Adv Mar 19 Flashcards
(509 cards)
1
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
What does BTN stand for?
A
Below the neck
2
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
What are components of BTN?
A
Items of Clothing & Cover
3
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
What are components designed to do?
A
Compliment & enhance the respirator assembly function towards protecting aircrewman against chemical, biological, & and nuclear fallout.
4
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew: What items (6) are included in the BTN ensemble?
A
- Chemical protective Undergarments 2. Chemical Protective Socks
- Disposable Footwear Covers
- Aircrew Cape
- Chemical Protective Gloves
- Chemical Glove Inserts
5
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
When wearing Protective gloves Aircrew May have difficulty with what?
A
Small knobs/ switches- operating them
6
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
Chemical Protective undergarments consist of?
A
An undershirt and draws
7
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
When undergarments are worn under flight suit is somewhat resistant to.
A
Water, petroleum, oils and lubricants; gross contamination may degrade protection.
8
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
Service life of undergarments out of vapor barrier package is?
A
15 days
9
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
After contamination, undergarments will provide protection from liquid and vapor chemicals for how long?
A
12 hours
10
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
The chemical Protective socks protect the feet from chemical agents and are impermeable from?
A
Vapor agents
11
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew: Protective socks come in how many sizes?
A
One size only and are a 1 time use only
12
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
What does IFS stand for?
A
Integrated Footwear System
13
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
Integrated Footwear System (IFS) is a multi-sized chemical protective liner that comes in how many sizes; and what are they?
A
6; 1. Extra-small 2. Small 3. Medium 4. Large 5. XL 6. XXL
14
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
What’s the uncontaminated service life of the sock (Integrated Footwear System (IFS))?
A
270 days
15
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
Integrated Footwear System (IFS) provides how many hours of uncontaminated wear time?
A
160
16
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
In a contaminated environment Integrated Footwear System (IFS) provides how many hours of protection?
A
24
17
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
Disposable footwear covers are worn when and how?
A
En route between the shelter and the aircraft; over the flyer’s boots
18
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
Footwear covers come in how many sizes?
A
3; 1. Medium 2. Large 3. XL
19
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew: Aircrew capes come in how many sizes?
A
1 size
20
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew: What’s the purpose of the chemical protective glove?
A
Absorb perspiration
21
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
How many sizes does the protective glove inserts come in?
A
3; Sm, Md, Lg
22
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
What are authorized modifications to the BTN ensemble?
A
None
23
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
When shall PIS inspections be conducted on war reserve items?
A
When there is a need to issue items, until then items shall remain in protective packaging.
24
Q
N.A. 13-1-6.10 CH 5 Crew Systems Special Mission Aircrew:
What does the post flight inspection of war reserve BTN ensembles consist of?
A
- Contamination check 2. Visual inspection 3. Functional check 4. Cleaning 5. Recording of time in service (same applies to training BTN ensembles w/ exception of 1. Contamination 2. Recording of time in service)
25
NAMP (General):
| What does action taken codes A
A: Item of Repairable material
26
NAMP (General):
| What does action taken codes B
B: Repair or Replacement of items
27
NAMP (General):
| What does action taken codes P
P: Removed
28
NAMP (General):
| What does action taken codes Q
Q: Installed
29
NAMP (General):
| What does action taken codes R
Removed and Replaced
30
NAMP (General):
| What does action taken codes S
Removed and Reinstalled
31
NAMP (General):
| What does awaiting maintenance codes M3 mean?
M3: Backlog
32
NAMP (General):
| What does awaiting maintenance codes M4 mean?
M4: Off-shift hours
33
NAMP (General):
| What does awaiting maintenance codes M5 mean?
M5: Other
34
NAMP (General):
| What does awaiting maintenance codes M6 mean?
M6: Awaiting aircraft I-level department maintenance
35
NAMP (General):
| What does awaiting maintenance codes M7 mean?
M7: Flight operations/operational utilization
36
NAMP (General):
| What does awaiting maintenance codes M8 mean?
M8 Awating other shops or maintenance actions
37
NAMP (General):
| What does awaiting maintenance codes M9 mean?
M9: Awaiting maintenance funding
38
NAMP (General):
| What does awaiting maintenance codes CT mean?
Awatingin maintenance cure time
39
NAMP (General):
| In what Appendix of the NAMP can you find what each work unit code as well as action taken codes mean?
Appendix E
40
NAMP (General):
| What does when discovered covered code E mean?
E: After/between flight (Aircrew)
41
NAMP (General):
| What does when discovered covered code G mean?
G: Acceptamce/transfer
42
NAMP (General):
| What does when discovered covered code H mean?
H: Between flights (Ground Crew)
43
NAMP (General):
| What does when discovered covered code J mean?
J: Daily Inspection
44
NAMP (General):
| What does when discovered covered code K mean?
K: Turnaround Inspection
45
NAMP (General):
| What does when discovered covered code L mean?
L: Special Inspection, Preservation/Depreservation
46
NAMP (General):
| What does when discovered covered code O mean?
O: Administrative
47
NAMP (General):
| What does work center code 800 mean?
800: ALSS Division
48
NAMP (General):
| What does work center code 81A mean?
81A: Parachute shop
49
NAMP (General):
| What does work center code 81B mean?
81B: Aviators Safety Equipment Shop
50
NAMP (General):
| What does work center code 81C mean?
81C: Oxygen Regulator & Equipment Shop
51
NAMP (General):
| What does work center code 810 mean?
810: Aviator's Safety and Survial; Equipment Branch
52
NAMP (General):
| Within how many days shall a self-audit be performed after taking over a program?
30
53
NAMP (General):
| What is the responsibility of the WC supervisor in regards to the NAMPSOP?
Verify and track training, quals, and certifications of the workcenter personnel.
54
NAMP (General):
| Within how man hours must fuel samples be taken before initial flight?
24 hours
55
NAMP (General):
| Lox/gaseous oxygen operations will be performed by 2 or more qualified techs per which manual?
N.A. 13-1-6.4
56
NAMP (General):
| What must be used to catch Lox overflow?
Six-inch deep drip/drain pan
57
NAMP (General):
| What manual is used to protect, store, and hydrostatically test gas cylinders?
N.A. 06-20-2
58
NAMP (General):
| An ABO surveillance Program Manager will be designated in writing via what?
The MMP
59
NAMP (General):
| What assessment too is used to perform a program self-audit?
CSEC
60
NAMP (General):
| Which manuals list PPE to use when handling LOX?
N.A. 13-1-6.4 and; N.A. 06-30-501
61
NAMP (General):
| What does the acronym DR stand for?
Deficiency Report
62
NAMP (General):
| What does the acronym HMR stand for?
Hazardous Material Report
63
NAMP (General):
| What does the acronym PQDR stand for?
Product Quality Deficiency Report
64
NAMP (General):
| What does the acronym TPDR stand for?
Technical Publications Deficiency Report
65
NAMP (General):
| What does the acronym BTR stand for?
Baseline Trouble Report
66
NAMP (General):
| What does the acronym EMR stand for?
Explosive Mishap Report
67
NAMP (General):
| Which instruction provides guidance for the PQDR program?
SECNAVINST 4855.3
68
NAMP (General):
| What is a CAT 1 Deficiency Report?
Safety risk that could result in death or injury or damage/loss of equipment.
69
NAMP (General):
| What is a CAT 2 DR?
No safety risk but poses a risk to qualitg of maunenance an operational readiness
70
NAMP (General):
| Which program is used to track, create, and transmit DRs?
Joint Deficiency Reporting System (JDRS)
71
NAMP (General):
| Which DR is specific to Nalcomis?
Baseline Trouble Report (BTR)
72
NAMP (General):
| HMRs must be submitted how long after discovery?
Within 24 hours
73
NAMP (General):
| How does a CAT 2 TPDR pertain to maintenance hours?
Is non-safety related, but delays work of 8 hours or more
74
NAMP (General):
| How does a CAT 3 TPDR pertain to maintenance hours?
Is non-safety related, but delays work 8 hours or less
75
NAMP (General):
| How does a CAT 4 TPDR pertain to maintenance hours?
Is non-safety related, but does not delay maintenance
76
NAMP (General):
| HMRs and PQDRs are automatically considered for what procedure(s)?
Engineering Investigation (EI)
77
NAMP (General):
| When turning in a work order with an EI exhibit, how shall it be marked?
With 3-inch red letters marked "EI" or "PQDR"
78
NAMP (General):
| The MO mat delegate DR submitter privileges to which people?
AMO, QAO, NAMDRP Program Manager
79
NAMP (General):
| What's the acknowledgement of receipt time for a PQDR CAT 1?
Within 1 calendar day
80
NAMP (General):
| What's the acknowledgement of receipt time for a PQDR CAT 2?
Within 10 calendar days
81
NAMP (General):
| What's the difference between Immediate and Urgent action?
Immediate: Fatal or serious injury to personnel or damage to valuable property.
Urgent: Personal injury or damage to valuable property
82
NAMP (General):
| What is Routine Action as it applies to TDs?
Retrofit changes when immediate or urgent action is not warranted
83
NAMP (General):
| What is Record Purpose as it applies to TDs?
Informal change TDs documents configuration changes in all affected equipment.
84
NAMP (General):
| What is the Deckplate TDRS report for ALSS TDs?
NAT 04
85
NAMP (General):
| Who may approve a one-time deferral of compliance for Immediate, Urgent, and Routine Actions TDs?
O-Level commanding Officers
86
NAMP (General):
| An Aircraft FOD inspection must be conducted if it has not flown in how many days?
30
87
NAMP (General):
| What must be etched on all tools in a toolbox?
Org code, Work Center Code, and Tool container number
88
NAMP (General):
| What is the minimum amount of days a work center tool log must be kept for?
30
89
NAMP (General):
| Tools used for O2 use must be marked how?
Oxygen use only
90
NAMP (General):
| What is the primary goal of the corrosion prevention and control program?
Prevent and control corrosion damage to aircraft
91
NAMP (General):
| How often must a plane captain be monitored by a QAR/CDQAR for proficiency?
Semi-annually
92
NAMP (General):
| Egress/explosive system checkout is required how often?
Semi-annual
93
NAMP (General):
| A maintainer must requalify for Egress/Explosive system checkout if TAD for many days?
90 days or more
94
NAMP (General):
| On a vids/maf or wo, which block contains WO code?
A58
95
NAMP (General):
| On a vids/maf or wo, where is the type equipment code?
A48
96
NAMP (General):
| Who's objective of aviation readiness and safety does the Namp support?
CNO and CMC
97
NAMP (General):
| What are the 3 levels of maintenance is the NAMP founded on?
1. O-level 2. I-level 3. D-depot
98
NAMP (General):
| What is the purpose of the MMP?
To provide scheduled control of predictable maintenance workload
99
NAMP (General):
| When conducting maintenance on ALSS, how many days are allowed before and after for completion?
+/- 3 days
100
NAMP (General):
| Who ensures all ALSS requirements are maintained in OOMA CM?
ALSS Baseline Manager
101
NAMP (General):
| What shall be initiated for hot seat evolutions?
New Aircraft Inspection and Acceptance card
102
NAMP (General):
| Who can approve FCF flights in conjunction with operational flights?
CO
103
NAMP (General):
| Who initiates a parachute record?
Activity placing it in source
104
NAMP (General):
| When is the only time B & D coded TDs may be deleted from the component record?
Removed from NAT01, item is removed, or replaced
105
NAMP (General):
| Who initiates a parachute record?
Activity placing it in service
106
NAMP (General):
| Which instructions list procedures for ALSS components, kits, or assemblies involved in mishaps?
OPNAVINST 3750.6; NA 13-1-6 series manuals
107
NAMP (General):
| Which instructions list procedures for ALSS components, kits, or assemblies involved in mishaps?
OPNAVINST 3750.6; NA 13-1-6 series manuals
108
NAMP (General):
| If Nalcomis OOMA is unavailable how shall maintenance be documented?
VIDS/MAF
109
NAMP (General):
| Who is the only person able to modify baseline data in CM?
Baseline Data Owner
110
NAMP (General):
| What shall o-level activities use as a primary means of installing and removing components on aircraft trees in CM?
Work order in the Maint. Module
111
NAMP (General):
| When an IMA issues an ALSS item, what must accompany the item?
Hardcopy AER and Auto Log Set
112
NAMP (General):
| If an ALSS pool is unavailable how much extra gear may be issued ti the o-level?
10%
113
NAMP (General):
| Which manual is referred to for ops involving ordnance.
NA 11-100-1.1
114
NAMP (General):
| Who is required to attend the ALSS CM course for OMA optimized squadrons?
1PR, 1AME, AND 1 AZ
115
NAMP (General):
| All PRs handling ordnances must be certified under which program?
Explosive Handling Personnel Qualification and Certification Program
116
NAMP (General):
| ALSS components have a shelf-life of how long before starting time cycle for inspection?
90 days
117
NAMP (General):
| ALSS components have a shelf-life of how long before starting time cycle for inspection?
90 days
118
NAMP (General):
| What course must all sups complete?
Naval aviation OMA w/c supervisor course
119
NAMP (General):
| What's the minimum pay grade for a CDQAR?
E-5
120
NAMP (General):
| What's the minimum pay grade for a CDI?
E-4
121
NAMP (General):
| At a minimum, how often shall QA monitor all CDIs?
Annually
122
NAMP (General):
| What's the major responsibility of the Navy Supply System?
Provide material in support of operations and maintenance of aeronautical equipment.
123
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: With what series of ejections seat is the Sku-10/A used?
SJU-17 A(V) & B(V)
124
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What aircraft uses the Sku-10/A?
1. F/A-18 A/C/D/E/F 2. EA-18G
125
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What's the size of the emergency O2 bottle provide?
100 Cubic inch, 1800 psi
126
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What length of time does the emergency O2 bottle provide?
Over 10 minutes
127
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: Which l/r does the Sku-10 house?
LRU-23/P
128
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What's the LRU-23/P made of?
Single ply polyurethane coated nylon fabric
129
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: How often shall Sku-10/A rigging and packing be performed y I-level
Every 24 mos (not to exceed 728 day)
130
N.A. 13-1-6.3-2:
Sku Series, Seat kits CH 6: If a functional check is required, what's the torque value of the valve connecting to the CO2 bottle of the LRU-23/P?
80-90 in-lbs
131
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What's the sku-10/A dropline length?
26ft 4in +/-12inches
132
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What may not expire prior to next scheduled inspection of the Sku-10/A?
Batteries
133
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: How shall the hairpin cotter of the URT-140 be secured?
Single-loop mousing with size E nylon thread
134
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What length of nylon cord is used to tie in survival items of the Sku-10/A?
138 inches
135
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What length of extra nylon cord type ! can be found in the Sku-10
50ft with core (guts) removed
136
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: How many water packets can be found i the sku-10?
3
137
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What shall the length of the LRU-23/P valve actuating line not exceed?
5 inches
138
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What's the length of the LRU-23/P sea anchor nylon cord?
10ft
139
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What's the required pull force movement for the sku-10 locking pins?
30lbs or less
140
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What should the emergency O2 on the sku-10 be filled to?
1800-2000 psi
141
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What's the force required for the manual O2 activation handle?
10-30 lbs
142
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What may occur if someone purges emergency O2 bottle through the filler valve?
Fire or explosion
143
N.A. 13-1-6.3-2:
Sku Series, Seat kits CH 6: When refilling the emergency O2 bottle what's the required fill stage and cooling stage times?
# Fill stage: No less than 3 minutes
Cooling Stage: 2 min
144
N.A. 13-1-6.3-2:
Sku Series, Seat kits CH 6: What are the required fill levels for the emergency O2 bottle when storing or shipping a sku-10?
Storing: 200 psi
Shipping: 25 psi
145
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What should the emergency O2 bottle output pressure be?
60-90 psi
146
N.A. 13-1-6.3-2:
| Sku Series, Seat kits CH 6: What's the required pull force for kit deployment on the sku-10?
20 +/- 10 lbs
147
Namp Ch. 1:
| Where can definitions for commonly used terms and acronyms be found in the NAMP?
Appendix A
148
Namp Ch. 1:
| What does a warning mean?
Procedure that could cause injury or death
149
Namp Ch. 1:
| What does a caution mean?
Procedure could cause damage to or destructions of property.
150
Namp Ch. 1:
| What does a note mean?
A procedure or condition the requires emphasis
151
Namp Ch. 1:
| Who must be a command contact for NAMP policy interpretations before change proposal or deviation request?
Wing
152
Namp Ch. 1:
How and to who shall a policy or procedure change that is believed to adversely affect safety of flights or personnel be sent?
- Immediately via priority naval message
| - To CNAF (N422C)
153
Namp Ch. 1:
| Deviations from NAMP policies, procedures or responsibilities must be submitted via naval message to CNAF (N422) by who?
Activity Commanding Officer
154
Namp Ch. 1:
| Who sponsors and directs the NAMP?
CNO
155
Namp Ch. 1:
| What's the NAMP's objective?
Achieve the aviation material readiness and safety standards established by the CNO and CNAF in coordination with the CMC.
156
Namp Ch. 1:
| What is the NAMP core principles?
- Strict adherence to quality and safety procedures
- Repair of aeronautical equipment at appropriate level of maintenance
- Application of systemic planned maint. to minimize degradation of aircraft, engines, equipment
- Collection and analysis of data to support and changes
157
Namp Ch. 1
| Who allocates funding for the NAMP?
CNO nad CMC
158
Namp Ch. 1:
| How far out does the program objective memorandum (POM) show NAMP fiscal needs?
5 years
159
Namp Ch. 1:
| What is the purpose of a Sea-Operational Detachment (SEAOPDET)?
To provide increased technical experience of Carrier AIMD sailors
160
Namp Ch. 1:
| Under whose direction does the CNO command of operating forces of the Navy, OPNAV, and the Chief of Naval Personnel?
SECNAV
161
Namp Ch. 1:
| What's the responsibility(es) of a squadron CO?
Maintenance and material condition of aircraft and equipment
162
Namp Ch. 1:
| What's the responsibilities of IMA and supply activities?
Support of flight line and flight deck operations
163
Namp Ch. 1:
| Who manages all aspects of aviation configuration management data systems?
NAVAIR
164
Namp Ch. 1:
| What are the 7 improvement elements that apply to the NAMP?
1. Productivity 2. Effectiveness 3. Efficiency 4.Quality 5.Quality of work 6. Life 7. Budgetability
165
Namp Ch. 1:
| Who is the focal point of fleet aviation maint. performance improvements?
NAVAIR
166
Namp Ch. 1:
| Which manual provides ORM guidance?
Opnavinst 3500.39
167
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter:
| The cartridge actuated cutter is commercially known as?
The passive Anti-Suffocation Device (PASD)
168
N.A. 13-1-6.10: Chapter 10 Cartridge Actuated Cutter:
| How is the PASD operated?
It is battery operated
169
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter:
| What is the purpose of a PASD?
To provide a breathing air passage for an unconscious aircrew member forced down over water while wearing a A/P22P-14(V)
170
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter: What's a A/P22P-14(v)?
A chemical Protective Respirator Assembly
171
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter:
| What is the intended use of the cartridge actuated cutter?
With the A/P22P-14(v)2 or (v)3 during operational contingency missions
172
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter: Where is the PASD mounted?
On the mask inlet hose of the respirator
173
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter:
| The PASD will open how much?
1/2 inch hole in respirator's ,ask inlet hose above the water line after it enters and exits fresh or salt water.
174
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter:
| What does the PASD provide?
Ambient air for breathing even though the hose may be immersed.
175
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter: What's the service life of Cartridge Actuated Cutter?
5 years
176
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter: What's the operating temp of a PASD?
0-125 degrees F
177
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter: What's the charge of a PASD and does it have the possibility of being hazardous?
181-miligram charge, no specific hazard in the event of ignition or during trtansportation
178
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter: When may the cutter become a projectile?
When the clamp is open and could inadvertently fire.
179
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter:
| When will the device be assembled on the mask?
Immediately after packing foam and clamp are removed
180
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter:
| When looking from the end of the mask inlet hose, how should the actuator body be oriented?
Between the 9 and 11 o’clock positions
181
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter:
| How shall a Cartridge Actuated Cutter (CAC) be labeled?
With the CAC s/n, and the 5 year shelf life expiration date
182
N.A. 13-1-6.10 Chapter 10 Cartridge Actuated Cutter:
| Any unit that has CACs installed on the respirator hose, must maintain a computer cross-reference listing of what?
1. Respirator S/N
2. CAC S/N
3. CAC shelf life expiration date
183
N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest:
| What’s the CMU-29 (v)2/P CBR overvest used for?
To store the pusher fan and filter cansister
184
N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest:
| When is the CBR overvest used?
When the A/P22P-14(V) thru (V)4 CBR respirator assemblies are worn by fixed wing aircrew.
185
N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest:
| What are the 3 respiratir assemblies that can be worn with the CMU-29(v)2/P?
1. A/P22P-14(v) = CRU-79/P
2. A/P22P-14(V)3 = CRU-103/P
3. ) A/P22P-14(V)4 = Panel Mounted Oxygen Regulator
186
N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest:
| What is the CMU-29/P overvest constructed of?
Primaraily of nylon mesh, nylon straps, and nylon cloth
187
N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest:
| Does the panel mounted near the regulator use a ocket on the overvest for the oxygen hose?
No, but all of the other configurations do utilize a pocket on the vest.
188
N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest:N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest: What's the drawing numbere and nomenclature for the CBR vest and components?
1. 3298AS300 = Vest Assembly
2. 3298AS320 =CRU-79/P Oxygen Reg Pocket
3. 3298AS330 = CRU-103/P Oxygen Reg pocket
189
N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest:
| The CMU-29(v)2 overvest is supposed to be worn over?
1. SV-28 Survival Vest
2. CMU-33/P /syrvuvak vest
3. ACC 380 integrated torso harness
190
N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest:
| What are the authorized modifications for the CMU-29(v)2/P?
Modification for the C-20/C-40 crew chief configuration only
191
N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest:
| The CBR vest comes in how man sizes?
1; designed to fit all arecrew by adjusting the shoulder and waist straps
192
N.A. 13-1-6.10 Chapter 10 CMU-29 (v) 2/P CBR overvest:
| What are the only authorized repair/replacements?
Repair of small holes or tears, replacement of loose or broken stitching, hook and pile fastener tapes and snap fasteners.
193
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What is covered in this Chapter?
Qxygen Concentrator Type GGU-12/A (OEAS)
194
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What does OEAS stand for?
Oxygen Enriched Air System
195
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| Up to what altitude does the Type GGU-12/A 02 concentrator supply for aircrew members?
Up to 50,000ft
196
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What kind of breathing schedule does the Type GGU-12/A support?
Open Loop
197
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What doees the GGU-12/A utilize in order to produce oxygen-enriched air?
1. Engine Bleed Air
| 2. Electrical Power
198
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What's the inlet pressure range of the GGU-12/A?
8-250 psig
199
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What's the outlet pressure of the GGU-12/A?
125 psig
200
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What is the inspection cycle of the GGU-12/A?
Not exceed 400 flight hours
201
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What device is used to bench test the GGU-12/A?
TTU-518 A/E Oxygen Concentrator Test Unit
202
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What may not be used to carry the GGU-12/A?
1. Exhaust vent metallic tube assembly
| 2. Rotary Valve Assembly
203
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What is the only means used to restrict exhaust flow of the concentrator?
Muffler Assembly
204
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What is the minimum power source required to operate the TTU-51 A/E?
115V, 400HZ, and 6 amp
205
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| After a 5-minute stabilization period, what should the percent 02 reading on the TTU-518 A/E read?
21 +/- 2%
206
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| When performing the 115v motor RPM test, what is the length of the test and required pressure drop count?
23 to 27 pressure drops in 2 minutes
207
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What are the allowable limits of the air pressure in TTU-58 A/E when performing the internal leakage test?
1. Pressure drop no more than 3 psig in 1 min
| 2. Pressure drop no more than 15 psig in 5min
208
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
While performing the oxygen flow test when the concentrator os optional, what must the inlet pressure reading fall below?
85 Psig
209
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
While maintaining 30 inH20, at high pressure swing how much time will be allowed for the percent Oxygen meter to stabilize?
Up to 15 minutes
210
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| To be attached to air supply sources what will be required of AIMD shops when using a OBOGs Adapter Assembly inlet?
1. On/off valve
| 2. 0-160 psig guage
211
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| While operating the TTU-518A/E, what should the shop air supply pressure not fall below?
75psig
212
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| Which publication outlines procedures for cleaning metallic parts?
N.A. 13-1-6.4-1
213
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| What is used to blow dry metallic parts?
Oil-free nitrogen
214
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
| When installing GGU-12/A sieve bed assemblies, what are the machine screws torqued to?
130-135 in-lbs
215
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
When attaching the metallic tube assembly and metallic bent tube assembly to the molecular sieve bed assembly with socket head cap screws, what's the torque valve of the screws?
2.0-2.2 in-lbs
216
N.A. 13-1-6.4-3 CH 5 Oxygen Equipment (Concentrators):
When securing the junction box assembly to the junction box bracket with socket head cap screws, what's the screws torque valve?
5.0-7.5 in-lbs
217
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What are the requirements for patches and rank when worn on flight clothing?
1. Won't exceed 50in2
| 2. No 1 patch exceeds 4 inches in any direction
218
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What are the 4 types of authorized flyer's summer coveralls?
1. CWU-27/P
2. CWU-73/P (Force flight suit (MEAFFS))
3. Enhanced Air Force Flight Suit (EAFFS)
4. Modified Enhanced Air
219
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What's the size range for Flyer's coverall?
32 short to 52 long
220
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What's the size range of the Type II CWU-27/P women's coveralls?
30-44 misses (M) and women (W)
221
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What's the special inspection cycle for flight suits?
360 day
222
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What cannot be used to clean a flight suit?
1. Fabric softener
2. Bleach
3. Starch
223
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
How many sizes are available for the CWU-64/P?
24
224
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
The CWU-64/P is used as an alternative to what other clothing in cold weather?
1. CWU-45/P Jacket
| 2. CWU-18/P Trousers
225
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What's the inspection cycle of the CWU-64/P?
360 day
226
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
When making sewing repairs, what should the thread being used conform to?
A-A-55217
227
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What 3 materials can be used to lubricate slide fasteners?
1. Lead pencil
2. Graphite
3. Wax
228
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
How many sizes are available for the 2 piece flight suit trousers and coat?
15
229
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
For proper fit of the 2 piece flight suit coat how far or below the hipbone should the waistband fit?
1/2 inch
230
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What's the max water temperature allowed when laundering fight suits, as well as the temperature when tumble drying?
180 degrees F
231
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
Which type of hangers should be used to hang drying fight suits?
1. Wooden
| 2. Plastic
232
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
The Navy flyer's combat shirt (NFCS) is worn in place of what other piece of clothing?
Two piece flight suit top
233
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What's the special inspection for the Navy flyer's combat shirt (NFCS)?
360 day
234
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What's a CWU-36/P?
The summer Flyer's Jacket
235
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What's a CWU-45/p?
Cold weather flyer's jacket
236
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What's the CWU-18/P?
Extreme Cold Weather Trousers
237
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
How many pieces make up the (Multi Climate Protection System) MCPS?
12
238
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing: What's the fleece jacket and vest of the MCPS made of, and how much wind does it block?
Aramid, 300 weight double fleece, black 95% of wind
239
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What are the different available liner?
1. CWU-23/P
2. CWU-72/P
3. CWU-81/P
4. CWU-82/P
240
N.A. 13-1-6.7-2 CH 3 Aircrew Personal Protective Equipment Clothing:
What's the size range of the GS/FRP-2 flyer's gloves?
4-12
241
N.A. 13-1-6.7-4 CH 4:
| Which G-suit can be used as a substitute for the CSU-13B/P?
CSU-15A/P
242
N.A. 13-1-6.7-4 CH 4:
| Which G-suit is replacing the CSU-15/P?
CSU-13B/P
243
N.A. 13-1-6.7-4 CH 4:
| Which maintenance process is followed when working on a CSU-15A/P?
The same as a CSU-13B/P
244
N.A. 13-1-6.7-4 CH 4:
| Which size G-suits are the only ones that calf modifications are authorized on?
1. Medium
| 2. Large
245
N.A. 13-1-6.7-4 CH 4:
| How many turns of electrical insulation tape is required to cover the hose clamp of the CSU-15/P?
3
246
N.A. 13-1-6.7-4 CH 4:
| What's the special inspection for all G-suits?
180 day
247
N.A. 13-1-6.7-4 CH 4:
| When inflating a G-suit for a leakage test, to what amount is it filled?
5 psig
248
N.A. 13-1-6.7-4 CH 4:
| During a G-suit leakage test, the bladder pressure may not drop how much in what amount of time?
1 psig in 30 seconds
249
N.A. 13-1-6.7-4 CH 4:
| How long will a G-suit hold a minimum pressure of 0.3 psi?
4 hrs
250
N.A. 13-1-6.7-4 CH 4:
| What size holes, snags or tears shall be darned with a reinforcing patch on a G-suit?
7/8 inch
251
N.A. 13-1-6.7-4 CH 4:
| What size holes on a G-suit shall receive a patch?
In excess of 7/8 inches to 3 inches
252
N.A. 13-1-6.7-4 CH 4:
| What's the maximum length of time for a wash cycle when cleaning a G-suit?
3 minutes
253
N.A. 13-1-6.7-4 CH 4:
| If needed, what air source can be used to inflate a G-suit for a leak test?
MPLR pump type I or III with adaptable fittings
254
N.A. 13-1-6.7-4 CH 4:
| Which G-suit provides 40% greater bladder coverage to restrict blood flow t lower body than the CSU-15/P and CSU-13B/P?
CSU-20/P22P-16
255
N.A. 13-1-6.7-4 CH 4:
Which device located between O2 regulator and male portion of the hose quick, sends a pneumatic signal to the regulator enabling the Navy combat Edge (NEC) A/P22P-16 system to operate?
G-sensing line
256
N.A. 13-1-6.7-4 CH 4:
| On which aircraft shall the CSU-20/P22P-16 not be used?
1. F/A-18 series
| 2. EA-18G series
257
N.A. 13-1-6.7-4 CH 4:
| Which special inspections apply to the CSU-20/P22P-16
1. 90 day
| 2. 360 day
258
N.A. 13-1-6.7-4 CH 4:
| When is the leak test performed on the CSU-20/P22P-16?
1. 90 Day
| 2. 360 Day
259
N.A. 13-1-6.7-4 CH 4:
| To what psi is the CSU-20/P22P-16 inflated when performing a leakage test?
3 psi
260
N.A. 13-1-6.7-4 CH 4:
| During a leakage test the CSU-20/P22P-16 shall not drop more than what amount in what amount of time?
1.0 psig in 60 seconds
261
N.A. 13-1-6.7-4 CH 4:
| When shall a CSU-20/P22P-16 be removed from in service?
1. Fails a leak test
2. Requires more than 3 patches
3. Holes or tears in bladder fabric
4. Can no longer be economically repaired
262
N.A. 13-1-6.7-2 CH 7:
| What's the minimum lead-time for custom fit flight apparel?
90 days
263
N.A. 13-1-6.7-2 CH 7:
| What form must be signed by an AMSO or local tiger team representative to verify the need for custom fit apparel?
NAVAIR form 10126/1
264
N.A. 13-1-6.7-2 CH 7:
| What must be drafted in order to order custom fit flight equip.
Naval Message
265
N.A. 13-1-6.7-2 CH 7:
| Who is the custom fit flight clothing Naval Message sent?
TYCOM
266
N.A. 13-1-6.7-2 CH 7:
| What two forms are required for all custom fit orders?
1. Supply form 1348-6
| 2. NA Form 1026/1
267
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| Which drysuit is replacing the CWU-62 B/P?
CWU-86/P
268
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What does the A/P22P-6 series Anti-Exposure apparel assembly consist of?
1. A/P22P-6B(V)
2. A/P22P-6C(V)2
3. A/P22P-6D(V)2
269
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How many sizes is the CWU-62B/P available in?
12
270
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How many sizes is the CWU-62 C/P available in?
9
271
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| Which anti-exposure assembly is for women only?
1. CWU-87/P
| 2. CWU-62C/P
272
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How many inches at a time should neck seal be trimmed?
1/4 inch at a time
273
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| CWU-62/P wrist seals have trim lines spaced how many inches apart?
Approx. 3/16 inches
274
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What must not be used to mark drysuits?
1. Ball point pen
| 2. Lead pencil
275
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What must be added to neck and wrist seals of drysuits to avoid damage when donning and doffing?
Talc powder
276
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What's the service life of an anti-exposure coverall?
15 years from the DOM
277
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What must be done with an anti-exposure coverall that lacks a legible DOM?
Marked as NRFI
278
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What else can determine the DOM if DOM isn't legible?
Contract lot number can be used
279
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What are the special inspections for anti-exposure coveralls?
1. 180 day 2. 360 day
280
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| Which 2 methods are used during anti-exposure coverall leak test?
1. Air Leak Test Fixture
| 2. Water Leak Device
281
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What must be used if an anti-exposure coverall fails the air leak test?
Water Test Device
282
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What's the soapy solution mixture ratio to be used during the air leak test?
1/2 oz detergent to 16 oz water
283
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How tight must the Air Leak Test fixture be tightened to the anti-exposure coverall heck seal?
Finger tight plus 1/2 turn with a wrench
284
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
How many times is it recommended that the drysuit be filled and deflated with air in order to let the air temperature inside the coverall to stabilize?
3 Times
285
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| When connecting an air source, which way should the pointer on the 3-way valve be pointing?
Toward the gauge, which indicates the pointer is in the off position.
286
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| To what amount should the anti-exposure coveralls be inflated during the air leak test?
7.5 inches of water (inH20)
287
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
How long shall an anti-exposure coverall be left at pressure during the air leak test, and what is the max allowable pressure drop?
For 5 mins and no more than 1 inch of water (inH2O)
288
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| Drysuits should not be allowed to stay inflated and covered in soapy solution for longer than what amount of time?
5 minutes
289
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What publication should be utilized in order to become familiar with the water test stand and operating procedures?
N.A. 17-15GB-504
290
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How many people are required in order to operated the water test stand?
2
291
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How much water is required to fill the reservoir to the fill line?
Approximately 30-35 gallons
292
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How much bleach should be added per reservoir full of water on the water test device?
1/4 Cup
293
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| Which drysuit shall not be tested with chlorine bleach?
OTS-600
294
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| During water test inspections, what determines that a repair is required?
1 drop of water falls in 10 seconds or less
295
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| When using a dryer, what temperature and amount of time shall anti-exposure coveralls be dried?
On the lowest temperature setting for 20 minutes
296
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What's the maximum allowed time for a drysuit to hang to dry?
4 hrs
297
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What is used to spot clean a drysuit?
Simple Green
298
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How far beyond damaged area shall drysuit patches extend?
1 inch
299
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| Patches may not cover more than what percentage of a coverall panel?
25%
300
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| Authorized patching of the CWU-62/P shall not exceed?
180 square inches
301
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How many inches are removed from anti-exposure socks during initial installation?
2 inches
302
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What's the service life of the OTS-600?
10 years from the DOM or until beyond economical authorized repair, whichever comes first
303
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What does ARSD stand for?
Aviation Rescue Swimmer's Drysuit
304
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How many sizes does the ARSD come in?
4
305
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What is the ARSD made of?
Nylon Gortex Laminate
306
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| How many sizes come in the anti-exposure socks?
One size fits all and are factory installed
307
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What the service life of the ARSD?
Remain in service until beyond economic repair
308
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| The CWU-83/P will be used on what aircrafts and when?
1. Carrier Onboard Delivery
2. Vertical Onboard Delivery (VOD)
3. On flights over water or where cold climatic conditions could be hazardous or fatal
309
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
When the CWU-83/P (Passenger Anti-Exposure Coverall is worn over normal winter clothing, will provide protection from hypothermia for how long and at what temperatures?
For 1 hour in 40 degree fahrenheit seas.
310
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| The CWU-83/P coverall is available in how many sizes and what are they?
3;
1. Small
2. Large
3. XXXLG
311
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| Who wears the CWU-83/P?
Non-combat equipped passengers
312
N.A. 13-1-6.7-2 CH 5 Anti-Exposure assemblies:
| What's the service life of the CWU-83/P Passenger Anti-Exposure Ensemble?
12 years
313
N.A. A6-215PC-MEB-000, Work Package 003 00:
| What type of shuttle-type machines are the Consew, Singer 31-15, Singer 7-33, and Consew 733R?
Oscillating
314
N.A. A6-215PC-MEB-000, Work Package 003 00:
What is the federal standard stitch for the Consew, Singer 31-15, Singer 7-33, Consew 733R, and Singer 111W155, Consew 206RB?
301 lock stich
315
N.A. A6-215PC-MEB-000, Work Package 003 00:
| What type of work is the Consew, and Singer 31-15 used for?
For light to medium work
316
N.A. A6-215PC-MEB-000, Work Package 003 00:
| What type of work is the Singer 7-33, and Consew 733R used for?
For heavy work
317
N.A. A6-215PC-MEB-000, Work Package 003 00:
| What type of work is the Singer 111W155 used for?
For medium to heavy work
318
N.A. A6-215PC-MEB-000, Work Package 003 00:
| What machine can make a standard 308 zig-zag stitch?
The 199R3
319
N.A. A6-215PC-MEB-000, Work Package 003 00:
| What machine can make a standard 304 zig-zag stitch
The 199R
320
N.A. A6-215PC-MEB-000, Work Package 003 00:
| What does the letter in the machine's model number designate (ex.111W155)?
The country in which the machine was manufactured
321
N.A. A6-215PC-MEB-000, Work Package 003 00:
| What type of work is the Consew 206RB used for?
Medium to heavy work
322
N.A. A6-215PC-MEB-000, Work Package 004 00 (Singer 31-15):
| When conducting 28 day maint., what type of air shall be used to clean?
Low-pressure air
323
N.A. A6-215PC-MEB-000, Work Package 004 00 (Singer 31-15):
| If binder occurs what is the first step to isolate binding?
On the feeding unit, loosen setscrew
324
N.A. A6-215PC-MEB-000, Work Package 004 00 (Singer 31-15):
| What is the spcification or part number for Mineral USP, Oil?
04-0819
325
N.A. A6-215PC-MEB-000, Work Package 004 00 (Singer 31-15):
| What is the spcification or part number for Mineral USP, Oil?
MIL-PRF-680
326
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Aircraft Liquid Oxygen and Gaseous Oxygen Systems provide the aircrewmember?
Either diluted or 100 percent oxygen for breathing
327
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
The Liquid Oxygen System provides facilities to store and convert liquid oxygen (LOX) into what?
Gaseous oxygen
328
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
The Gaseous Oxygen System provides
facilities to store gaseous oxygen in cylinders at either high or low pressure and to deliver it to the aircrewmember at what?
A reduced pressue for breathing
329
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Aircraft Oxygen Systems installed in naval aircraft fall into one of two categories, what are they?
Either Gaseous oxygen systems or liquid oxygen systems
330
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Gaseous Oxygen systems are comrised of three types what are they?
1. Low pressure (0-500psig)
2. High pressure (0-1800 psig)
3. Reduced High Pressure
331
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Gaseous Oxygen Systems are used primarily on what type of aircraft?
Multiplace Aircraft; where space
| and weight considerations are less important items
332
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Liquid Oxygen Systems are used primarily on what type of aircraft?
On aircraft where space, weight, and mission
| considerations are paramount
333
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
What is the purpose of a converter when it comes to a liquid oxygen system?
Is used to store he liquid oxygen supply
334
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Diluter Demand Regulators are used with Gaseous Oxygen Systems, and provide with an
air-oxygen mixture, or a?
100% oxygen
335
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
By placing the diluter lever (or knob) in the
NORMAL position on a Diluter Demand Regulator, an air-oxygen mixture is supplied upon demand up to approximately how many feet?
28,000 to 32,000
336
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
At approximately ___ feet ambient
air is shut off on the Diluter Demand Regulator, and the user will then recieve 100 percent oxygen.
32,000 feet
337
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
By selecting 100% OXYGEN on the Diluter Demand Regulator, the regulator supplies 100% oxygen at what altitude(s)?
All altitudes
338
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Automatic Positive Pressure Diluter Demand Regulators use what type of Oxygen System?
Can be either Gaseous or Liquid Oxygen Systems
339
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
With the Automatic Positive Pressure Diluter Demand Regulators, what happens when above 30,000 ft?
Added oxygen at a positive pressure is supplied to the mask; and will continue to do so up until 50,000 ft.
340
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Due to human limitations, Automatic Positive Pressure Diluter Demand Regulators shall
not be used above how many feet?
43,000 feet; except for very short periods
341
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Miniature Oxygen Regulators reduce and regulate supply
pressure, and deliver what?
100% oxygen to the user at a breathable pressure
342
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
The safety pressure feature in the Miniature Oxygen Regulators automatically maintains a
positive pressure of _ to _ inH2O in the mask at all altitudes up to, and including, 34,000 feet.
0 to 2.5
343
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
The pressure breathing feature of the Miniature Oxygen Regulators maintains a positive pressure in the mask of up to WHAT inH2O and at what altitudes?
20.0; between 35,000 and 50,000 feet
344
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Where are the Diluter Demand Regulators mounted and what type of regulator are they?
Torso-mounted; multi-purpose regulators
345
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Why are Continuous Flow Regulators only used in a limited number of naval aircraft?
The regulators do not satisfactorily meet all the oxygen requirements of varying degrees for aircrew activity
346
N.A. 13-1-6.4-1, AIRCRAFT OXYGEN SYSTEMS
AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Who is authorized to use continuous flow regulators?
Authorized for passenger use, but regulators are not authorized for use by aircrewmembers.
347
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
Which drysuit is replacing the CWU-62B/P?
CWU-86/P
348
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What does the A/P22P-6 series Anti-Exposure apparel assembly consist of?
1. A/P22P-6B(V)2
2. A/P22P-6C(V)2
3. A/P22P-6D(V)2
349
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How many sizes is the CWU-62B/P available in?
12
350
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How many sizes is the CWU-62C/P available in?
9
351
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
Which anti-exposure assembly is for women only?
1. CWU-87/P
| 2. CWU-62C/P
352
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How many inches at a time should neck seals be trimmed?
1/4 inch at a time
353
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
CWU-62/P wrist seals have trim lines spaced how many inches apart?
Appox 3/16 inches
354
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What must not be used to mark drysuits?
1. Ball point pen
| 2. Lead pencil
355
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What must be added to neck and wrist seals of drysuits to avoid damage when donning and doffing?
Talc powder
356
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What's servidce life of an anti-exposure coverall?
15 years from the DOM
357
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What must be done with an anti-exposure coverall that lacks a legible DOM?
Mark it as NRFI
358
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What else can be used to determine Date of manufacture if DOM isn't legible?
Contract lot number
359
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What are the special inspections for anti-exposure coveralls?
1. 180 day
| 2. 360 day
360
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
Which two methods are used during anti-exposure coverall leak test?
1. Air leak test fixture
| 2. Water leak device
361
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What must be used if an anti-exposure coverall fails the air leak test?
Water test device
362
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What's the soapy solution mixture ratio to be used during air leak test?
1/2 oz detergent to 16 oz water
363
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How tight must the air leak test fixture be tightened to anti-exposure coverall neck seal?
Finger tight plus 1/2 turn with wrench?
364
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How many times is it recommended that the drysuit be filled and deflated with air in order to let air temperature inside coverall to stablize?
3 times
365
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
When connecting air source, which way should the pointer on the 3-way valve be pointing?
Toward the gauge, which indicates pointer is in off position.
366
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
To what amount should the anti-exposure coveralls be inflated during the air leak test?
7.5 inches water (inH20)
367
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How long shall an anti-eposure coverall be left at pressure during the air test, and what is the max allowable pressure drop?
For 5 mins and no more than 1 inch of water (inH20)
368
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
Drysuits should not be allowed to stay inflated and covered in soapy soluton longer than what amount of time?
5 minutes
369
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What pub should be utilized in order to become familiar with H2O test stand and operating procedures?
N.A. 17-15GB-504
370
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How many people are required in order to operated the water test stand?
2
371
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How much water is required to fill the reservoir to the fill line?
Approximately 30-35 gallons
372
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How much bleach should be added per reservoir full of water on the water test device?
1/4 cup
373
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
Which drysuit shall not be tested with chlorine bleach?
OTS-600
374
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
During water test inspection, what determine that a repair is required?
1 drop of water falls in 10 seconds or less
375
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
When using a dryer, what temperature and amount of time shall anti-exposure coveralls be dried?
On the lowest temperature setting for 20 minutes
376
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What is the maxium allowed time a drysuit can hang to dry?
4 hours
377
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What is used to spot clean a drysuit?
Simple Green
378
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How far beyond damaged area shall patches extend?
1 inch
379
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
Patches may not cover more than what percentage of a coverall panel?
25 percent
380
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
Authorized patching of CWU-62/P shall not exceed?
180 square inches
381
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How many inches are removed from anti-exposure sockss during initial installation?
2 inches
382
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What's the service life of the OTS-600?
10 years from the DOM or until beyond economical authorized repair, whichever comes 1st
383
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What does ARSD stand for?
Avation Rescue Swimmer's Drysuit
384
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How many sizes does the ARSD cpme in?
4
385
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What is the ARSD made of?
Nylon Gortex Laminate
386
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
How many sizes come in the anti-exposure socks?
One size fits all and are factory installed
387
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What's the service life of the ARSD?
Remain in service until beyond economic repair
388
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
The CWU-83/P will be used on what aircrafts and when?
1. Carrier Onboard Delivery
2. Verticle Onboard Delivery (VOD)
On flights over water or where cold climatic conditions could be hazardous or fatal
389
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
When CWU-83/P (Passenger Anti-Exposure Coverall) is worn over normal winter clothing, will provide protection from hypothermia for how long at what temperature?
For 1 hour in 40 degree fahrenheit
390
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
The CWU-83/P coverall is available in how many sizes and whar are they?
3; Sm, Lg, and 3XL
391
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
Who wears the CWU-83/P?
Non-combat equipped passengers
392
N.A. 13-1-6.7-2, CH. 5 AIRCREW PERSONAL PROTECTIVE
EQUIPMENT (CLOTHING):
What's the service life of the CWU-83/P (Passenger Anti-Exposure Ensemble)
12 years
393
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
Each work package is assigned a 5 digit number, what does the numbers desonate?
The first 3 digits identify the work package, the last two identify added work packages (ex: 002 00).
394
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
How are work package (WPs) arranged?
In numerical sequence
395
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
How would you find a work package (WP) when thesubject isn't known?
Refer to the alphabetical index (WP 001 00)
396
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
What does Copy Freeze date mean?
Is the publication date established after which no additional information or changes will be incorporated into the manual.
- Additions, deletions, and changes required after freeze date will be held until next publication change
397
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
Where would you refer to in order to find applicable TDs and which TDs will be listed?
Refer to the historical record of applicable TDs, which is in each WP; will only list TDs that affect the text and illustrations of that WP
398
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
What does a warning mean?
An operating, maintenance procedure, practice, statement, or condition that if not observed could result in injury or death.
399
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
What does caution mean?
An operating, maintenance procedure, practice, statement, or condition could result in damage to or destruction of equipment, or loss of mission effectiveness
400
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
What does a note mean?
An essential operating, maintenance procedure, practice, statement, or condition which must be highlighted
401
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
What does a SM&R code mean?
Source, maintenance, and recoverability
402
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
What SPI and SPM?
Stitches per inch & Stitches per min mean
403
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
All sewing machines are subject to what inspections?
1. Pre-op
| 2. 28 day
404
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB:
How does one acquire parts for a sewing machine?
Must be acquired through open purchase
405
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 31-15):
What's the needle size?
16x87
406
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 31-15):
What's the max Stitches per min (SPM)?
2,200
407
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 31-15):
How's the needle threaded?
Left-hand twist
408
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 31-15):
What's the Stitches per inch (SPI)?
7 to 32
409
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 31-15):
What's the presser foot clearance?
5/16 inches
410
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 7-33 / Consew 733R):
What's the needle size?
1. 7x1
2. 7x5
3. 1000 Schmetz
4. 1000H Schmetz
411
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 7-33 / Consew 733R):
What's the max Stitches per min (SPM)?
550
412
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 7-33 / Consew 733R):
What's the needle thread?
Left-hand twist
413
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 7-33 / Consew 733R):
What's the Stitches per inch (SPI)?
2 to 8
414
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 7-33 / Consew 733R):
What's the foot clearance?
1. 9/16 inches
| 2. 7/8 inches
415
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 111w155):
What's the needle size?
135x17
416
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 111w155):
What's the max Stitches per min (SPM)?
3500 to 3600
417
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 111w155):
What's the needle thread?
Left-hand twist
418
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 111w155):
What's the max Stitches per inch (SPI)
5 to 32
419
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Singer 111w155):
What's the foot clearance?
15/64
420
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Consew 206RB):
What's the needle size?
135X16
421
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Consew 206RB):
What's the max Stitches per min (SPM)?
3,300
422
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Consew 206RB):
How's the needle threaded?
Z-twist
423
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Consew 206RB):
What's the Stitches per inch (SPI)
3 1/2 to 32
424
N.A. A6-215PC-MEB-000 Industrial Sewing Equipment, WP 002 IPB (Consew 206RB):
What's the foot clearance?
1/2
425
N.A. A6-332AO-GYD-000
AVIATORS BREATHING OXYGEN (ABO) SURVEILLANCE PROGRAM LABORATORY AND FIELD GUIDE:
Aviators Breathing Oxygen (ABO), MIL-PRF-27210, comes in how many states, and what are they?
2, 1. Gaseous (Type I) 2. Liquid (Type II)
426
N.A. A6-332AO-GYD-000
AVIATORS BREATHING OXYGEN (ABO) SURVEILLANCE PROGRAM LABORATORY AND FIELD GUIDE:
Liquid oxygen (LOX) is converted to a gaseous state prior to what?
Its delivery to the Aircrew
427
N.A. A6-332AO-GYD-000
AVIATORS BREATHING OXYGEN (ABO) SURVEILLANCE PROGRAM LABORATORY AND FIELD GUIDE:
In regard to LOX, a surveillance / correlation program is the primary methodology of what?
Ensuring that each operation in the LOX supply system is carried out in strict compliance with established procedures.
428
N.A. A6-332AO-GYD-000
AVIATORS BREATHING OXYGEN (ABO) SURVEILLANCE PROGRAM LABORATORY AND FIELD GUIDE:
Oxygen can exist as a solid; at atmospheric pressure, oxygen exists as a solid at temperatures below its melting point, which is what temperature?
-361°F (-218 °C)
429
N.A. A6-332AO-GYD-000
AVIATORS BREATHING OXYGEN (ABO) SURVEILLANCE PROGRAM LABORATORY AND FIELD GUIDE:
Oxygen turns into a gaseous state at what temperature?
-297 °F (-183 °C)
430
N.A. A6-332AO-GYD-000
AVIATORS BREATHING OXYGEN (ABO) SURVEILLANCE PROGRAM LABORATORY AND FIELD GUIDE:
The pressure required to liquefy oxygen at its critical temperature is known as what, and what is its psig?
Critical pressure, 736.5 psig
431
N.A. A6-332AO-GYD-000
AVIATORS BREATHING OXYGEN (ABO) SURVEILLANCE PROGRAM LABORATORY AND FIELD GUIDE:
Gaseous oxygen is colorless, odorless, tasteless and how much heavier than air.
About 1.1 times as heavy as air.
432
N.A. A6-332AO-GYD-000
AVIATORS BREATHING OXYGEN (ABO) SURVEILLANCE PROGRAM LABORATORY AND FIELD GUIDE:
One gallon of LOX weighs how much?
9.519 pounds
433
OPNAV INSTRUCTION 3501.225C
NAVY PREMEDITATED PERSONNEL PARACHUTING AND CARGO AIRDROP PROGRAM:
What is a Cargo airdrop?
The planned action to deploy materiel from an aircraft in flight by employing an approved aerial delivery parachute system or by using the free drop method
434
OPNAV INSTRUCTION 3501.225C
NAVY PREMEDITATED PERSONNEL PARACHUTING AND CARGO AIRDROP PROGRAM:
What is a P3 jump?
Is an intentional, planned parachuting activity during which personnel wear a single or dual-harness parachute system, having at least one approved main parachute and one approved reserve parachute.
435
OPNAV INSTRUCTION 3501.225C
NAVY PREMEDITATED PERSONNEL PARACHUTING AND CARGO AIRDROP PROGRAM:
What is a non premeditated is?
Emergency parachute jump is a parachuting activity made necessary because of an in-flight emergency, during which personnel wear or are attached to a single parachute assembly_
436
OPNAV INSTRUCTION 3501.225C
NAVY PREMEDITATED PERSONNEL PARACHUTING AND CARGO AIRDROP PROGRAM:
What is a Non-Standard Parachute System (NSPS) and Equipment?
Commerc off-the If parachutes, associated parachuting equipment, or a combination thereo
437
NAVAIR 13-1-6.4-2
AVIATION-CREW SYSTEMS OXYGEN EQUIPMENT (REGULATORS):
What does a CAGE code designate?
A vendor code number enclosed in diagonals following the part nomenclature identifies the manufacturer of other than government standard parts.
Manufacturer Commercial and Government Entity = CAGE
438
NAVAIR 13-1-6.4-2
AVIATION-CREW SYSTEMS OXYGEN EQUIPMENT (REGULATORS):
What does SM&R mean?
Source, Maintenance, and Recoverability Code. Is comprised of three parts, a two-position source code, a two-position maintenance code, and a one-position recoverability code
439
NAVAIR 13-1-6.4-2
AVIATION-CREW SYSTEMS OXYGEN EQUIPMENT (REGULATORS):
How many digits are in a NIIN?
9
440
NAVAIR 13-1-6.4-2
AVIATION-CREW SYSTEMS OXYGEN EQUIPMENT (REGULATORS):
How much psi is in a low pressure regulator?
Low Pressure (0-500 psig)
441
NAVAIR 13-1-6.4-2
AVIATION-CREW SYSTEMS OXYGEN EQUIPMENT (REGULATORS):
How much psi is in a high pressure regulator?
High Pressure (0-1800 psig)
442
NAVAIR 13-1-6.4-2
AVIATION-CREW SYSTEMS OXYGEN EQUIPMENT (REGULATORS):
What does PORTS stand for and what is its part number
Portable Oxygen Regulator Test Set, 3949AS100-2
443
NAVAIR 13-1-6.1-2
INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
What does ISSC stand for?
In Service Support Center
444
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
All operations involving the handling of LOX shall be performed by two or
more qualified persons, with the exception of?
The removal and replacement of aircraft LOX converters
445
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
All AIMD oxygen shops, ashore and afloat, shall have oxygen monitors installed to ensure WHAT oxygen content in the space is maintained at a safe level?
Both physiological and over-enriched
446
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
When referring to oxygen, what does MIL-PRF-27210 mean?
Means Type I shall be used in aircraft gaseous oxygen systems
447
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
When dealing with hydrogen, hydrocarbon gases,
or oil base liquids, one should exercise care that what does not become contamined in anyway, because a serious explosion could result?
compressed oxygen
448
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
What shall not be used on aluminum or magnesium fittings in applications where shear stress would be encountered?
Krytox and Tribolube
449
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Never test for pipe line leaks or blow-out pipelines with ____ unless lines are specifically made and cleaned for this use
Oxygen
450
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Aviator’s breathing oxygen supply cylinders can be readily identified by what?
1. Cylinder is green color,
2. 3-inch wide white band around the upper circumference of the cylinder
3. OXYGEN, AVIATOR’S shall be stenciled in white parallel to the longitudinal axis and on diametrically opposed sides in letters 1 3/4 to 2 inches high
451
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
What is Leak detection compound's P/N?
MIL-PRF-25567, Type 1
452
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
The pressure in oxygen storage cylinders which service/replenish aircraft oxygen supply cylinders should not fall below __ psig?
50
453
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Oxygen cylinders depleted to a pressure of approximately 50 psig shall be marked what?
EMPTY
454
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
All cylinders which have a pressure below 15 psig shall be what?
Removed from service
455
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Cylinders that are less than 2 inches in outside diameter and less than 2 feet long do not require what?
A hydrostatic retest
456
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
How long is a hydrostatic test date good for?
5 years after last test date stamped on
| cylinder shoulder
457
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
If a cylinder is full but is past its hydrostatic date may it remail in service?
As long as the cylinder is full, it may remain in service, but when it needs to be refilled it must then be turned in.
458
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Are aviator’s breathing oxygen the same as welding or hospital oxygen?
No, the latter types of oxygen usually have
| a moisture content that would freeze and plug the lines and valves of an aircraft oxygen system
459
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
What is required to be used when filling aircraft systems?
A pressure reducing regulator
460
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
What publication contains instructions for storage, handling and hydrostatic testing intervals for compressed gases and gas cylinders?
NAVAIR 06-20-2
461
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
The potential hazards associated with the handling of liquid oxygen is due to what?
1. Its extremely cold temperature
2. rapid expansion upon conversion to gas at ambient (room) temperature
3. Its reactivity with any organic matter or flammable substance with which it comes in contact.
462
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Clothing that is splashed by liquid oxygen shall be removed immediately and thoroughly aired for how long?
At least 1 hour
463
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Because liquid oxygen has an extremely low temperature, it can freeze or seriously damage skin tissue upon contact. The effect is similar to?
Frostbite or thermal burn
464
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
Always assume that frosted or uninsulated parts of liquid oxygen equipment are approximately what degrees?
-297 degrees F (-182 Degrees C)
465
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
What is the expand ratio of liquid oxygen?
One volume of liquid oxygen will expand to 862 volumes of gaseous oxygen
466
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
When draining LOX converters, two qualified persons shall be present when draining LOX converters. One of which will be designated as what?
As the safety observer
467
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
How many lox converters can be drained at one time?
2
468
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
__ coverall shall be worn, this coverall shall be worn over the gloves and the top of shoes, so that in the event of LOX spillage, the LOX will roll off the clothing and not become trapped in the gloves or boots?
Cuffless
469
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
On converters permantently installed in aircraft; before recharging an aircraft liquid oxygen system
with the converter installed ensure what is done?
A stainless steel, aluminum or copper drip pan is placed beneath the aircraft overboard vent
470
N.A. 13-1-6.4-1, WP 003 01 AIRCRAFT OXYGEN SYSTEMS AVIATION-CREW SYSTEMS, OXYGEN SYSTEMS (AIRCRAFT EQUIPMENT, MASKS, AND OTHER SYSTEMS):
When liquid oxygen piping is not enclosed in a double wall or flame tight casing, what should be posted?
NO SMOKING signs in the
| compartments containing the piping.
471
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
What In Service Support Center (ISSC) has control of most of the life support and survival equipment?
Naval Air Warfare Center Aircraft Division (NAWCAD) (Pax River, MD)
472
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
What In Service Support Center (ISSC) has control of parachutes and related hardware, including torso harnesses?
ISSC is the Naval Air Warfare Center Weapons Division, China Lake
473
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
What In Service Support Center (ISSC) has control of all survival radios and emergency beacons?
NAWCAD DET Indianapolis, IN
474
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
Inflatable survival equipment allowance is generally determined by?
The number of crewmember seats (stations) aboard the aircraft, and the specific duties required for the aircrewmember.
475
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
Any Aviation Life Support System Equipment along with related subassemblies or equipment which have been recovered following use in an emergency ditching/bailout or ejection will be turned into?
Naval Air Warfare Center Aircraft Division,Patuxent River, MD;
All equipment should remain in the condition it was recovered in.
476
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
A cage code is made up of how many numbers?
It’s a five-digit number
477
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
An SM&R code is made up of how many numbers?
It’s a five-digit number
478
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
The LPU-34 weighs how much and provides how much buoyancy?
weighs 3 1/4 pounds and provides a minimum of 65 pounds of buoyancy.
479
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
An RFI CO2 cylinder shall contain how many threads around the neck of the cylinder?
A minimum of 7
480
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
What is the inspection cycle of an LPU-34/37?
360
481
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
What is the leak test time for an LPU-34/37?
Minimum 1 hr, but should not be started until after the 15 min stabilization period has elapsed.
482
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
When conducting a leak test on an LPU-34/37, what is the maximum allowed air to be put in the bladder? After one hour has elapsed what is the least amount of air allowed to be in the bladder?
Fill to a maximum of 3.25 psi, no less than 2.50 can be in the bladder after an hour as elapsed
483
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
What Flu is in an LPU-36 A/P?
A FLU-8 B/P
484
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
What is the buoyancy of an LPU-36A/P?
3 1/4 lbs?
485
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
Life Preserver should fully inflate to design to shape in how many seconds?
Less than 30 seconds
486
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
How much psi will the tri-sar be inflated to?
2.0 PSIG
487
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
What is leak test time on a TRI-SAR?
2 hrs
488
NAVAIR 13-1-6.1-2
AVIATION-CREW SYSTEMS INFLATABLE SURVIVAL EQUIPMENT (LIFE PRESERVERS):
If a CO2 cylinder weighs less than _ grams than minimum stamped weight is shall be discarded.
2 grams
489
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
The LR-1 is designed to fit how many people?
A one-man liferaft
490
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
What does the LR-1 liferaft consist of?
-Consists of an inflation assembly
- A one-man liferaft constructed of polychloroprene-coated cloth
-Three types of CO2 cylinders and one type of inflation valve
-The liferaft consists of a single compartment flotation tube with a non-inflatable floor.
-It is blue in color
and features a weathershield, sea anchor, sea anchor pocket, retaining line pocket, and ballast bags.
The weathershield is nonspecular sea blue in color on the outside and bright red on the inside.
491
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
What is the LR-1 installed in?
C-2A, E-2C, KC-130F, T-34B, KC-130R, CT-39G, T39E, Helicopter Back Pack Assembly, EA-6A, F-18, A-7, AV-8B, TAV-8B
492
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
All LR-1 liferafts shall be subjected to Phase/Isochronal Scheduled Inspection System (ISIS) inspections coinciding with?
The aircraft on which they are installed with the exception of the Helicopter Backpack which shall be inspected every 360 days.
493
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
A functional test and pull cable proof load test shall be performed when?
Prior to placing in service or during aircraft Acceptance Inspection, and each fourth inspection cycle thereafter
494
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
LR-1 Liferaft shall inflate to design shape without evidence of restriction how quickly?
In less than 1
| minute
495
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
What is the pull cable proof load test pull force?
50-lb pull
496
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
CO2 Cylinder markings shall include what?
WIll be in black letters 1/4 inch high. Will include gross weight, tare weight of CO2
497
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
What is the leak test of a LR-1?
4 Hours, and pressresure shall not decrease to less than 1.6 psig from a maximum test pressuer of 2.0 psig
498
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
When tightening coupling nut to the LR-1 liferaft, the torque value shall be what?
85 ±5 in-lb.
499
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
How many applications of cement should be applied to a raft when being repaired?
4 using toulene or MEK; On the 1st and 3rd applications use the back and forth stroke method, and on the 2nd and 4th use the one-way stroke method
500
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
When fabricating the retaining line, what length should the webbing be?
12 inches from the 8 foot 4 1/2
501
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
The LRU-23/P assembly is intended to accommodate how many people?
One-person and is manufactured by RFD ltd, and supplied by Martin-Baker Ltd
502
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
What are the three main components of the LRU-23/P liferaft?
1. flotation chamber, 2. double layer floor 3. double layer canopy
503
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
What are the components of the LRU-23/P constructed of?
Of dark blue single ply-polyurethane coated nylon fabric and are assembled using radio frequency welding
techniques
504
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
What is the LRU-23/P installed in?
The F-14, F-A-18, T-45,
505
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
What are the authorized modifications to the LRU-23/P assembly?
There are no authorizations at this time
506
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
What can the inspection cycle not exceed?
735 day, unless the operational requirements demand otherwise
507
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
What is the cure time after applying cement to a liferaft?
48 hours
508
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
The LRU-18/U supports how many personnel and is designed to replace what raft?
A one-man liferaft. It is a light-weight raft designed to replace the bulkier and heavier LR-1
509
NAVAIR 13-1-6.1-1
AVIATION-CREW SYSTEMS, INFLATABLE SURVIVAL
EQUIPMENT (LIFERAFTS):
The LRU-18/U liferaft assembly is mandatory for use for what aircraft?
By all authorized helicopter aircrewmembers during overwater flights
