Pierce Aerial Flashcards
Before placing into service, a ______ inspection should be performed
Primary
___ feet Heavy Duty aerial
100’
____ sections ______ ladder
4
Steel
Each ladder section is ________ diagonally, vertically & horizontally using welded steel tubing
Trussed
100’ or ____’ above ground at ____°
105
75°
Tip Load - ____ lb at full extension, with ____ MPH wind and discharging up to ____ GPM at ____ PSI with the nozzle in any position
500
50
1000
100
Extension/Retraction - ___ hydraulic cylinders & cable/pulley system.
2
Elevation - ___ double-acting lift cylinders ___° below horizontal to ___° above horizontal
2
5°
75°
________ ________ - cartridges & a rotational brake to restrict ladder movement when system hydraulic pressure is not present
Holding Valves
Construction Requirements - NFPA ____-1999
1901
Ladder has a safety factor of ___:___ based on rated load
2:1
Ladder has a stability factor of __.__:__
1.5:1
Load Chart Waterway Dry: -8° to 9°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Load Chart Waterway Dry: 10° to 19°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Base - 250
Load Chart Waterway Dry: 20° to 29°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Lower Mid - 250
Base - 500
Load Chart Waterway Dry: 30° to 39°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid - 250
Lower Mid - 250
Base - 500
Load Chart Waterway Dry: 40° to 49°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid - 250
Lower Mid - 500
Base - 750
Load Chart Waterway Dry: 50° to 59°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid - 500
Lower Mid - 750
Base - 1000
Load Chart Waterway Dry: 60° to 75°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid - 1000
Lower Mid - 1000
Base - 1000
Load Chart Waterway Dry: 70° to 79°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
C
Rated Horizontal Reach - @ 0° = ___feet __ inches
95’ 1”
Pierce:
Rated Horizontal Reach - @ 45° = ___ feet ___ inches
66’ 9”
Rated Horizontal Reach - @ 75° = ___ feet ___ inches
23’ 11”
Aerial & Ice - large ice near ____ can rapidly lead to an unstable condition.
Tip
Aerial & Ice Chart is based upon continuous ____° rotation & aerial at any extension with ____ in. Of ice build-up.
360°
0.25”
Turntable Deck has a no-____ surface
Skid
Stabilizers - ___ extendable, double box design stabilizers for stability.
2
A ______ ______ intercom system is installed between the tip of the ladder and the turntable console.
Fire Research
A ________ intercom system (optional) is installed in the main cab that controls the headsets used between the crew members.
Sigtronics
Pierce Truck Maintenance:
The aerial is equipped with an electrical swivel with ___ collector rings operating through 360°. Each collector ring is capable of handling a ___-amp load.
28
20
EPU Limits - ___ minutes without allowing at least ___ minutes for cooling down.
30
30
HYDRAULIC SYSTEM PRESSURE GAUGE - The system standby (bias) pressure is ____ psi (+/-10 psi). The maximum system pressure is _____ psi
350
3000
LOAD SENSE TEST (LST)/OIL SAMPLING PORT. This test port has a yellow cap and is also used for an ____ sampling port
Oil
DANGER - Activating the boom clockwise rotation emergency override will disable the __________ interlock for short jacking
Rotation
AERIAL COUNTERCLOCKWISE/CLOCKWISE ROTATION EMERGENCY OVERRIDE KNOB - Used in the event of
the loss of aerial _________ power
Electric
EMERGENCY HYDRAULIC POWER SWITCH - _____ for aerial emergency power, and _____ for stabilizer power).
UP
Down
The area where the ground pads make contact with the ground must be firm and capable of supporting ___ psi
75
Pierce:
Install stabilizer jack safety pins (if equipped) keeping the handle about __ inch from jack
1
Reposition wheel chocks. Downhill side against tire and the uphill chock approximately __ inches from tire. The aerial is ready for operation
2
On the short jack side, it will be necessary to extend the beam far enough to _______ the stabilizer jack safety pin (if equipped) from its storage bracket and install it into the jack assembly
Remove
Jackknife collision warnings activate at ___° and ___° angles
65° and 85°
An operator must be stationed at the __________ controls at all times during any aerial operation
Turntable
The capacity of the pulley system is ____ pounds, but cannot exceed the remaining ladder tip capacity
500
To pick up a 500-lb load, the dead end of the rope must be secured to the ladder handrail. Dead ends secured otherwise limit the capacity to ____ pound
250
Observe NFPA _____ and all department operating procedures concerning the use of rescue equipment
1670
The lifting eyes are intended to be used only as a single anchor for a single rescue rope The load on the lifting eyes should never exceed ____ lbs. never use pulleys
500
Passenger and driver side lock-out control levers are linked and can be moved to the LOCKED position from either side. Moving lever to the FREE position must be done from the _______ side
Driver
The EPU should be used only when the main system __________ pump is not operating.
Hydraulic
To prevent “dead-heading” the EPU hydraulic pressure, the EPU should be activated only after the desired function is selected
To prevent “_____-________” the EPU hydraulic pressure, the EPU should be activated only after the desired function is selected
dead-heading
In the event the aerial device sustains physical damage during operation, a qualified technician shall study the assessment criteria found in this section and NFPA 1911
In the event the aerial device sustains physical damage during operation, a qualified technician shall study the assessment criteria found in this section and NFPA _____
1911
Class I Dent - a dent where the length is less than ___ times the width or a dent that is somewhat circular and is breather than 1/32” in depth
10
Class II Dent - a dent where the length is more than ___ times the width and is oriented along the longitudinal axis of the meter and is greater than 1/32” in depth
10
Class III Dent - a dent where the length is more than ___ times the width and is oriented more than ___ degrees across the longitudinal axis of the member and is greater than 1/32” in depth
10
15
Class IV Dent - a dent that is greater than ___” long or ___” deep which is characterized by a sharp indentation and is rough and or “MUSHED” in appearance
3/8”
1/32”
Rung, K-Brace & Lacing Members (Out Of Service) - class 4 dents greater than ___” in Length
3/4”
Rung, K-Brace & Lacing Members (Out Of Service) - class 3 dents breather than ___” deep
1/16”
Rung, K-Brace & Lacing Members (Out Of Service) - class 2 dents greater than ___” in length and greater Thant ___” deep
1 1/2”
1/16”
Rung, K-Brace & Lacing Members (Out Of Service) - class 1 greater than ___” in length and greater than ___” deep
1/2”
1/16”
Handrails & Baserail Members (Aerial Out of Service) - Class 4 dent greater than __” in length
1
Handrails & Baserail Members (Aerial Out of Service) - Class 3 dents greater than __ in
1
Handrails & Baserail Members (Aerial Out of Service) - Class 2 dents greater than __” in length & greater than ___” deep
2”
1/16”
Handrails & Baserail Members (Aerial Out of Service) - Class 1 greater than __” in length & greater than ___” deep
1”
1/16”
Andy Convexity or concavity greater that ____” aerial should be taken out of service.
1/16”
Load Chart Waterway Charged: -8° to 9°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid -
Lower Mid -
Base -
Load Chart Waterway Charged: 10° to 19°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid -
Lower Mid -
Base -
Load Chart Waterway Charged: 20° to 29°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid -
Lower Mid -
Base - 250
Load Chart Waterway Charged: 30° to 39°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid -
Lower Mid - 250
Base - 500
Load Chart Waterway Charged: 40° to 49°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid - 250
Lower Mid - 500
Base - 750
Load Chart Waterway Charged: 50° to 59°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid - 500
Lower Mid - 750
Base - 1000
Load Chart Waterway Charged: 60° to 69°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid - 750
Lower Mid - 1000
Base - 1000
Load Chart Waterway Charged: 70° to 75°
Fly - ____
Upp. Mid - ____
Lower Mid - ____
Base - ____
Fly - 500
Upp. Mid - 1000
Lower Mid - 1000
Base - 1000