| Page 23-5
Page
23-5 PDF |
 Step 1: Insert a VA-162 Pushrod End in
the "long" end of two WD-1014 Aileron torque tubes until the
step on the pushrod end rests on the end of the aileron
torque tube. See Figure 1.
Using a #30 bit,
match-drill the pushrod ends using the holes in the aileron
torque tubes as drill guides. See Figure 1. Install a cleco
in each hole as it is match-drilled.
Mark the pushrod ends and aileron torque tubes so that
the pushrod ends can be re-installed in the same orientation
as when they ere match-drilled. Remove the pushrod ends from
the aileron torque tubes and deburr the holes. Attach the
pushrod ends to the aileron torque tubes using the hardware
called out in Figure 1.
The aileron torque tube subassemblies created in this
step will subsequently be referred to as the WD-1014 FORWARD
Forward Torque Tube Subassemblies. |
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Step 2: Insert a VA-162 Pushrod End
"short" end of the two remaining WD_1014 Torque Tubes until
the step on the pushrod end rests on the end of the aileron
torque tube. See Figure 2. Using a #30 bit, match drill the
pushrod ends using the holes in the aileron torque tubes as
drill guides. See Figure 2. Install a cleco in each hole as
it is match-drilled.
Mark the pushrod ends and
aileron torque tubes so that the pushrod ends can be
reinstalled in the same orientation as when they were
match-drilled. Remove the pushrod ends from the aileron
torque tubes and deburr the holes. Attach the pushrod ends
to the torque tubes using the hardware called out in Figure
2.
The aileron torque tube subassemblies created in this
step will subsequently be referred to as WD-1014 AFT aft
Torque Tube Subassemblies. |
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 Step 3: Insert WD-1014C Torque Tube
Collars in the open ends of the WD-1914 FORWARD Forward
Torque Tube Subassemblies. as shown in Figure 3.
Using a #30 bit, match-drill the torque tube collar using
the holes in the forward torque tube subassemblies as drill
guides. See Figure 3. Install a cleco in each hole as it is
match-drilled. Using a #12 bit, final-drill through both
sides of the forward torque tube subassembly and torque tube
collar. Install a bolt, washer, and nut as shown in Figure 4
to hold alignment while the other bolt hole is final-drilled
#12 |
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Step 4: Mark the WD-1014 FORWARD Forward
Torque Tube Subassemblies and WD-1014C Torque Tube Collars
so that they can be re-installed in the same orientation as
when they were match-drilled. Remove the nut, washer, and
bolt that were installed during match-drilling. Remove the
torque tube collars from the forward torque tube
subassemblies and deburr the holes. Prime the torque tube
collars both inside and out, prime the inside of the forward
torque tube subassemblies.
Attach the forward
torque tube subassemblies to the torque tube collars using
the hardware called out in Figure 4.
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| Page 23-6
Page 23-6 PDF |
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Step 1: Create the left side torque tube
assembly by inserting the aft end of one of the WD-1014-C
Torque Tube Collars (which are bolted to the WD-1014 FORWARD
Forward Torque Tube Subassemblies) into the open end of one
of the WD-1014 AFT Aft Torque Tube Subassemblies as shown in
Figure 1.
Place the torque tube assembly on a flat
surface as shown in Figure 3.
Adjust the engagement of the torque tube collar and
the aft torque tube subassembly such that the overall length
is as shown in Figure 1.

Adjust the clocking of the torque tube collar and the
aft tube subassembly such that when a 5/16 inch thick spacer
block is placed under the arm of the aft torque tube
subassembly, the arm of the forward torque tube subassembly
is flat on the table. See Figures 2 and 3. |
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Step 2: When assured that both the engagement
and clocking of the torque tube assembly is
correct, use a #30 bit to match-drill the torque
tube collar using the holes in the aft torque
tube subassembly as drill guides. ( Install a
cleco in each hole as it is match-drilled. After
the first hole is match-drilled and clecoed, the
torque tube assembly can be moved off of the
flat surface for match-drilling. After the first
hole is match-drilled and clecoed the torque
tube assembly can be moved off of the flat
surface for drilling the remaining holes. See
Figure 3 and 4 Using a #12 bit, final drill
through both sides of the torque tube and torque
tube collar. |
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Install a bolt, washer, and nut as shown in Page
23-7, Figure 1 to hold alignment while the other
bolt hole is final drilled #12. |
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WILL DO LATER
Step 3: Create the right side torque
assembly by inserting the aft end of the remaining WD-1014C
Torque Tube Collars into the open end of the remaining
WD-1014AFT Aft Torque Tube Subassembly as shown in Figure 1.
Place the torque tube subassembly on a flat surface as
shown in Figure 4.
Adjust the engagement of the torque tube collar and
aft torque tube subassembly such that when a 5/16 inch thick
spacer block is placed under the arm of the aft torque tube
sub-assembly, the arm of the forward torque tube subassembly
is flat on the table. See Figures 2 and 4. |
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| Step 4: Drill the right side torque tube
subassembly as previously described in Step 2. |
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| Step 5: Remove the nuts, washers, and
bolts that were installed during final-drill. Remove the
WD-1014 AFT Aft Torque Tube Subassemblies from the WD-1014C
Torque Tube Collars and deburr them. |
| Page 23-7
Page 23-7 PDF |

Step 1: Insert WD-1014 C Torque Tube Collar (
which is bolted to the WD-1014 FORWARD Forward
Torque Tube Subassembly) through the forward
side of the 1 1/18 inch diameter hole in th4e
spar web. See Figure 1. |
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| Step 2: Angle the WD-1014C
Torque Tube Collar down as it extends aft
through the hole in the spar web and slip the
WD-1014 AFT Aft Torque Tube Subassembly over
the torque tube collar. Engage the WD-1014 AFT
Aft Torque Tube Subassembly and the torque
tube collar far enough to allow the threaded
ends of the torque tube subassemblies to be
inserted into the flanged bearings riveted
into the wing structure. Disengage the aft
torque tube collar slightly as the threaded
ends of the torque tube subassemblies are
inserted into the bearings. See Figure 1. |
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Step 3: Install washers and nuts on the
WD-1014 Forward and WD-1014 AFT Torque Tube
Subassemblies as shown in Figure 1. |
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| Step 4: Check to see if the
bolt holes in the WD-1014 Aft Aft Torque Tube
Subassembly and WD-1014C Torque Tube Collar
line-up properly. If the bolt holes
in the aft torque subassembly and torque tube
collar misalign in the forward/aft direction
then AN960-416 or AN960-416L washers should be
installed between the torque tube
subassemblies and the flanged bearings as
required to eliminate the forward/aft hole
misalignment. There should be little or no
pre-load on the wing structure when the
aileron torque tube installation is complete |
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 Step 5: Figure 2 shows the
"neutral position" of the WD-1014 FORWARD
Forward Torque Tube Subassembly. The correct
rigging of the aileron actuation system is
defined by the forward torque tube
subassembly, WD-421 Aileron Bellcrank, and
Aileron all being in their neutral positions
at the same time. |
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Page 23-8
Page 23-8 PDF |

Step 1: Insert the W-1017 Torque
Tube to Bellcrank Pushrod into the
wing through the most forward
Lightening hole in the W-1010-R
Inboard Wing Rib. Attach the torque
tube to bellcrank pushrod to the
WD-421-L Aileron Bellcrank as shown
in Figure 1. |
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| Step 2: Attach
the W-1017 Torque Tube to Bellcrank
Pushrod to the WD-1014 Aft Torque
Tube Subassembly as shown on Figure
1. There are TWO washers called-out;
one washer is installed inside the
torque tube clevis arm along with
the pushrod rod end bearing and the
other washer is installed under the
nut. |
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| Step 3: Use the
W-730 Bellcrank Jig to verify that
when the WD-421-L Aileron Bellcrank
is in it's neutral position, the
WD-1014 FORWARD Forward Torque Tube
Subassembly is also in it's neutral
position. See Figure 3 for
proper position of the bellcrank
jig. See Page 23-7, Figure 2 for
depiction of the forward torque tube
subassembly neutral position.
Adjust the engagement of the
W-1017 Torque Tube to Bellcrank
Pushrod rid end bearings and jam
nuts if/as required. |
| Step 4:
Double-check that all nuts are tight
and properly torqued and that all
bearing and bushing rotate freely
and without binding. |
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Page 23-9
Page 23-9 PDF |
| Step 1: Insert
the W-1018 Bellcrank to Aileron
Pushrod into the wing through the
hole in the W-1007 Rear Spar
Assembly. Attach the bellcrank to
aileron pushrod to the WD-421-L
Aileron Bellcrank as shown in Figure
1. |
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| Step 2:
Attach the Aileron Assembly to the
W-1014 Outboard Aileron Hinge
Bracket and W-1013 Inboard Aileron
Hinge Bracket using the hardware
shown on Page 21-8, Figure 4 and
Figure 3. |
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| Step 3: Attach
the W-1018 Bellcrank to Aileron
Pushrod Assembly to the A-1007-L
Inboard Attach Brackets as shown on
Page 21-8, Figure 2. |
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| Step 4:
Temporarily attach the Flap Assembly
to the three W-1025A Flap Hinge
Brackets. See Page 22-8, Figure 4.
Rotate the Flap assembly trailing
edge up until the inboard end of the
nose of the flap bumps solidly
against the W-1007C Rear Spar
Doubler plate. Secure the flap in
this position. |
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| Step 5: Align the
trailing edge of the Aileron
Assembly with the trailing edge of
the Flap Assembly. Using spring
clamps and a straight piece of
aluminum angle or a thin wood block
to hold the aileron assembly in
alignment with the flap assembly.
his establishes the neutral position
of the aileron. Use the
W-730 Bellcrank Jig to verify that
when the aileron assembly is in it's
neutral position, the WD-421-L
Aileron Bellcrank is also in it's
neutral position. Adjust the
engagement of the W-1018 Bellcrank
to Aileron Pushrod rod end bearings
and jam nuts if/as required. Remove
the bellcrank jig. |
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| Step 6:
Double-check that all nuts are tight
and properly torqued and that all
bearings and bushings rotate
freely and without binding. |
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