2000-2003 American LeFrance Log Book Flashcards
(176 cards)
1
Q
2000-2003 ALF Log Book: Info contained in this operation anal will assist in ________ _______ _______
A
Operation
Maintenance
Troubleshooting
2
Q
2000-2003 ALF Log Book: Is divided into ___ sections ______ ______ ______ _______ _______
A
5
Introduction
Driving & Controls
Aerial Operations
Maintenance
Record
3
Q
2000-2003 ALF Log Book: supply and maintenance division at ___ ___ ____?
A
213-485-6111
4
Q
2000-2003 ALF Log Book: What are the three types of headings?
A
Danger ⚠️ Red
Caution Yellow W triangle
Note Blue Checkmark
5
Q
2000-2003 ALF Log Book: Equipped with a computer-controlled (4) _____ _____ _____ _____.
A
Engine
Transmission
Anti-Lock Braking System (ABS)
Electrical Load Management System(Load Manager)
6
Q
2000-2003 ALF Log Book: Each ECU (Electronic Control Unit) controls (3) ______ ______ ______
A
Program
Diagnostic Capabilities
Safety Features
7
Q
2000-2003 ALF Log Book: Height (max) top o tiller cab ____?
A
11’4”
8
Q
2000-2003 ALF Log Book: Heigh top of cab roof ___?
A
10’5”
9
Q
2000-2003 ALF Log Book: Height Cab Full Tilt Position ____?
A
16’2”
10
Q
2000-2003 ALF Log Book: Length ___?
A
54’10”
11
Q
2000-2003 ALF Log Book: Width (Including Mirrors) ____?
A
10’5”
12
Q
2000-2003 ALF Log Book: GVWR (Gross Vehicle Weight Rating) ________?
A
65,500 lbs
13
Q
2000-2003 ALF Log Book: GAWR (Gross Axle Weight Rating) Front Axle ____?
A
20,000 lbs
14
Q
2000-2003 ALF Log Book: GAWR (Gross Axle Weight Rating) Rear Axle ____?
A
24,000 lbs
15
Q
2000-2003 ALF Log Book: GAWR (Gross Axle Weight Rating) Tiller Axle _____?
A
21,500 lbs
16
Q
2000-2003 ALF Log Book: Apparatus Average Weight (Fully Loaded w/ Personnel) _______ ________ (2000)
A
57,590 57,200 (2000)
17
Q
2000-2003 ALF Log Book: Apparatus Average Weight (Front Axle) ______ ______ (2000)
A
15,670 15,375 (2000)
18
Q
2000-2003 ALF Log Book: Apparatus Average Weight (Rear Axle) ______ ______ (2000)
A
20,950 21,350 (2000)
19
Q
2000-2003 ALF Log Book: Apparatus Average Weight (Tiller Axle) _____ ______ (2000)
A
20,970 20,500 (2000)
20
Q
2000-2003 ALF Log Book: Ground Jack Spread-Fully Deployed ____ ____ (00’-01’)
A
14 16 (00’-01’)
21
Q
00’-03’ ALF Log Book
Onan Generator OPS Ranges: Engine Oil Pressure ___ - ___ PSI @ Opper Temp.
A
28-64
22
Q
00’-03’ ALF Log Book
Onan Generator OPS Ranges: Engine Coolant Temp ___° to ___° F
A
160° to 195°
23
Q
00’-03’ ALF Log Book
Onan Generator OPS Ranges: Output ___ kW
A
7.5 kW
24
Q
00’-03’ ALF Log Book
Onan Generator OPS Ranges: DC Voltmeter ___ - ___ Volts
A
12.5 - 15 Volts
25
00’-03’ ALF Log Book
Detroit Diesel ___ BPH, ___ Liter, Series ___
470 12.7 60
26
00’-03’ ALF Log Book
Detroit Diesel 460 BPH, 12.7 Liter, Series 60: Engine Oil Pressure Normal ___ PSI min @ idle ___ PSI min @ rated
12 50
27
00’-03’ ALF Log Book
Detroit Diesel: Engine Coolant Temp ___° to ___° F Max. ___°F
160° to 210° 230°
28
00’-03’ ALF Log Book
Detroit Diesel: Engine Fan Clutch Engagement ___°F
207°
29
00’-03’ ALF Log Book
Detroit Diesel: Apparatus Normal System Voltage ____ - ___ Volts
12.9 - 14.4
30
00’-03’ ALF Log Book
Detroit Diesel: Transmission Fluid Temp. ___° to ___°F & ___ to ___ Oper
140° to 220° & 160° to 200°
31
00’-03’ ALF Log Book
Detroit Diesel: Air Brake Normal Operating Range ___ to ___ PSI
90 - 120
32
00’-03’ ALF Log Book
Detroit Diesel: Fuel Tank Capacity ___ Gallons
65
33
00’-03’ ALF Log Book
Detroit Diesel: Fast Idle ____ - ____ RPM
1500 - 1600
34
00’-03’ ALF Log Book
Detroit Diesel: Emergency Power Unit (EPU) Pump ___ GPM @ ____ PSI
1.5 @ 2000
35
03’ Shop #______ - Caterpillar ___ BHP, ___ Liter C-___
60601 505 12.0 12
36
03’ Shop #60601 - Caterpillar 505 BHP, 12.0 Liter C-12: Engine Oil Pressure Normal ___ psi min @ idle ___ to ___ psi @ rated
5 30 to 45
37
03’ Shop #60601 - Caterpillar 505 BHP, 12.0 Liter C-12: Engine Coolant Temp. ___° to ___° Max. ___°F
189 to 208 Max 216
38
03’ Shop #60601 - Caterpillar 505 BHP, 12.0 Liter C-12: Engine Fan Clutch engagement ___°F
207
39
03’ Shop #60601 - Caterpillar 505 BHP, 12.0 Liter C-12: Apparatus normal system voltage ___ to ___ Volts
12.9 to 14.4
40
03’ Shop #60601 - Caterpillar 505 BHP, 12.0 Liter C-12: Transmission Fluid Temp ___° to ___°F and ___° to ___° operating temp
140° to 220° and 160° to 200°
41
03’ Shop #60601 - Caterpillar 505 BHP, 12.0 Liter C-12: Air brake normal operating range ___ to __ PSI
90 to 120
42
03’ Shop #60601 - Caterpillar 505 BHP, 12.0 Liter C-12: Fuel tank capacity ___ gallons
65
43
03’ Shop #60601 - Caterpillar 505 BHP, 12.0 Liter C-12: Fast Idle ____ to ____ RPM
1500 to 1600
44
03’ Shop #60601 - Caterpillar 505 BHP, 12.0 Liter C-12: Emergency Power Unit (EPU) Pump ___ GPM @ ____ PSI
1.5 @ 2000
45
00’-03’ ALF Hydraulic System Capacity: oil reservoir capacity ___ Gallons
40
46
00’-03’ ALF Hydraulic System Capacity: Hydraulic pump capacity ___ GPM
20
47
00’-03’ ALF Hydraulic System Capacity: Max system Pressure _____ PSI
2800
48
00’-03’ ALF Hydraulic System Capacity: Outrigger Relief valve setting _____ PSI
2000
49
00’-03’ ALF Hydraulic System Capacity: Hoist max pressure _____ PSI
2800
50
00’-03’ ALF Hydraulic System Capacity: Rotate max pressure _____ PSI
1500
51
00’-03’ ALF Hydraulic System Capacity: Extend/Retract max pressure ____ PSI
2000
52
00’-03’ ALF Hydraulic System Capacity: Lowering into cradle ___ PSI
800
53
00’-03’ ALF Hydraulic System Capacity: Ground Jack Deployed Light Activation ___ PSI
800
54
00’-03’ ALF Aerial Ladder Dimensions: Elevation -___° to + ___°
-4° to +75°
55
00’-03’ ALF Aerial Ladder Dimensions: Retraction ____ Feet
31.8
56
00’-03’ ALF Aerial Ladder Dimensions: Extended ___ Feet
94
57
00’-03’ ALF Aerial Ladder Dimensions: Elevated Height ___ Feet
100
58
00’-03’ ALF Aerial Ladder Dimensions: Sections ____
4
59
Emergency Lighting System ______ __
Code 3
60
Radio switch located on a vertical panel behind the _________ _________ seat
Apparatus Operator
61
Radio switch controls power to ___________/____ radios & ____
Kenwood/800 MDT
62
Tun signal and headlight high beam lever: to activate the high beams, pull the lever ________ you until it “clicks”
Towards
63
To activate high beam “flash to pass” ______ on the lever gently so that it does not travel to the click position.
Pull
64
00’-03’ ALF: Coolant temp gage ___ to ___ (Detroit) and ____º F to ____º F (Caterpillar).
160° to 210°
189° to 208°
65
00’-03’ ALF Aerial Ladder Dimensions: Windshield wiper switch slide the control knob all the way ______ for max delay between wipes
Down
66
00’-03’ ALF Aerial Ladder Dimensions: Windshield wipers, a second switch located on the steering column operates the ___ speed wipers switch
Two
67
00’-03’ ALF Aerial Ladder Dimensions: Air Cleaner Restriction Gauge max at Full-Load & governed RPM is ___ in. H2O, @ No-Load & governed RPM is ___ in. H2O
25
12
68
00’-03’ ALF: Battery Master Power MTD draws ___ TO ___ amps even when Battery Master switch is turned off
7 to 8
69
00’-03’ ALF Ignition switch: a “_______” style switch that when closed, allows current to flow to accessories.
Rocker
70
00’-03’ ALF Low Oil Pressure/High Water Temp: illuminates when oil PSI falls below ___ PSI or water Temp, rises above ____°F
12 230°
71
00’-03’ ALF Brake system illuminates when air pressure falls below ___ - ___ PSI
65 - 75
72
00’-03’ ALF ______ ______ illuminates when there is a critical problem with the engine.
Engine Down
73
00’-03’ ALF _____ ______ illuminates when the cab latches are unlocked
Cab Lock
74
00’-03’ ALF Low Fuel illuminates when approximately ____ tank of fuel remains
1/8
75
TELMA Retarder Intensity control lever is a ______-position lever used to select the amount of retarding effect
Five
76
Voltmeter measures battery voltage when the engine is _________
Running
77
High idle switch raises the engine rpm to approximately _______-RPM
1000
78
Primary / Secondary Gauge: _______ axel ( Primary/White needle) brake circuit
Rear
79
Primary / Secondary Gauge: air pressure in the ________ axle (Secondary/Red needle) brake circuit
Front
80
Approaching Jackknife indicator light first buzzer ____° second buzzer ___° & buzzer will de-activate after passing each angle
65° 80°
81
Officer Information Center (OIC) is located on the __________ in front of the captain seat
Dashboard
82
Officer Information Center (OIC) displays (6)
______
______
______
______
______
______
Clock
Ambient Temp
Vehicle Speed
English/Metric units
Seat belt status
Event timers
83
Tiller Cab Heater Temp Control
Low ______ BTU
Medium ______ BTU
High ______ BTU
2,900
4,100
6,150
84
Detroit Diesel Series ___ Engine DDEC (Detroit Diesel Electronic Controlled)
60
85
Detroit Diesel Series 60 Engine DDEC: ___ cylinder ___ cubic inches
6 774
86
Detroit Diesel Series 60 Engine DDEC: ______ in head type engine
Valve
87
Detroit Diesel Series 60 Engine DDEC: ______” Bore & a ______” Stroke
5.12” & 6.30”
88
Detroit Diesel Series 60 Engine DDEC: compression ratio of ____ to ____
15.0 to 1
89
Detroit Diesel Series 60 Engine DDEC: torque ____-ft lbs @ ____ RPM
1550 @ 1200
90
Detroit Diesel Series 60 Engine DDEC: horsepower ___ @ ____ RPM
470 @ 2100
91
Detroit Diesel Series 60 Engine DDEC: operating range is ____ RPM to ____ RPM
1200 to 1800
92
Detroit Diesel Series 60 Engine DDEC: can run an additional ___% higher than max operating range
7
93
The DDEC engine diagnostics - self checks & continuous monitoring of (6)
______
______
______
______
______
______
Fuel pressure
Remote sensors
Oil temp
Coolant temp
Coolant Level
Oil pressure
94
Caterpillar Engine Operations (2003 Shop #60601 ONLY): C-___, ___-cylinder ______-in-head type engine
12 six valve
95
Caterpillar Engine Operations (2003 Shop #60601 ONLY): ___” bore and a ____” stroke
5.12” 5.90”
96
Caterpillar Engine Operations (2003 Shop #60601 ONLY): ___ cubic inches
729
97
Caterpillar Engine Operations (2003 Shop #60601 ONLY): compression ratio of ___ to ___
16.0 to 1
98
Caterpillar Engine Operations (2003 Shop #60601 ONLY): highest torque, ____-ft lbs @ ____ RPM
1550 @ 1200
99
Caterpillar Engine Operations (2003 Shop #60601 ONLY): rated horsepower, ___ @ ____ RPM
505 @ 1800
100
Caterpillar Engine Operations (2003 Shop #60601 ONLY): operating range is ____ to ____ RPM
1200 to 2100
101
Detroit and Caterpillar - Designed to run at lower RPM’s: Best fuel economy between ____ - ____ RPM
1200 - 1800
102
Starting Apparatus: turn on battery and ignition switch “___”, verify trans in _____ position & with your foot ____ the accelerator pedal and ____ the brake pedal, press starter firmly and hold until engine starts
ON Neutral OFF ON
103
Starting Apparatus: if engine fails to start within ___ seconds, release starter button & allow starter to cool for ___ seconds before starting again. If fails to start after ___ attempts inspect to determine the cause.
15 15 4
104
Oil Pressure: Observe oil PSI immediately after starting, gauge should rest at least ___ PSI @ idle speed, if no pressure is indicated within ___-___ seconds stop the engine and check the lubrication system.
12 10-15
105
Throttle Pedal: Electronic foot pedal assembly was designed to communicate “_________” of foot pedal travel to the engine’s Electronic Control Module
Percentage
106
Idling: no longer than ___ min after ___ engage ______ ______
5 5 High Idle
107
Turbo: Try not to shut down unless coolant is ___°F or less
195
108
Electrical Load Managers: after battery voltage drops to approximately ___ Volts, engine throttle will be increased to compensate for low voltage & electrical system loads.
12.8
109
Electrical Load Managers: If the low-voltage continues for approx. ___ min, then the shedding of electrical loads will begin.
1
110
Electrical Load Managers: An alarm sounds if a lo-voltage condition (below ___ volts) develops & the OIC displays a message that the load manager system is in control.
11.9
111
Electrical Load Manager: the fast idle output will remain ON for a min of ___ minutes and until ____ VDC is achieved.
10 13.0
112
Load Manager - Fast Idle Output is dependent on ______ __________
Parking Break
Load Manager Toggle Switch
113
Shed Voltage Sequence:
1) Air conditioning _____
Volts
12.7
114
Shed Voltage Sequence:
2) Alley lights ___ Volts
12.6
115
Shed Voltage Sequence:
3) Pick-up-light ___ Volts
12.4
116
Shed Voltage Sequence:
4) Intersection lights ___ Volts
12.2
117
Shed Voltage Sequence:
5) Rear Beacons ____ Volts
12.0
118
Shed Voltage Sequence:
6) Front light bar ___ Volts
11.8
119
Shed Voltage Sequence:
7) Tiller light bar ___ Volts
11.4
120
Shed Voltage Sequence:
8) Front steady lights ___ Volts
11.0
121
Shed Voltage Sequence; the first is air conditioning when voltage drops below ____ Volts
12.8
122
When all accessories are turned on & engine is running at idle ____ - ____ Rpm, the alternator is unable to keep up with electrical demand
500-750
123
With high idle engaged with all accessories on system voltage will vary between ___ to ___ Volts.
12.9 to 13.1
124
Officer’s Information Center (OIC): message display is a ___ - digit LED display
16
125
DO NOT raise cab to any other position other than ____ ____ position
Full Tilt
126
If the cab is to be left up for an extended period of time turn off ______ & ______ switch after the cab is raised
Ignition & Battery
127
Continue holding the switch in the raise position until the cab has reached the full tilt position approx. ___ °
50
128
If the cab will not lift make sure pump control knob on the lift pump itself is turned _______ until it stops
Clockwise
129
LOWER position until cab has settled on supports & continue to hold for another ___ seconds to insure cab locks are fully engaged
5
130
Service Brake Adjustment Check Procedure: This procedure will require ___ people
2
131
Service Brake Adjustment Check Procedure: Build up air PSI unit governor ______ PSI is reached, approx. ____ PSI
Cutout 120
132
Service Brake Adjustment Check Procedure: If the distance measured exceeds ___” on the REAR BREAKS or the FRONT BRAKES, they’re out of adjustment & require immediate attention
2
133
Always be aware of the location of the _____ _____ _____ _____ & be sure to move away when the driver releases pressure on the Brake Pedal
Brake relay exhaust port
134
Brake Lining Inspection: The lining should not be less than ____ of an inch on either pad & not less the the steel _______ plate
1/4 backing
135
To manually release the spring brake chamber, unscrew the ___” diameter bolt located at the end of the spring brake chamber utilizing a ___” box end wrench or socket
1/2 3/4
136
Place the “___” shaped end of the bolt into the hole located on the front of the brake chamber, turn the bolt ___ of a turn to lock it in place
T 1/4
137
Bolt should stick out of break chamber approx. ___” when fully caged
4
138
BATTERIES: observe and note the condition of the battery maintenance “____”. It must register a “_____” color. Any other indicates a malfunctioning battery.
EYE GREEN
139
BATTERIES: always disconnect the ________ terminal first
Ground
140
BATTERIES: when connecting, always connect the ______ terminal last.
Ground
141
BATTERIES: Batteries give off ________ gas, which is highly explosive.
Hydrogen
142
BATTERIES: Wear safety ________ & protective _______ when working around batteries
Goggles Clothing
143
JUMP STARTING: The apparatus has a ___V negative ground electrical system. Make sure booster vehicle i also a ________ ground system (negative terminal attached to a metal part of the vehicle).
12 Negative
144
JUMP STARTING: To avoid damage to vehicle electronic components, voltage supplied to a vehicles electrical system must not exceed ___ Volts
16.0
145
JUMP STARTING: When jumping the battery, make sure the frame of the disabled vehicle is at least ___ inches from the battery
18
146
JUMP STARTING: When jumping the battery the vehicle with the good battery should be ran at what RPM ______ to ______
1,000 to 1,500
147
The TELMA Model ______ driveline retarder is used on the 2000 & 2001 ALF
F2400
148
LTI: the max speed in 5th gear is ___?
68
149
Who carries the ALF Battery jumper cables?
Heavy Rescue
150
When checking brake travel, use a ruler or tape measure from the brake chamber to the?
Clevis Pin
151
To manually raise the cab, turn the control valve which direction?
Clockwise
152
The officer information center (OIC) vehicle speed appears on a ___ digit LED Display.
3
153
When the Emergency Master switch is toggled on, accessories will turn on in delay of ___ seconds?
1/2
154
Max speed in 4h gear is ___ MPH @ 2100 RPM
53
155
What type of Load Manager is used on the 2000-2003 ALF?
Class One
156
What type of antilock breaking system is used on the 2000 to 2003 ALF?
Rockwell Wabco
157
The on board Onan Generator can be controlled from the ______ compartment as well as the dashboard in the cab and the Generator itself.
Left
158
What type of starter is used?
AC/Delco
159
With the World Transmission, under full throttle 100% pedal travel, trans shift points occur at _____ RPM?
2100
160
Do Diesel engine have more or less retarding effect than gasoline engines?
Less
161
Jacob’s Engine Brake - The __-position selector switch allows the operator to choose the desired braking level
3
162
Jacob’s Engine Brake - Low – Activates __ cylinders for medium engine retarding
2
163
Jacob’s Engine Brake - Medium – Activates __ cylinders for moderate engine retarding
4
164
Jacob’s Engine Brake - High – Activates __ cylinders for maximum engine retarding
6
165
How long is the electrical cord reel on a 2000 American LaFrance Apparatus?
200’
166
Tires used on the 00’ - 03’ ALF are what rating?
“J”
167
What is the location of the radio cut out switch on the 00’-03’ ALF?
Vertical panel behind A/O seat
168
What does it mean if the air cleaner restriction illuminates on the cab instrumentation assy?
Service needed
169
What year were the Jacob brakes used?
2001
170
The OIC has a vehicle overspeed warning indicator that will _____ & ________
Buzz & Illuminate
171
Engine Oil Pressure Gauge - The pressure should not fall below ___ psi at 1800 rpm (Detroit) and ___ psi at 1800 rpm (Caterpillar)
28
30
172
00’-03’ ALF holds ___ quarts of transmission oil?
57
173
Axle hub holds ___ quarts of 90 - 140 gear oil
2
174
Jake Brakes activate in how many seconds?
1/4
175
The Rockwell rear drive axle is rated at 24,000 lbs & has a ratio of _____ :1
5.38
176
Where is the pump handle located?
Behind driver seat
