PG-85-00-110 Aero. Eng. Maint. Man. Flashcards

1
Q

materiel type 1

A
  1. ) aircraft engines
  2. ) high value components
  3. ) items requiring special configuration control procedures
  4. ) items in critical supply and of sufficiently high cost and low volume that require individual management

**type 1 materiel SHALL be shipped as soon as practical but not later than 15 days**

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2
Q

materiel type 2

A

To qualify as type 2 materiel, one of the following conditions must be satisfied:

  1. ) unit price of $250 or more
  2. ) procured from a commercial source of supply
  3. ) flight critical
  4. ) repairable
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3
Q

materiel type 3

A

Consumable aeronautical materiel, less avionics, with a unit price less than $250 and procurable from Other Government Agency (OGA) source.

  • Units set their own allowances quantities and procure materiel using unit AFC 30 funds.
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4
Q

materiel type 4

A

To qualify as type 4, one of the following conditions must be satisfied:

  1. ) unit price of $800 or more
  2. ) procured from a commercial source of supply
  3. ) flight critical
  4. ) reparable
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5
Q

materiel type 5

A

Consumable avionics materiel with a unit price LESS that $800 and procurable from an Other Government Agency (OGA) source.

  • procured material using unit AFC 30 funds
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6
Q

materiel type 6

A

Aeronautical Support Equipment (SE); for items more than $250 but less than $2500.

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7
Q

materiel type 7

A

materiel used to support the Turbomeca Arriel 2C2 CG engine.

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8
Q

materiel type 8

A

One of the following is satisfied:

  1. ) unit price of $2500 or more
  2. ) difficult to produce through OGA or commercial sources
  3. ) critical support item
  4. ) ARSC managed Depot Level Repairable (DLR) program
  5. ) repairable beyond unit capability and funding of $2500 or more.
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9
Q

form DD 1574

A

(orange) - identifies serviceable equipment

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10
Q

form DD 1577-2

A

(green) - unserviceable item upon removal and will remain attached through all maintenance processing until the item is serviveable.

(blue) - unserviceable item that is nonrepairable at ALC and will be sent to an outside vendor or manufacturer for repair.

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11
Q

form CG 1577-B

A

(blue/red/white) - unsatisfactory report UR tag

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12
Q

form DD 1577

A

(red) - not suitable for aircraft use(scrap parts or material)

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13
Q

AF form 847

A

recommended changes to flight manuals

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14
Q

TMAPS, deficiency report (CG-22)

A

recommended corrections of errors which affect the meaning of information or procedures contained in COMDTINST’s, technical manuals, PG’s, MPC’s.

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15
Q

what form is used on a item received with a damaged package or shipping container?

A

transportation discrepancy report (TDR) (form SF 361)

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16
Q

authorized ink colors for EAL

A

Black: paper forms(only authorized)

Blue: special inspections

Green: logbook reviews

Red: functional check requirements and aircrew warnings.

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17
Q

designated logbook form colors (EAL)

A
  • sufficient number of printed forms onhand to enable normal asset flight and maintenance operations for a period of 1 week.

yellow: preflight and servicing record

blue: mission record

pink: mission-generated maintenance record

pink: flight safety maintenance document

  • selective use of individual forms is authorized for periods not exceeding 4 hours in duration. All paper forms will be used for periods of non-connectivity exceeding 4 hours in duration.
  • accumulated flight hours recorded shall be recorded to the nearest tenth of an hour.
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18
Q

Priority 2 requisitions

A

are selected for immediate shipment and will be filled as long as there are parts on the ALC shelf

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19
Q

Priority 5 and 12 requisitions

A

**both are evaluated once per day for subsequent shipment**

Priority 5: filled if there are more than 2 parts on the ALC shelf

Priority 12: filled if there are more than 5 parts on the ALC shelf.

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20
Q

(PG-85-00-110-A) Foreign Object Damage (FOD) Prevention Program

A
  • Damage from foreign objects is a continuing problem
  • 3 general causes:
    1) poor housekeeping
    2) poor maintenance practices
    3) carelessness
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21
Q

(PG-85-00-110-A) Joint Oil Analysis Program (JOAP)

A
  • monitors the condition of enclosed mechanical systems through determination of wear metal concentrations in the lubricating fluid.
  • Commandant (CG-41) will provide funds directly to DoD for USCG participation.
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22
Q

(PG-85-00-110-A) Aircraft Fuel Surveillance

A
  • all fuel tank drains shall be drained prior to the first scheduled flight of the day.
  • fuel samples shall be kept for a period of 24 hours OR until another sample is taken
  • normal level of fuel system icing inhibitor (FSII) in turbine fuel is 0.07 - 0.15 percent by volume.

NOTE:

introduction of FSII will lower the flash point of JP-5 by 4-degrees fahrenheit and will inhibit the growth of bacteria

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23
Q

(PG-85-00-110-A) Corrosion Control

A
  • use of artificial dehumidification for at least 8 hours per day has been shown to reduce avionics dispatch failure rates by 40% and may extend structural longevity.
  • use EAL to record dehumidification cart installation and removal
  • Corrosion Control Program PG: PG-85-00-60
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24
Q

(PG-85-00-110-A) Maintenance Instructions

A

1) Single Action Maintenance Instruction (SAMI):

  • work must be performed on a one-time basis

2) Continuing Action Maintenance Instruction (CAMI):

  • work which is or may be of a continuing nature

3) Technical Information Maintenance Instruction (TIMI):

  • technical and local policy
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25
Q

(PG-85-00-110-A) Tool Control Program

A
  • ensure the safety of aviation personnel through the prevention of aircraft mishaps caused by misplaced tools.
  • aviation tools will be of such quality that they meet or exceed Society of Automotive Engineers (SAE) Aerospace Standards.
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26
Q

(PG-85-00-110-A) Aviation Gas Free Engineering (AVGFE) Program

A
  • applies to the inspection, maintenance, and repair of aircraft and aircraft fuel systems.
  • AVGFE normally be the QA officer, AEO, or Maintenance officer
  • designated by the CO in writing
  • complete Confined Space For Shore Facilities course at RTC Yorktown OR Confined Space Safety at Norfolk Naval Base
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27
Q

(PG-85-00-110-A) Aviation Gas Free Engineering Technician (AVGFET)

A

**AVGFET certifcation is valid for one(1) year**

  • assigned to QA department

Determining if a fuel system is safe from:

 1) fire
2) explosion
3) oxygen deficiency or enrichment

Technicians requirements:

1) on-the-job training for specific aircraft
2) certification by letter to the CO
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28
Q

(PG-85-00-110-A) Aviation Critical Safety Items(CSI) & Flight Safety Critical Aircraft Parts (FSCAP) program

A

defined as any part, assembly, or installation equipment containing a critical characteristic whose failure, malfunction, or absence could cause an uncommanded engine shutdown or catastrophic failure resulting in loss of or serious damge to the aircraft.

Parts classified as CSI/FSCAP by ALC or Other Government Agency (OGA) shall be identified by a C following either the Acquisition Method Suffix Code or the FltCrit blocks on the Aviation Maintenance Management Information System (AMMIS)

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29
Q

(PG-85-00-110-A) Authorized Chemical List

A
  • Storage: Proper storage time is 30 days for the shops, and 90 days for supply.
  • chemical shall be procured in the least amount necassary to complet the particular repair or approved technical order.

prototyping of chemicals:

prototyping of chemicals used on Coast Guard aircraft or systems must be approved by the Industrial Systems Manager (ISM) and ALC aircraft Product Line Engineering Cell prior to use.

30
Q

(PG-85-00-110-A) SHOP LAYOUT: equipment that produce cutting or flying particles should be set at ________ angles to each other.

A

15-degree angle

31
Q

(PG-85-00-110-A) Machine Guarding

A

Preventing unsafe operations and injuries from powered machinery is through:

  1) improved machine design
  2) installation of protective mechanical guards - machine shall be completely _shut down_ and _tagged out_ before guards are removed for maintenance or adjustment. - selective positions properly identified (i.e., stop, start, off, right, left, up, or down)
32
Q

(PG-85-00-110-A) Shop Grinders

A

safety measures:

1) equipped with shatterproof shields
2) metal hood type guard shall enclose two-thirds(2/3) of the abrasive wheel
3) tool rests shall be adjusted to provide a minimum 1/8-inch from abrasive wheel grinding surface.
4) protective face shield shall be worn by the operator

33
Q

(PG-85-00-110-A) Battery Shop

A
  • Nickel-cadmium battery shops will be mechanically ventilated to provide 3 - 4 air exchanges per hour in order to ensure the removal of any hydrogen gas generated as a result of charging.
  • vented nickel-cadmium batteries shall be isolated from vented lead-acid batteries.
  • sealed lead-acid & sealed nickel-cadmium batteries do not require a dedicated battery room or area, and can be charged in the same battery room or area as long as a minimum of 5 feet of clearance is maintained between the different batteries.
34
Q

(PG-85-00-110-A) Batter Shop and Personnel Precautions

A
  • rings must not be worn while working with batteries
  • personnel shall wear:
    1) rubber gloves
    2) protective eye glasses
    3) protective clothing
  • smoking and open flames are forbidden
  • under no circumstances should a wire brush be used for cleaning. Ensure vents are closed before attempting to clean.
35
Q

(PG-85-00-110-A) Fire Prevention

A

1) Fire Prevention Factors:

qualified fire guard equipped with CO2, halon, dry chemical extinguisher during engine starting.

NOTE

  • The purchase of Halon for flight line, hangar, and shop use is prohibited. Existing Halon extinguishers may continue to be used and serviced as long as it is economically feasibel.*
  • Flight line extinguishers shall be 150 pound dry chemical type extinguishers. Hangar and shop extinguishers shall be either CO2 or dry chemical.*

2) Housekeeping:

Accumulations of oil-soaked, paint saturated, rags, waste, excelsior, and combustible refuse.

material shall be:

1) deposited in noncombustible receptacles with self-closing covers.
2) shall be removed from the work areas daily
36
Q

(PG-85-00-110-A) Aircraft Maintenance & Flight Line Safety

A

WARNING

  • The wearing of a ring(s) and other jewelry while maintaining aircraft is prohibited.*
  • good housekeeping in hangars, shops, and on the flight line is essential to personnel safety and efficient maintenance.
37
Q

(PG-85-00-110-A) Approved Static Grounds

A
  • Electrostatic voltage may be as high as 50,000 volts with low currents & consequently, the static ground resistance may be as high as 10,000 ohms.
38
Q

(PG-85-00-110-A) Testing Static Grounds

A
  • grounds should be tested every 24 months utilizing the proper equipment and procedures detailed in the MIL-HDBK-274(series)
  • tested to the required standard of less than 10,000 ohms
  • certified static and power grounds will be marked in 1-inch letters with:
    1) date tested
    2) test results measured in ohms
39
Q

(PG-85-00-110-A) tripod jacks with seperate reservoir

A

WARNING

SEVERAL TYPES OF TRIPOD JACKS HAVE A SEPERATE RESERVOIR MOUNTED TO ONE LEG WITH A QUICK RELEASE HANDLE. ENSURE THAT THE RESERVOIR IS FIRMLY ATTACHED AND THE HANDLE IS SAFETIED BEFORE JACKING. ALSO ENSURE THE HAND PUMP IS FIRMLY ATTACHED.

40
Q

(PG-85-00-110-A) Jacking of Aircraft

A

safety locks: the collet shall be kept within two(2) threads of the lift tube cylinders during raising and screwed down firmly to the cylinder after jacking is completed

outside jacking: permitted where wind conditions are favorable. wind velocity not-to-exceed 15 mph.

releasing jacks: before releasing jack pressure, personnel shall make certain that all cribbing, work stands, equipment, and personnel are clear of the aircraft.

41
Q

(PG-85-00-110-A) LOX Servicing

A

WARNING

IF LOX SPILLS, 20-FOOT RADIUS OF SPILL AREA & DO NOT WALK OR ROLL EQUIPMENT OVER AREA OF SPILL FOR A LEAST 30 MINUTES(MINIMUM) AND UNTIL FROST AND FOG APPEARANCE HAS DISAPPEARED.

fire protection: 125/150 lb wheeled PKP fire extinguisher (or equivalent) placed within 50 feet of the LOX servicing operation.

42
Q

(PG-85-00-110-A) Dipping Fuel Tanks

A

Plastic measuring sticks are authorized, but subject to the following conditions:

1) measuring stick shall be momentarily grounded
2) avoided during actual refueling
3) dipping shall be avoided for at least three(3) minutes after completion

43
Q

(PG-85-00-110-A) Aircraft Ground Handling Safety

A
  • Added caution shall be observed when movement of aircraft is necessary during darkness and/or inclement weather. Taxi signalmen shall use illuminated wands whenever guiding aircraft at night.

Fire Guard:

The fire guard should not introduce extinguishing agent into the engine on internal jet or turbine engine fires unless the fire cannot be controlled with the induction of air.

Ground Power Units:

Engine driven power units shall be shut down prior to connecting or disconnecting external cables to the aircraft.

44
Q

(PG-85-00-110-A) Towing Aircraft

A

NOTE

Commanding Officer shall ensure their unit has a well defined towing plan.

  • the supervisor may double as either the vehicle driver or one of the wing walkers.
  • towing speed of the aircraft shall not exceed that of the walking team members
  • aircraft brake system shall be charged before each towing operation
  • vehicle operator shall not jerk the aircraft or start/stop suddenly.
45
Q

(PG-85-00-110-A) Aircraft Taxiing

A
  • Commanding Officer may authorize taxiing without taxi signalman providing the ramp has clearly defined taxi lines and parking spots.
  • aircraft that are taxied within 25 feet of obstruction, a minimum of one(1) wing walker for each wing tip required.
  • directing aircraft at night requires extra precaution. Taxi strip & parking area should be inspected for workstands and any other mobile equipment which can damage the aircraft.
46
Q

(PG-85-00-110-A) Procedures to maintaining Technical Order (TO) libraries

A
  • all changes, supplements, rapid access change (RAC), ect., to technical manuals will be incorporated into the applicable manual within five (5) working days.
  • conduct semiannual audits
     April audit: conducted by QA & shops
    
     October audit: shops
47
Q

(PG-85-00-110-A) methods for updating technical manuals

A
  • Rapid Action Change (RAC): Distributed by expedited means to all units under distribution for the publication. RAC’s normally involve possible safety of flight or faulty equipment items.
  • changes in the text are indicated by a heavy black line in the outer margin opposite the changed part of the text.

**Manual revisions: complete new edition of an existing TO required when the pages affected by existing changes, in addition to pages requiring change, total 50% or more of the TO**

48
Q

(PG-85-00-110-A) Maintenance Due List (MDL)

A
  • units shall print a new MDL once a month for each aircraft assigned to the unit.
  • MDL’s should project all scheduled maintenance for a 2-month operating period
49
Q

(PG-85-00-110-A) ALC 5000-5 (series) ALC Repair Division Process Tag

A
  • bar coded tag attached to and identifies equipment and the location of the equipment while in maintenance processing at ALC.
50
Q

(PG-85-00-110-A) Joint Deficiency Reporting System (JDRS)

A

Used to communicate information concerning failures of:

  1. aeronautical components & equipment
  2. mission equipment
  3. ground support equipment
  4. tools - provide information that will be of value of management personnel in *_identifying fleetwide problems_* and individual components that fail repeatedly.
51
Q

(PG-85-00-110-A) Aircraft logbook records

A
  • all maintenance records will be backed up a minimum of once (1) per day.
  • paper forms will be retained at the unit for 90 days after entry into EAL and then may be destoyed.
52
Q

(PG-85-00-110-A) Defered Maintenance Actions

A

When corrective action on a BRAVO (FMC or PMC) assest is delayed beyond 24 hours, one of the following codes must be applied to the discrepancy.

 (a) CF - carried forward
 (b) CFD - carried forward to depot level maintenance
 (c) PP - parts pending
 (d) SQ - maintenance squawk

**parts pending discrepancies must have a non-flight-essential part requisitioned, and a part requistition number must be provided within 72 hours**

NOTE

with the exception of deployed assets, no deferred discrepancies shall remain open for a period longer than 30 days without the approval of the unit EO of their designated reprentative.

53
Q

(PG-85-00-110-A) mission shcedule RAMP time

A
  • normally 30 minutes prior to departure time utilized for crew/mission brief.
54
Q

(PG-85-00-110-A) code condidition A & F

A
  1. ) A condition (also referred to as RFI)
    • serviceable
  2. ) F condition (also referred to as either class 265 or NON-RFI)
    • unserviceable
55
Q

(PG-85-00-110-A) Automated Requisition Management System (ARMS) or Simplified Uniform Requisitioning Format (SURF) procedures are used to order Type ____ and ____ materiel from government supply sources.

A

Type 3 and Type 5

56
Q

(PG-85-00-110-A) Aircraft Component Repair: overhaul tags

A

overhaul tags: ALC has developed two (2) different decals.

White - indicates the component has been completely overhauled at ALC.

Yellow - idicates the item has only been inspected and/or repaired as necessary to return the item to a serviceable condition.

57
Q

Fatigue Risk Management Policy

A

During normal operations, mx personnel should be scheduled based on a goal of a 40-hour Maintenance Shift Time (MST) workweek.

8-hour shifts (Mon-Fri)

Units shall ensure maintenance personnel are scheduled for an adequate rest period between work shifts. MST is cumulative, unless an adequate rest period is completed. An adequate rest period is at least eight continuous hours in which the member accrues no MST.

58
Q

Personnel shall not perform mx or quality assurance inspections on grounding discrepancies or flight control work beyond ________ cumulative MST(mx shift time) hours without prior authorization from the _______________.

A

beyond 12 cumulative MST hours

unit Engineering Officer

59
Q

(PG-85-00-110-A) Alcohol Use and Aircraft Mx

A

Personnel are restricted from performing aircraft maintenance or any aircraft maintenance related activities for 10 hours after last alcohol use.

60
Q

(PG-85-00-110-A) Precedence Of Directives

A
  1. ACMS MPC’s
    - completed MPC’s will be retained for 90 days; then may be discared(M13020.1).
  2. Coast Guard TO’s
  3. Air Force TO’s
  4. Navy TO’s
  5. Army TO’s
  6. Commercial Publications
61
Q

Procedures to Maintain Technical Order (TO) Libraries

A
  • All changes, supplements, rapid access change (RAC’s), etc., to technical manuals will be incorporated into the applicable manual within five(5) work
  • Each unit will conduct semiannual audits during the months of April and October:
    a) April audit conducted by QA and shops
    b) October audit conducted by the shops
62
Q

Aircraft Availability (M13020.1)

A

NMCT Target – The USCG target for aircraft availability is 71% (which equates to an NMCT of 29%). This is the goal for mature aircraft systems but is only one of many indicators of maintenance effectiveness.

NMCS Target – A target of %5 is a planning goal for NMCS rates (this equates to a parts availability rate of 95%) This target also serves as a justification for resources required to meet an NMCT rate of 29%.

63
Q

The inability to maintain a B-0 asset is reported by….

A

occurance in EAL and recorded in the DSS Unable to Meet Readiness Requirement (UMRR) PowerPlay Cube.

64
Q

Each Unit Shall maintain a sufficient number of printed forms on-hand to enable normal asset flight and maintenance operations for a period of….

A

1 week

65
Q

PQDR have how many categories?

A

Categories I & II

Category I: deficiency which may cause death, injury, or severe occupational illness; would cause loss of or major damage to the end item; critically restricts the mission readiness capabilities of the using organization.

Category II: to have significant and widespread material or human resource impact but does not affect safety or personnel or impact mission efficiency.

66
Q

Ailerons do what direction in flight?

A

Ailerons are the primary flight control surfaces that move the aircraft about the longitudial axis.

On the wing on which the aileron trialing edge moves downward, camber is increased and life is increased.

(FAA-H-8083-31-V1) P.52

67
Q

Joint Oil Analysis Program

Joint oil analysis samples should be taken from aircraft no later than ______ minutes after shutdown?

A

30 minutes. (NAVAIR 17-15-50.1) P.26

68
Q

Battery shop air exchanges required per hour?

A

3-4 houly exchanges

69
Q

How many twists per inch for 0.020 break wire?

A

9-12 turns per inch. (AFTO 1-1A-8) P.946

70
Q

PDM sends a message out ________ for the projected ______ months on proposed main aircraft asset types.

A

Quaterly

6 months

71
Q

(FAA Aircraft Structural Manual)

Five major stresses to which all aircraft are subjected to?

A
  1. Tension - stress that resists a force that tends to pull something apart.
  2. Compression - stress that resists a crushing force.
  3. Torsion - stress that produces twisting.
  4. Shear - stress that resists the force tending to cause one layer of a material to slide over an adjacent layer.
  5. Bending - stress combining compression and tension.
72
Q

(FAA Aircraft Structural Manual)

Ailerons function?

A

(TQ)Ailerons are the primary flight control surfaces that move the aircraft about the longitudinal axis. In other words, movement of the ailerons in flight causes the aircraft to roll.

(TQ) When the aileron on one wing deflects down, the aileron on the opposite wing deflects upward.