Volume 3 - Contingency Power Flashcards

Expeditionary Resources

1
Q

The Air Force uses which deployable assets for beddown of combat expeditionary forces?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Basic Expeditionary Airfield Resources (BEAR)

M3L1T1 - Basic Expeditionary Airfield Resources (19.5.1)

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2
Q

What dictates how and when BEAR assets deploy under the BEAR Order of Battle concept?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Air & Space Expeditionary Task Force

M3L1T1 - Basic Expeditionary Airfield Resources (19.5.1)

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3
Q

According to BEAR Order of Battle concept, the XFAPH High Power Unit Type code provides two BEAR Power Units and what additional equipment?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Two 10K fuel bladders

M3L1T1 - Basic Expeditionary Airfield Resources (19.5.1)

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4
Q

What factor should be considered to prevent environmental damage during BEAR operations?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Hazardous waste storage and disposal

M3L1T1 - Basic Expeditionary Airfield Resources (19.5.1)

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5
Q

Why must total diversified load be calculated?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

To decide the correct number of low and high voltage generators.

M3L1T2 - Contingency Electrical Planning (19.5.2)

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6
Q

If loads are not balanced properly between phases, how will this affect the generator?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

The generator will not support full load or regulate voltage.

M3L1T2 - Contingency Electrical Planning (19.5.2)

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7
Q

If the base is located in a high threat location, what must be done to the electrical system?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Utilize a loop system to distribute electrical power.

M3L1T2 - Contingency Electrical Planning (19.5.2)

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8
Q

Why should power plants have the capability of being electrically interconnected?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

To ensure some degree of electrical generation after an attack.

M3L1T2 - Contingency Electrical Planning (19.5.2)

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9
Q

Why does the Primary Switching Center allow for a safer working environment when dealing with the primary distribution system?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Because the SF6-insulated take prevents arching.

M3L1T3 - Primary Distribution System (19.7.1)

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10
Q

The contingency environment for installing a Primary Switching Center must be what?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Firm and well drained

M3L1T3 - Primary Distribution System (19.7.1)

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11
Q

3E0X1 personnel will assemble and install _____ onsite prior to making connections to the equipment.

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Load brake elbow connectors

M3L1T3 - Primary Distribution System (19.7.1)

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12
Q

Why must the primary distribution cables be as short as possible when installed at a bare base?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

To prevent voltage drop at the secondary distribution center.

M3L1T3 - Primary Distribution System (19.7.1)

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13
Q

On an SDC, what prevents power from being supplied to both the primary and the alternate power source?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Positive locking bar

M3L1T4 - Secondary Distribution System (19.7.2)

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14
Q

When using a 60 kW Power Distribution Panel, how many 25kW Power Distribution Panels can be connected to it?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

4

M3L1T4 - Secondary Distribution System (19.7.2)

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15
Q

When installing BEAR base 60-amp secondary cable assemblies, the maximum distance of cable runs is _____, if no other alternative exists.

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

800’

M3L1T4 - Secondary Distribution System (19.7.2)

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16
Q

To supply power from the primary distribution system to the 16 low-voltage outputs of the Secondary Distribution Center, what must occur first?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Get stepped down by the 150kVA transformer.

M3L1T4 - Secondary Distribution System (19.7.2)

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17
Q

Maintenance personnel must exercise extreme caution at all times. What could the consequences of carelessness and accidental contact be?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Severe injury or death

M3L1T5 - Medium Voltage Safety

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18
Q

When grounding power plant units, what should be referenced?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

The technical order

M3L1T5 - Medium Voltage Safety

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19
Q

What should personnel wear when performing tasks on medium voltage power distribution components?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Arc thermal protective value rated clothing.

M3L1T5 - Medium Voltage Safety

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20
Q

Who is authorized to disconnect power plant output cables?

Lesson 1 Basic Expeditionary Airfield Resources Systems

A

Electrical Systems personnel

M3L1T5 - Medium Voltage Safety

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21
Q

Which generator operating mode employs an electronic governor?

Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below

A

Precise

M3L2T1 - Construction Features & Components of 200 kW or Less Mobile Generators (19.1.1.1)

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22
Q

What characteristic describes an 800 series MEP unit?

Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below

A

Employs sound absorbant technology.

M3L2T1 - Construction Features & Components of 200 kW or Less Mobile Generators (19.1.1.1)

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23
Q

Which MEP unit utilizes full control authority for fuel governing?

Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below

A

AMMPS

M3L2T1 - Construction Features & Components of 200 kW or Less Mobile Generators (19.1.1.1)

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24
Q

What characteristic describes the legacy MEP units?

Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below

A

Primarily mechanical and electromechanical parts.

M3L2T1 - Construction Features & Components of 200 kW or Less Mobile Generators (19.1.1.1)

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25
When using the American Wire Gauge system for cable selection the higher the gauge number indicates what? ## Footnote Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below
Smaller cross-sectional area ## Footnote M3L2T2 - Fundamentals of Cables (19.1.1.3.1)
26
Aluminum cables are generally selected for use in what? ## Footnote Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below
High voltage applications ## Footnote M3L2T2 - Fundamentals of Cables (19.1.1.3.1)
27
If using a multi-conductor cable assembly then you must ensure? ## Footnote Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below
The cables have the proper number of conductors for the application ## Footnote M3L2T2 - Fundamentals of Cables (19.1.1.3.1)
28
The #1 criteria for selecting cables is? ## Footnote Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below
Can the cable safely conduct the current of the load. ## Footnote M3L2T2 - Fundamentals of Cables (19.1.1.3.1)
29
Prior to connecting three-phase cables to a generator, distribution panel or load, the phase cables must be? ## Footnote Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below
Properly identified by color coding, making tape or tagging. ## Footnote M3L2T3 - Phase Identification of Cables (19.1.1.3.2)
30
What could result if phase identification was not done correctly? ## Footnote Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below
Three-phase motors turn in the opposite directions than intended. ## Footnote M3L2T3 - Phase Identification of Cables (19.1.1.3.2)
31
When multiple conductors of the same insulation color go through conduit, it is necessary to? ## Footnote Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below
Identify each phase cable prior to installation. ## Footnote M3L2T3 - Phase Identification of Cables (19.1.1.3.2)
32
After the method used for phase identification is applied, it will be? ## Footnote Lesson 2 Basic Expeditionary Airfield Resources 200kW and Below
Permanently posted near terminals. ## Footnote M3L2T3 - Phase Identification of Cables (19.1.1.3.2)
33
When stored outside, what will be the life expectancy of the BPU? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
25 years ## Footnote M3L3T1 - Construction Features of the Basic Expeditionary Airfield Resource Power Unit (19.1.2.1)
34
Why does the BPU use a three-point elastomer isolation configuration when anchoring the chassis skid to the trailer assembly? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
To reduce noise and vibration. ## Footnote M3L3T1 - Construction Features of the Basic Expeditionary Airfield Resource Power Unit (19.1.2.1)
35
How long will the on-board fuel system sustain engine operation if the BPU is fully loaded? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
1 hour ## Footnote M3L3T1 - Construction Features of the Basic Expeditionary Airfield Resource Power Unit (19.1.2.1)
36
What feature of the BPU allows for the connection of an external DC power supply, if the onboard batteries fail? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
NATO and Aircraft plugs ## Footnote M3L3T1 - Construction Features of the Basic Expeditionary Airfield Resource Power Unit (19.1.2.1)
37
If the Digital Control System on the BEAR Power Unit needed to display a warning, which color on the annunciator would illuminate? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Yellow ## Footnote M3L3T2 - Component Identification of the Basic Expeditionary Airfield Resource (BEAR) Power Unit (19.1.2.2)
38
What is needed to operate BEAR Power Units from a remote location? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Remote operating panel software ## Footnote M3L3T2 - Component Identification of the Basic Expeditionary Airfield Resource (BEAR) Power Unit (19.1.2.2)
39
When does the BEAR Power Unit utilize the pre-lubrication pump? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
During startup ## Footnote M3L3T2 - Component Identification of the Basic Expeditionary Airfield Resource (BEAR) Power Unit (19.1.2.2)
40
After BPU engine start up, which component supplies power to the DC system? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Battery charging alternator ## Footnote M3L3T2 - Component Identification of the Basic Expeditionary Airfield Resource (BEAR) Power Unit (19.1.2.2)
41
What is the purpose of properly spacing BPU’s during installation? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
To provide room for maintenance access and adequate air supply. ## Footnote M3L3T3 - Installation Requirements for the BEAR Power Unit (19.1.2.6)
42
When selecting a site for the BPU, what is the maximum acceptable ground slope for installation? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
+/-8 degrees ## Footnote M3L3T3 - Installation Requirements for the BEAR Power Unit (19.1.2.6)
43
What is the recommended height of a sunshade over a BPU? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
20' ## Footnote M3L3T3 - Installation Requirements for the BEAR Power Unit (19.1.2.6)
44
Why must the distance between the fuel bladders and the BPU not exceed 100 feet? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
The on-board fuel transfer pump does not generate enough negative pressure. ## Footnote M3L3T3 - Installation Requirements for the BEAR Power Unit (19.1.2.6)
45
When operating the BPU in a humid environment, what is necessary to prevent condensation buildup within the fuel tank? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Refuel more often. ## Footnote M3L3T4 - Other Than Normal Generator Operations of the BEAR Power Unit (19.1.2.8)
46
When operating the BPU in temperatures below -25F, the Digital Control System uses what to heat the coolant for proper engine startup? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Fuel-fired coolant heater ## Footnote M3L3T4 - Other Than Normal Generator Operations of the BEAR Power Unit (19.1.2.8)
47
When the BPU fuel looks cloudy during cold temperature operations, then the fuel has reached what point? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Cloud point ## Footnote M3L3T4 - Other Than Normal Generator Operations of the BEAR Power Unit (19.1.2.8)
48
Operating the BPU in temperatures about 125F may require the installation of _____ to prevent solar heat buildup on generators and fuel sources. ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Sunshades ## Footnote M3L3T4 - Other Than Normal Generator Operations of the BEAR Power Unit (19.1.2.8)
49
If the engine oil used in the BEAR Power Unit is 15W-40, then it would get drained and refilled during which scheduled inspection? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
400 hours ## Footnote M3L3T5 - Mechanical Periodic Inspection Requirements of the BEAR Power Unit (BPU) (19.1.2.9.1)
50
During the 4000-hour inspection, the BEAR Power Unit’s battery charging alternator belt is replaced to. ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Ensure proper speed of the alternator and continue to provide proper voltage. ## Footnote M3L3T5 - Mechanical Periodic Inspection Requirements of the BEAR Power Unit (BPU) (19.1.2.9.1)
51
When would depot maintenance personnel complete an overhaul of the BEAR Power Unit? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
After 24,000 hours of operation ## Footnote M3L3T5 - Mechanical Periodic Inspection Requirements of the BEAR Power Unit (BPU) (19.1.2.9.1)
52
If water or sediment is found in the BEAR Power Unit primary fuel water separators during the daily inspection, personnel would? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Remove all contaminants to prevent damage to the fuel system components. ## Footnote M3L3T5 - Mechanical Periodic Inspection Requirements of the BEAR Power Unit (BPU) (19.1.2.9.1)
53
Which electrical scheduled inspection requires the BPU chassis ground connection to be checked for security and resistance value? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Every 400 hours ## Footnote M3L3T6 - BPU Electrical Periodic Inspections (19.1.2.9.2)
54
Why must the BPU’s load ground connection, output terminals and parking stands be inspected daily? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
To prevent arc flash hazards. ## Footnote M3L3T6 - BPU Electrical Periodic Inspections (19.1.2.9.2)
55
During an annual/8800-hour inspection of the BPU, ensure the entire circuit breaker and operating mechanisms are inspected for what? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Loose parts or connections. ## Footnote M3L3T6 - BPU Electrical Periodic Inspections (19.1.2.9.2)
56
What must be done if corrosion is discovered during a daily inspection of the BPU’s battery and connections? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Remove the corrosion according to the technical order. ## Footnote M3L3T6 - BPU Electrical Periodic Inspections (19.1.2.9.2)
57
What is the first step in viewing inactive or intermittent faults using the InPower BPU service tool? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Selecting [FAULTS], and then selecting [FAULT OCCURENCES] ## Footnote M3L3T7 - BPU Engine and Electrical Fault System Codes (19.1.2.10.2 & 2)
58
What is the purpose of Shutdown, Fault and Warning Codes? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Aid in troubleshooting of generator problems ## Footnote M3L3T7 - BPU Engine and Electrical Fault System Codes (19.1.2.10.2 & 2)
59
What type of code will allow the generator to continue to operate, giving operators time to correct? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Warning code ## Footnote M3L3T7 - BPU Engine and Electrical Fault System Codes (19.1.2.10.2 & 2)
60
What code requires an action to reset the fault? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Fault code ## Footnote M3L3T7 - BPU Engine and Electrical Fault System Codes (19.1.2.10.2 & 2)
61
What controls all functions of the BPU’s electrical generation, through the Automatic Voltage Regulator logic, and interfacing with the Engine Control Modules (ECM)? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Digital control system ## Footnote M3L3T8 - BPU Digital Control System (19.1.2.4)
62
When the maximum number of operational and maintenance log entries of the BEAR Power Unit gets reached, what will the Digital Control System do? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Overwrite old entries ## Footnote M3L3T8 - BPU Digital Control System (19.1.2.4)
63
The Remote Operating Panel software can be used to control the BEAR Power Unit from a remote location. Where can it be found? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
DCS flash drive memory ## Footnote M3L3T8 - BPU Digital Control System (19.1.2.4)
64
What application standard enables the DCS and ECM’s on the BPU to control all functions of the engine? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
SAE 1939 ## Footnote M3L3T8 - BPU Digital Control System (19.1.2.4)
65
What function of InPower can energize a specific electrical component without damaging the unit or possibly injuring personnel? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Testing ## Footnote M3L3T9 - Functions of InPower BPU (19.1.2.5)
66
What requirements must be met to use InPower BPU on a standard personal computer? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
All answers are requirements in order to use InPower BPU. ## Footnote M3L3T9 - Functions of InPower BPU (19.1.2.5)
67
Using InPower BPU, when would an initial calibration file be installed on a DCS? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
If no previous capture file exists. ## Footnote M3L3T9 - Functions of InPower BPU (19.1.2.5)
68
Which of the following is NOT an InPower BPU data log option? ## Footnote Lesson 3 Basic Expeditionary Airfield Resources Power Unit (BPU)
Error Log ## Footnote M3L3T9 - Functions of InPower BPU (19.1.2.5)
69
Small shelter systems offer an advantage over temper tents because _____. ## Footnote Lesson 4 - Small Shelter System
It can be set up by 6 people in approximately 1.5 hours. ## Footnote M3L4T1 - Purpose of Small Shelter System
70
When comparing SSS’s to temper tents, which of the statements(s) is/are accurate? ## Footnote Lesson 4 - Small Shelter System
All the statements are true. ## Footnote M3L4T1 - Purpose of Small Shelter System
71
When more permanent facilities are developed, what type of tents are no longer used? ## Footnote Lesson 4 - Small Shelter System
SSS ## Footnote M3L4T1 - Purpose of Small Shelter System
72
Why is SSS better than Temper tent? ## Footnote Lesson 4 - Small Shelter System
Because SSS has a lifespan of 10 years when erected for longer periods of time. ## Footnote M3L4T1 - Purpose of Small Shelter System