Usaf CDC Quiz 2F071 Volume 3

The engine on the R-14 ATHRS can operate on diesel fuel and jet fuel. This means that it is capable of running on both types of fuel, allowing for flexibility in its usage. Diesel fuel and jet fuel are commonly used in different types of engines, so having the ability to run on both fuels expands the range of applications for the R-14 ATHRS engine.

Hearing protection is required within 50 feet of an R-14 operation. This means that anyone within a 50-foot radius of the operation should wear hearing protection to prevent damage to their ears. The R-14 operation likely involves loud noises or machinery that can be harmful to one's hearing if proper precautions are not taken. Therefore, it is necessary to wear hearing protection within this specified distance to ensure safety.

The R-22 can be designed to operate on both diesel fuel and jet fuel. This means that it has the capability to run on either of these grades of fuel, giving it flexibility in terms of fuel options.

When preparing the PMU-27M for air shipment, all the steps mentioned are accomplished except for removing the filter separator elements.

The ABFDS can carry a maximum of 30,000 gallons per sortie.

The round aluminum disc is used to identify the tank vent valve. This suggests that the disc is specifically designed for this purpose and is likely to be durable and resistant to the conditions present in a fuel tank environment. The use of aluminum also indicates that it is lightweight and corrosion-resistant, making it a suitable material for this application.

The simplest and most expedient method of fuel resupply is using the same source of supply as the host airfield. This means that the aircraft can refuel directly from the fuel source that is already available at the airfield, without the need for additional transportation or logistics. This method is efficient and convenient, as it eliminates the need for extra steps or processes in the fuel resupply chain.

The correct answer is Expeditionary LRS at the forward location. When a MRSP kit is transferred, the temporary accountability for the kit rests with the Expeditionary LRS at the forward location. This means that they are responsible for the kit until it reaches its final destination or is transferred to another organization. The using organization, accountable officer, and home unit LRS customer service element are not responsible for the temporary accountability of the kit.

The correct answer is RUN and IDLE. These are the two positions of the throttle switch located on the R-18 pumping unit's handheld remote. The throttle switch allows the operator to control the speed of the pumping unit. The RUN position is used when the unit needs to operate at full speed, while the IDLE position is used when the unit needs to operate at a lower speed or when it is not actively pumping.

When preparing the R–20 filter separator unit for shipment, it is necessary to drain all components except for the surge suppressors. This is because surge suppressors are designed to protect electrical equipment from voltage spikes and surges, and they do not contain any liquids or gases that need to be drained. Therefore, it is not necessary to drain the surge suppressors before shipping the unit.

Bladder operations require a stable and level surface to ensure the safety and accuracy of the procedure. A site with a slope greater than 3° would make it difficult to maintain stability and could potentially lead to complications during the operation. Therefore, a site with less than 3° slope is preferred for bladder operations.

The correct answer is a reading of 16 pounds per square inch, differential (psid) on the differential pressure (DP) gauge. This is because a reading of 16 psid on the DP gauge does not indicate a high differential pressure, which is typically the main reason for replacing filter elements. The other conditions mentioned, such as a reading of 22 psid on the DP gauge, elements that have been in use for 36 months, and questionable filter separator vessel performance, all suggest a need for replacement of filter elements.

Prior to shipping the R-22, it is important to thoroughly clean the unit, drain all fuel from the piping, and disconnect and drain all hose assemblies. However, placing the unit in the low mobility position is not necessary before shipping. This suggests that the unit does not need to be prepared for easy movement or transportation, as it will not be moved or transported in the low mobility position.

Each R-20 multi-aircraft servicing platform is equipped with 1,500 feet of communication wire.

The proper tire pressure setting for highway towing of an R-14 air transportable hydrant refueling system (ATHRS) is 65 psi. This is the correct answer because maintaining the appropriate tire pressure is crucial for safe and efficient towing of heavy equipment like the ATHRS. Higher tire pressure helps to distribute the weight evenly and reduces the risk of tire damage or blowouts during towing. Therefore, ensuring that the tires are inflated to 65 psi is necessary to ensure the safe transportation of the ATHRS on the highway.

Priming the PMU-27M is necessary any time the system has been purged of fuel. When the system is purged of fuel, it means that there is no fuel in the system, which can result in air pockets. Priming the PMU-27M ensures that there are no air pockets in the fuel system, which can cause issues with fuel flow and engine performance. Therefore, it is necessary to prime the PMU-27M after the system has been purged of fuel to ensure proper functioning.

The PMU-27M is equipped with a priming valve to aid in priming. This valve allows for the controlled release of fluid or air to fill the system and remove any air pockets or blockages. By using the valve, the priming process becomes more efficient and ensures that the system is properly primed before operation. The valve also allows for easy maintenance and troubleshooting, as it can be closed to isolate the system if needed.

A temporary movement of a MRSP kit from home station to another location for a period of less than 30 days is referred to as a deployment. This term is commonly used in military contexts to describe the temporary assignment of personnel or equipment to a different location for a specific mission or operation. In this case, the MRSP kit is being temporarily relocated to another location for a short period of time before returning to its home station.

The correct answer is "None". This means that there is no type of meter installed on the TPI-4T-4A portable additive injector. This suggests that the injector does not have a built-in mechanism for measuring or controlling the flow of additives.

The PMU-27M may be connected to a maximum of four 500-gal. sealed drums.

The ABFDS contains 186 feet of connecting hose.

The correct answer is 7 ½ in. A 7 ½ in sealing clamp should be used to repair a 5 in. hole in a fuel bladder. The sealing clamp needs to be larger than the hole to ensure a secure and effective repair.

When performing fuel servicing operations with the R-20 multi-aircraft servicing platform, it is recommended to press and release the deadman switch on the hand-held remote at intervals no greater than 2 minutes. This is important to ensure the safety of the operation and to minimize any potential risks or accidents that may occur during the fuel servicing process. By regularly pressing and releasing the deadman switch, it helps to maintain control and monitoring of the fueling operation, allowing for prompt action if any issues arise.

The R-22 trailer mounted transfer pump has the capability of transferring a maximum of 500,000 gallons of fuel per day.

When starting the PMU-27M, the throttle should be placed at half speed. This is because starting the engine at full speed can cause excessive wear and tear on the engine components. Starting at idle may not provide enough power to start the engine smoothly. Starting at two-thirds speed may be too high and may cause the engine to start abruptly. Therefore, half speed is the optimal choice for starting the PMU-27M.

Fuel bladders are made of single ply nylon fabric because it is a lightweight and durable material that is resistant to fuel and other chemicals. Nylon is also flexible, allowing the fuel bladder to be easily folded and stored when not in use. Additionally, the single ply construction ensures that the bladder is strong and leak-proof, providing a reliable containment system for fuel.

The correct answer is "NO DEADMAN" because when performing offload operations with the FORCE system, the deadman switch on the R-18 pumping unit should not be engaged. The deadman switch is typically used as a safety feature to shut off the system in case of an emergency or if the operator becomes incapacitated. However, during offload operations, the deadman switch is not necessary as the system is not actively being used.

Force protection is the factor that will drive span of control decisions when selecting a fuel site. Force protection refers to the measures taken to ensure the safety and security of military personnel and assets. When choosing a fuel site, the level of force protection required will determine the span of control, or the number of personnel needed to effectively secure and protect the site. This includes factors such as the presence of security personnel, surveillance systems, and other security measures to prevent unauthorized access or attacks on the fuel site.

The primary purpose of the R-14 ATHRS is to service aircraft where permanent systems are not available. This means that the R-14 ATHRS is designed to provide temporary fuel servicing capabilities for aircraft in situations where there is no permanent fuel servicing infrastructure in place. It allows for the transfer of fuel and servicing of small aircraft that do not have access to permanent fuel systems.

The FFU-15E filter separator is equipped with 6 filter elements.

A steady red light on the battery status LED of the R-20 multi-aircraft servicing platform indicates that the battery is disconnected. This means that the battery is not properly connected to the platform and is not providing power.

The surge suppressor gauge on the R-20 multi-aircraft servicing unit should indicate 90 psi when the fueling system is not operating. This pressure is likely the optimal level for the surge suppressor to effectively regulate and stabilize any sudden changes or surges in the fueling system. It ensures that the system remains safe and prevents any potential damage or accidents.

JP-5 should be used to flush the R-14 prior to air shipment. This is because JP-5 is a type of jet fuel that is commonly used in military aircraft. It has a lower flash point and is less volatile compared to other jet fuels such as JP-4 and JP-8. Flushing the R-14 with JP-5 ensures that any residue or contaminants are removed effectively, preparing it for safe air shipment. JPTS is not a recognized grade of fuel and therefore not a suitable option for flushing the R-14.

During air shipment, it is important to ensure that the cryotainer inner tank pressure does not exceed a certain maximum psi reading. In this case, the correct answer is 40 psi. This means that the pressure inside the cryotainer should not go beyond 40 psi during air shipment. Exceeding this pressure limit could potentially lead to safety hazards or damage to the cryotainer or its contents.

Jet B should be handled with special precautions due to its high volatility. Volatility refers to the ability of a substance to vaporize quickly, and Jet B has a higher volatility compared to other alternate fuels listed. This means that it has a higher tendency to evaporate and form flammable vapors, which can increase the risk of fire or explosion. Therefore, special precautions need to be taken when handling and storing Jet B to ensure safety.

Fuel bladders are designed to hold and transport fuel safely. The given answer states that fuel bladders can withstand temperatures ranging from -40° F to 160° F. This means that the bladders are able to function and maintain their structural integrity within this temperature range. Temperatures below -40° F or above 160° F may cause damage to the bladders, potentially leading to leaks or other safety hazards. Therefore, it is important to operate fuel bladders within the specified temperature range to ensure their proper functioning and prevent any accidents or fuel loss.

The R-14 is capable of servicing a flow rate of 100 gpm through one 2-inch hose.

The correct answer is 2 because the question asks for the number of fillstand assemblies included in the FORCE system. Since the answer options range from 1 to 4, we can determine that there are only 2 fillstand assemblies in the system.

The R-19 filter separator unit is capable of filtering fuel at a maximum rate of 1200 gpm. This means that it can effectively remove impurities and contaminants from fuel at a flow rate of up to 1200 gallons per minute. It is important to have a high maximum gpm rate in order to ensure efficient and effective filtration of fuel in industrial or commercial settings where large volumes of fuel are being processed.

A locally developed form is used to annotate fuel bladder inspections. This means that there is no standardized or official form specifically designated for this purpose. Instead, each organization or facility may create their own form to document and track fuel bladder inspections. This allows for flexibility and customization based on the specific needs and requirements of the organization.

The total flow rate of the ABFDS is 600 gpm. This means that 600 gallons of fluid pass through the ABFDS per minute.

If there is a communication loss between the R-20 multiaircraft servicing unit and the lead pumping unit for more than 5 minutes, the control valves will close. This suggests that the control valves have a safety mechanism in place to automatically shut off if there is a prolonged loss of communication between the two units.

The proper tire pressure setting for the R-18 pumping unit is 75 psi. This is the correct answer because it is the only option provided that matches the recommended tire pressure for the specific equipment mentioned.

The FAM cart pump can deliver fuel at a maximum flow rate of 365 gpm. This means that it is capable of pumping fuel at a rate of 365 gallons per minute.

DESC stands for Defense Energy Support Center, which is responsible for the procurement of fuel at deployed locations. They ensure that the military has a reliable and secure supply of fuel to support their operations in various locations around the world. The Deployed Fuels Management Team may be involved in the management and distribution of the fuel, but the actual procurement is done by DESC. The Parent MAJCOM and Joint Petroleum Office may have oversight or coordination roles, but they are not directly responsible for the procurement of fuel.

The first factor that the senior ranking deployed fuels member must consider when selecting a site for fuels operations is safety. This is crucial as it ensures the well-being and security of personnel and equipment involved in the fuel operations. Safety measures should be in place to prevent accidents, minimize risks, and protect against any potential hazards that may arise during the operations. By prioritizing safety, the senior ranking deployed fuels member can ensure a secure and efficient fuels operation.

The FAM cart is equipped with all of the listed nozzles except for the D-2 single point nozzle.

The correct answer is 2,250 rpm. When performing fuel servicing operations with the R-18 pumping unit, the throttle control should manually be set to 2,250 rpm. This specific rpm setting is likely recommended for optimal fuel efficiency and performance during fuel servicing operations.

When planning for cryogenics support, it is important to consider various factors such as required tankage, product requirements, and sufficient product availability. These factors are crucial in ensuring that there is enough storage capacity, the products meet the necessary specifications, and there is an adequate supply of the products. However, the resupply method is not a consideration in planning for cryogenics support as it pertains to the logistics of replenishing the supply, which is not directly related to the planning process.

A water slug valve test should be performed on the Fuel Filter Unit (FFU)–15E on a monthly basis. This test is necessary to ensure the proper functioning of the valve and to prevent any potential issues or malfunctions. Performing the test on a regular monthly basis allows for timely detection of any problems and ensures that the FFU–15E is operating efficiently and effectively.