/2” length

111
Q

Signal 10-70 transmitted, 2nd Eng is Water Resource Unit. Incorrect
A. Off is Water Resource Off for 1st HL, & provides a communication link between 1st Due Eng & IC
B. Off keeps track of the number of members on fire flr & controls the members going to the floors above the fire
C. ECC positions their rig at a hydrant & test it prior to assisting the 1st Due ECC
D. ECC monitors Dept radio & answers for Battalion & Div Aide if either fails to respond to repeated calls from the Dispatcher

A

B 2nd Off controls the number of members on the fire floor, limiting it to those necessary & directing others to appropriate staging areas below the fire fl. For reasons of safety, keep track of members going to the floor(s) above the fire. All members going to fl(s) above the fire before fire is CONTROLLED should communicate their ID to 2nd Eng Off before proceeding above

112
Q 
Akron TL basket based monitor can flow up to how many GPM 
A. 550
B. 1000
C. 1200
D. 1500
A

C 11.1

113
Q

ECC operating at afire should know a burst length when Eng Off reports little or no water &
A. Decrease pressure reading, adequate flow on outlet flowmeter, & pumps RPMs increase automatically
B. Adequate pressure reading, increased flow on outlet flowmeter, & pumps RPMs decrease automatically
C. Adequate pressure reading, increased flow on outlet flow meter, & pumps RPMs increase automatically
D. Increase in pressure reading, increased flow on outlet flowmeter, & pumps RPMs remain the same

A

C

Ch 12 3.2

Flashcardlet (94 decks)

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