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33 Cards in this Set
- Front
- Back
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Ensure ________ is installed in spreading gun.
A) anoyroid pin B) safety cable C) safety pin D) cable lock |
C) safety pin
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Verify serial numbers on the cover and power cable housing and receiver and
barrel assemblyhave what? . |
matched numbers
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During the ripcord release firing altitude check you would set the altimeter to what?
A) 28.28 in Hg B) 28.82 in Hg C) 30.92 in Hg D) 29.92 in Hg |
D) 29.92 in Hg.
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During the Ripcord Release Firing Altitude Check you would evacuate chamber to a minimum of ________ft. pressure altitude?
A) 20,000 ft B) 25,000 ft C) 30,000 ft D) 35,000 ft |
B) 25,000 ft
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During the Ripcord Release Firing Altitude Check you would decrease altitude at a rate of ____________
A) 150 to 200 ft/sec B) 175 to 200 ft/sec C) 175 to 250 ft/sec D) 165 to 200 ft/sec |
B) 175 to 200 ft/sec
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During the Ripcord Release Firing Altitude Check you would actuate arm toggle to withdraw arming pin at approximately what?
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20,000 ft pressure altitude
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During the Ripcord Release Firing Altitude Check you verify altitude at which ripcord release firing pin strikes what?
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Test slug
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During the Ripcord Release Firing Altitude Check you repeat firing check how many times?
A) 2 times B) 3 times C) 4 times |
B) 3 times
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During the Ripcord Release End Fitting Removal Test you use a steady, observed amount of pull required to remove end fitting from arming cable housing. Allowable force is what?
A) 15 lbs ± 3 lbs B) 16 lbs ± 3 lbs C) 17 lbs ± 3 lbs D) 18 lbs ± 3 lbs |
C) 17 lbs ± 3 lbs
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The yoke and plate assemblies installed with knurled portion facing_____and screwheads facing_____________
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up
outboard |
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On the EPC Release Assembly you tighten the round head screw to what torque?
A) 5±1 in-lb B) 6±1 in-lb C) 7±1 in-lb D) 8±1 in-lb |
D) 8±1 in-lb
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During the Pull Force Check And Spreading Gun Cartridge
Installation you pull test fixture lever until firing pin subassembly releases. Verify pull force is ______. A) 32 ± 6 in-lbs B) 33 ± 6 in-lbs C) 34 ± 6 in-lbs D) 35 ± 6 in-lbs |
A) 32 ± 6 in-lbs
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During the Pull Force Check And Spreading Gun Cartridge
Installation you Place pins of cartridge extractor wrench into holes in cartridge and torque to a value of what? A) 80 ± 12 in-lbs. B) 84 ± 12 in-lbs. C) 90 ± 12 in-lbs. D) 94 ± 12 in-lbs. |
B) 84 ± 12 in-lbs.
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AUTOMATIC PARACHUTE RIPCORD RELEASE ASSEMBLY AND
ARMING. With receiver and barrel assembly in the open position, install arming pin release assembly by inserting and locking (arming pin is fully seated when an audible click is heard) the arming pin into the arming pin retainer, ensuring the arming cable housing exits out what side of container? A) right B) left |
B) left
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AUTOMATIC PARACHUTE RIPCORD RELEASE ASSEMBLY AND
ARMING. Ensure that firing pin/hammer assembly is completely retracted. The firing pin/hammer is completely retracted if ___________is aligned above arming pin. A) top edge of hammer B) bottom edge of hammer |
A) top edge of hammer
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AUTOMATIC PARACHUTE RIPCORD RELEASE ASSEMBLY AND
ARMING. Press barrel down into position in receiver. As barrel reaches proper position, exert forward pressure on snap-lock, causing snap-lock pins to lock barrel in position. Ensure that snap-lock is aligned with what? |
alignment arrow
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AUTOMATIC PARACHUTE RIPCORD RELEASE ARMED CHECKOUT
AND INSTALLATION. e. Ensure cartridge is installed what do you do? |
Look through port and verify cartridge rim is
visible |
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INSTALLATION OF RIPCORD AND RIPCORD RELEASE LANYARD
Tack locking pin to stud with what? |
one turn size FF thread, single and waxed. Pass thread through lanyard knot and then tie off
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INSTALLATION OF RIPCORD AND RIPCORD RELEASE LANYARD
Reeve lanyard up through lanyard guide grommet. Position 36-in. mark on lanyard over what? |
bar on inboard connector link.
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INSTALLATION OF RIPCORD AND RIPCORD RELEASE LANYARD
Secure lanyard to connector link bar with what? |
a bowline knot followed by an overhand knot
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32. ATTACHMENT OF FIRING LANYARD TO CONNECTOR LINK.
Remove yoke and plate assembly on outboard top connector link located on helper’s side. Insert connector link bar through loop in firing lanyard and reattach yoke and plate assembly. Tighten screw to a torque value of __________. Apply torque seal to connector link screwhead. A) 15 to 20 in-lbs B) 15 to 25 in-lbs C) 20 to 25 in-lbs D) 30 to 35 in-lbs |
C) 20 to 25 in-lbs
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STOWAGE OF SUSPENSION LINES.
Stow bights 10 through 16 in same manner as bights 1 through 8. There shall be ______ of suspension line between last stow and skirt hem. The distance may be adjusted by increasing or decreasing length of line between bights __________ |
14 ±1-in
8 and 9 |
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STOWAGE OF SUSPENSION LINES.
Stow remainder of firing lanyard in center of bights _______. Position remainder of firing lanyard between suspension lines and outboard connector link on helper’s side of container. |
7 through 3
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During container closing pull forward on ball of release mechanism cable to its maximum travel, simultaneously maintaining pressure on shear link cable. Pull spring band assembly toward bottom of container and then insert release mechanism cable ball into slot of spring band assembly. Release mechanism cable must extend _________from release mechanism, measured from ball end to hole in release mechanism
A) 1 7/8 +-1/2-in B) 1 7/8 +-5/8-in C) 1 7/8 +-1/8-in D) 1 1/2 +-1/8-in |
C) 1 7/8 +-1/8-in
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During closing attach spring scale to shear link cable with a nylon cord. Using a straight steady pull, apply a ____lb. load upward from release mechanism. Cable must remain locked in release mechanism
A) 60 B) 65 C) 70 D) 75 |
C) 70
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During closing the shear link cable, with about ____lbs. pull applied, shall release when tension on cable/ball assembly is removed. Test this release function at least twice, re-inserting swaged ball of shear link cable after each test.
A) 25lbs B) 30lbs C) 35lbs D) 40lbs |
B) 30lbs
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Fold back end tab of spring opening assembly and tack both sides of tab to spring opening assembly at point nearest hook. Use_________________ tie off. Ensure tacking does not penetrate container end flap
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one turn of size E thread, single and waxed;
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FOLDING AND STOWING EXTERNAL PILOT PARACHUTE.
Position apex towards packer’s side of table. Align deployment bag with curved indent towards helper. Bag locking loop openings face up Complete static line stowage leaving_______. of static line remaining unstowed from attachment point to bag A) 13 ± 1/8-in B) 14 ± 1/8-in C) 15 ± 1/8-in D) 16 ± 1/8-in |
A) 13 ± 1/8-in
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RIPCORD PIN PULL CHECK.
Ensure ripcord grip is fully seated in ripcord grip retainer. Attach spring scale to ripcord grip using nylon cord. Using a straight steady pull, remove grip from retainer. Force required shall be what? A) 20 ± 5 lbs B) 25 ± 5 lbs C) 15 ± 5 lbs D) 10 ± 5 lbs |
C) 15 ± 5 lbs.
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RIPCORD PIN PULL CHECK.
Reset scale to zero. Apply a straight steady load on ripcord grip until initial movement of ripcord pins is observed. Maximum allowable force is what A) 27 lbs B) 28 lbs C) 26 lbs D) 25 lbs |
A) 27 lbs.
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PARACHUTE HARNESS SENSING RELEASE UNIT (PHSRU),
MXU-746/P AND MXU-747/P. Rotate actuating lever to just prior to contact with body. Acceptable torque values are what? A) 20 to 50 in-oz B) 24 to 50 in-oz C) 28 to 50 in-oz D) 30 to 50 in-oz |
C) 28 to 50 in-oz
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PARACHUTE HARNESS SENSING RELEASE UNIT (PHSRU),
MXU-746/P AND MXU-747/P. Reading of____________ indicates PHSRU is serviceable. |
+22.5 volts DC or greater
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T or F
If spreading gun fails first test it shall be tested twice more. Spreading gun must pass both retests. |
True
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