2f051 Edit Code 6 Volume 3

90 Questions | By MarshallNThompso | Updated: Mar 21, 2022 | Attempts: 305

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1.

(401) What is the standard gallon capacity for an above ground fuel storage tank used at a military service station?
- A.
  
  4000
- B.
  
  6000
- C.
  
  8000
- D.
  
  12000
2.

(401) In inches, what is the diameter of the manway with access ladder used for military service station above and below ground tanks?
- A.
  
  18
- B.
  
  24
- C.
  
  36
- D.
  
  48
3.

(401) What is the gallon per minute rating for military automotive service station submersible turbine pumps?
- A.
  
  8
- B.
  
  10
- C.
  
  12
- D.
  
  14
4.

(401) What type of dispensing unit has two meters, but only one pump contained within its housing?
- A.
  
  Single dispensing, single product.
- B.
  
  Dual dispensing, single product.
- C.
  
  Single dispensing, dual product.
- D.
  
  Dual dispensing, dual product.
5.

(401) What system is designed to cut all electric current running to all dispensers when activated?
- A.
  
  Fuel shutoff system.
- B.
  
  Pump shutoff system.
- C.
  
  Electrical power down system.
- D.
  
  Emergency power down system.
6.

(402) How is fuel used at the automotive fuel storage and dispensing system normally received?
- A.
  
  Pipeline.
- B.
  
  Tank car.
- C.
  
  Tank truck.
- D.
  
  Tanker/barge.
7.

(402) When receiving fuel at the military service station, what information is not required on the Department of Defense (DD) Form 250, Material Inspection and Receiving Report?
- A.
  
  Delivery schedule.
- B.
  
  Seal numbers.
- C.
  
  Fuel grade.
- D.
  
  Quantity.
8.

(402) Who must be notified for product disposition if excessive contamination is detected in motor gasoline (MOGAS) and diesel fuel receipts?
- A.
  
  Appropriate quality assurance representative (QAR).
- B.
  
  Company who shipped the product.
- C.
  
  Base fuels laboratory personnel.
- D.
  
  Area laboratory personnel.
9.

(402) What is the maximum time interval permitted by the vehicle identification link (VIL) in which to make a pump selection?
- A.
  
  399 Secs
- B.
  
  699 Secs
- C.
  
  999 Secs
- D.
  
  1,299 Secs
10.

(403) What company was the first to design and install the Type III hydrant system?
- A.
  
  Phillips Petroleum Company.
- B.
  
  Panero Petroleum Systems.
- C.
  
  Pritchard Petroleum Company.
- D.
  
  Palacios Petroleum Systems.
11.

(403) What size mesh screen is used in the Type III hydrant system receiving strainer?
- A.
  
  20
- B.
  
  40
- C.
  
  60
- D.
  
  80
12.

(403) On the Type III hydrant system, which filter separator control valve function will prevent the elements from bursting and allowing contaminated fuel downstream?
- A.
  
  Check valve.
- B.
  
  Flow control.
- C.
  
  Water slug shutoff.
- D.
  
  Maximum differential pressure shutoff.
13.

(403) What is the minimum number of figures displayed on the non-resettable totalizer on the Type III receipt line?
- A.
  
  5
- B.
  
  6
- C.
  
  7
- D.
  
  8
14.

(403) Which alarm indicator on the Type III system, when actuated, shuts down all fueling pumps that are operating at the time?
- A.
  
  Low level.
- B.
  
  High level.
- C.
  
  Low-low level.
- D.
  
  High-high level.
15.

(403) What is the rated capacity in gallons per minute (gpm) and revolutions per minute (rpm) of a deep well turbine fuel transfer pump used for the Type III product recovery system?
- A.
  
  50 gpm; 2,200 rpm.
- B.
  
  50 gpm; 1,800 rpm.
- C.
  
  100 gpm; 2,200 rpm.
- D.
  
  100 gpm; 1,800 rpm.
16.

(403) At what liquid percentage level will the Type III hydrant system product recovery tank overfill valve close?
- A.
  
  75
- B.
  
  80
- C.
  
  85
- D.
  
  90
17.

(403) Commonly used pumps on the Type III system are balanced statically and dynamically for all flow rates from no flow to
- A.
  
  100 percent of the designed rate.
- B.
  
  110 percent of the designed rate.
- C.
  
  120 percent of the designed rate.
- D.
  
  130 percent of the designed rate.
18.

Which one do you like?
- A.
  
  4 Secs
- B.
  
  6 Secs
- C.
  
  8 Secs
- D.
  
  10 Secs
19.

(403) What Type III system component signals the microprocessor to turn on the lead pump when the system pressure drops below 60 pounds per square inch (psi)?
- A.
  
  Flow indicating transmitter.
- B.
  
  Loop indicating transmitter.
- C.
  
  Pressure indicating transmitter.
- D.
  
  Differential pressure transmitter.
20.

(403) What handheld device is used to shut off fuel flow if the operator becomes incapacitated?
- A.
  
  Hydrant control valve.
- B.
  
  Fuel flow shutoff valve.
- C.
  
  Deadman control valve.
- D.
  
  Emergency shutoff button.
21.

(403) During the Type III hydrant system’s shut down process, the pressure control valve reduces the system pressure to
- A.
  
  60 PSI
- B.
  
  65 PSI
- C.
  
  70 PSI
- D.
  
  75 PSI
22.

(403) Which condition will cause the vibrating horn to sound on the Type III hydrant system?
- A.
  
  Engine generator fault.
- B.
  
  Four refueling pumps running at the same time.
- C.
  
  Manual valve closed on the product recovery tank.
- D.
  
  Hydrant servicing vehicle flow control valve inoperative.
23.

403) On the Type III hydrant system, what would the sequence of the other pumps be if pump # 2 is selected as the lead pump?
- A.
  
  1, 3, 4, and 5.
- B.
  
  2, 3, 4, and 5.
- C.
  
  3, 4, 5, and 1.
- D.
  
  4, 5, 1, and 2.
24.

(403) What is the purpose of the Type III hydrant system lockout key?
- A.
  
  Switch the system off for maintenance.
- B.
  
  Prevent a certain fueling pump from starting.
- C.
  
  Transfer control from one microprocessor to the other.
- D.
  
  Keep the backpressure control valve from relieving pressure.
25.

(403) On the Type III hydrant system, the light-emitting diode (LED) in the battery backup system in each microprocessor will indicate a problem at least how many days in advance before the battery becomes weak enough to jeopardize the integrity of the memory?
- A.
  
  1
- B.
  
  3
- C.
  
  5
- D.
  
  7