* * * FOR ALL
TASK 72-53-00-800-801
1 . HPT Rotor Coupling Nut Torque.
A.This procedure gives instructions to torque the high pressure turbine (HPT) rotor coupling nut (01-030) (SIN 150AD) or (02-030) (SIN 150AD).
B.This is a mandatory maintenance practice and no changes to the specified operations, sequence of operations, limits, or special tooling are permitted. Refer to TASK 05-29-00-200-801 (05-29-00, LIFE LIMITS 001) .
2 . Tools, Equipment, and Materials.
NOTE:
You can use equivalent alternatives for standard tools, equipment, and consumable materials.
A.Tools and Equipment.
(1)Special Tools.
 
Tool No.
Description
 
11C3024G03
Fixture, Assembly/Disassembly - HPT Rotor (assembly/disassembly fixture)
 
11C3033G03
Fixture, Install/Remove Retaining Nut, Stage 2 (install/remove tool)
 
9471M19G03
Program, Torque - HPT Coupling Nut (coupling nut torque program)
 
9471M19G04
Program, Torque - HPT Coupling Nut (coupling nut torque program)
 
9478M31P01
Controller, Automated Coupling Nut Torque System (25K SWTS system)
(2)Standard Tools and Equipment.
 
Description
Manufacturer
 
Sweeney No. 8111 Torque Multiplier (torque multiplier)
B.K. Sweeney Company 6300 Stapleton South Drive Denver, CO 80216
 
Sweeney No. 8112 Torque Multiplier (torque multiplier)
B.K. Sweeney Company 6300 Stapleton South Drive Denver, CO 80216
 
AH2543TCR Hydraulic Wrench (torque multiplier)
Advance Manufacturing Co. Inc, 8 Turnpike Industrial Estate, Westfield, MA 01086
 
AH2043TCR Hydraulic Wrench (torque multiplier)
Advance Manufacturing Co. Inc, 8 Turnpike Industrial Estate, Westfield, MA 01086
(3)Locally Manufactured Tools. None.
B.Consumable Materials.
 
Code No.
Description
 
C02-058
Compound, Thread Lubricating (lubricant)
 
C10-182
Cloth, Cleaning for Aircraft Structural (cleaning cloth)
C.Referenced Procedures.
 
ATA No.
Description
 
72-53-00
Assembly 001 - Configuration 01
 
72-53-00
Assembly 001 - Configuration 02
D.Expendable Parts. None.
E.SPD Information. None.
F.Special Solutions. None.
G.Test Specimens. None.
3 . Dimensional Information.
None.
4 . Setup Information.
None.
5 . Procedure.
Subtask 72-53-00-450-001
A.Before the installation of the coupling nut (01-030) (SIN 150AD) or (02-030) (SIN 150AD), measure the axial length of the coupling nut at four equally spaced locations. Refer to Figure 208 and do as follows:
(1)Record the average value as dimension AF.
Dimension AF=______________.
B.Apply a final torque to the coupling nut (01-030) (SIN 150AD) or (02-030) (SIN 150AD) with the 11C3033   install/remove tool. Refer to Figure 204 and do as follows:
(1)Use the minimum quantity of lubricant necessary for assembly. After assembly, remove the remaining lubricant with a C10-182  cleaning cloth.
WARNING:
REFER TO THE PRODUCT LABEL AND THE MANUFACTURER'S (MATERIAL) SAFETY DATA SHEET (SDS) FOR INSTRUCTIONS ON THE HAZARDS, STORAGE, SAFE HANDLING AND PROPER USE OF THIS PRODUCT.
(2)Apply C02-058  lubricant to the threads and the forward face of the coupling nut. Refer to Figure 206.
WARNING:
USE THERMAL GLOVES WHEN YOU MOVE OR TOUCH HOT OR COLD PARTS. HOT OR COLD PARTS CAN CAUSE INJURY.
(3)Attach the coupling nut to the stage 1 disk shaft and manually tighten it against the stage 2 disk.
NOTE:
A strap wrench can be used to tighten the coupling nut against the stage 2 disk.
(4)Install the shaft adapter (item 7) and stress ring (item 6) on the 11C3024   assembly/disassembly fixture. Refer to Figure 205.
WARNING:
ALWAYS USE APPROVED EQUIPMENT AND PROCEDURES TO LIFT PARTS. STAY OUT FROM BELOW LOADS. IF THE PARTS ACCIDENTALLY MOVE OR FALL, THEY CAN CAUSE AN INJURY OR KILL YOU.
(5)Attach a three-legged sling to the hoist rings (item 9) to lift the torque tube (item 2) with an overhead hoist.
(6)Install the torque tube (item 2) on the end of the shaft adapter (item 7) of the 11C3024   assembly/disassembly fixture. Engage the torque tube in the splines of the coupling nut.
(7)Use an overhead hoist to lift the torque multiplier and install it on the torque tube (item 2) of the 11C3033   install/remove tool.
(8)Install the torque stop tube (item 3) of the 11C3033   install/remove tool on the shaft adapter (item 7) of the 11C3024   assembly/disassembly fixture.
(9)Make sure that the pins on the torque multiplier are engaged in the holes in the torque stop tube (item 3) of the 11C3033   install/remove tool.
(10)Tighten the knurled knobs (item 6).
Subtask 72-53-00-450-002
CAUTION:
DO NOT TORQUE TO MORE THAN 17,500 LB FT (23,727 N.M). DAMAGE TO THE TOOLING OR HARDWARE CAN OCCUR.
(11)Alternative Procedure Available. Torque the coupling nut (01-030) (SIN 150AD) or (02-030) (SIN 150AD) as follows:
(a)Use the torque multiplier to tighten the coupling nut to 1,000 lb ft (1,356 N.m). Get the torque and the angle from the 11C3033   install/remove tool. At this point, reset the angle on the digital readout to zero.
CAUTION:
MAKE SURE THAT THE HANDLE OF THE TORQUE MULTIPLIER DOES NOT CATCH ON THE TORQUE ANGLE FIXTURE. DAMAGE TO THE EQUIPMENT OR HARDWARE CAN OCCUR.
(b)All actual degrees turned and actual torque values must be recorded on the record sheet. Refer to Table 201 and as follows:
1Calculate and record the torque slope for each increment.
NOTE:
The torque slope for each increment is the change in actual torque from the previous increment divided by the change in actual angle from the previous increment.
NOTE:
If the angle and torque data is recorded manually, it is recommended that one person operates the torque multiplier while another person records the data.
(c)Torque the coupling nut in angle increments of no more than 1 degree until the torque gets to 4,000 lb ft (5,424 N.m). Once the torque exceeds 4,000 lb ft (5,424 N.m), torque the coupling nut in increments of no more than 0.5 degrees.
(d)Make a plot of the torque value versus the angle value. Put the torque values on axis Y and the angle value on axis X.
(e)The data will have two changes in the slope. The first shallow change in the slope is not the coupling nut seating point. The second change in the slope is the coupling nut seating point and it is established where the slope first exceeds 150 lb ft/deg (203 N.m/deg). Refer to Figure 207.
Subtask 72-53-00-450-005
* * * PRE SB   72-0159
(f)If the seating point is not found before 8,000 lb ft (10,847 Nm), remove the coupling nut (01-030) (SIN 150AD) and do an inspection of the threads and mating surfaces of the coupling nut, stage 1 disk (01-280) (SIN 150A1), and stage 2 disk (01-130) (SIN 150B1). No galling or missing dry film lube is permitted on the coupling nut. No galling is permitted on the stage 2 disk coupling nut mate face.
* * * END PRE SB   72-0159
Subtask 72-53-00-450-006
* * * SB   72-0159
(f).A.If the seating point is not found before 8,500 lb ft (11,524 Nm), remove the coupling nut (02-030) (SIN 150AD) and do an inspection of the threads and mating surfaces of the coupling nut, stage 1 disk (02-280) (SIN 150A1), and stage 2 disk (02-130) (SIN 150B1). No galling or missing dry film lube is permitted on the coupling nut. No galling is permitted on the stage 2 disk coupling nut mate face.
* * * END SB   72-0159
Subtask 72-53-00-450-003
CAUTION:
MAKE SURE THAT THE HANDLE OF THE TORQUE MULTIPLIER DOES NOT CATCH ON THE TORQUE ANGLE FIXTURE. DAMAGE TO THE EQUIPMENT OR HARDWARE CAN OCCUR.
(11).A.Alternative Procedure. Torque coupling nut (01-030) (S1N 150AD) or (02-030) (S1N 150AD) with the 9471M19   coupling nut torque program. Refer to Figure 201 and do as follows:
(a)Turn on the computer and monitor and put the monitor in a position to make it visible from the area where the coupling nut is torqued. Do not start the program at this time.
(b)Adjust the volume on the computer and make sure that it is not in the mute position. The volume must be set loud enough for the operator to hear. If nearby noise is present or an hydraulic wrench with an electric pump is used, adjust the volume to make sure that the program audible signal can be heard over those noises.
NOTE:
The program has an audible signal to show the angle movement and it will also make a noise to alert the user when errors occur.
CAUTION:
MAKE SURE TO TURN OFF THE TORQUE AND ANGLE READOUTS. IF NOT, IT CAN CAUSE CONNECTION ISSUES.
(c)Turn off the TORQUE and ANGLE readouts.
(d)Install the cables between the torque tube, encoder, and readout devices.
(e)Install the cables between the readout devices and computer.
(f)Connect the readout devices in and turn on the power for the TORQUE and ANGLE readouts.
(g)Make sure that the unit on the TORQUE readout device is set to ft lb.
(h)Make sure that the light on the Peak/Hold option is off. If not, push the “PEAK HOLD” button until the light turns off.
(i)Start the program. Refer to Figure 202 and do as follows:
1Click start, then click on the HPT Coupling Nut Torque folder, and then click on the HPT Coupling Nut Torque executable file.
2Optional Procedure. Select the HPT Coupling Nut Torque executable file from the installed location folder.
3Select “Run Torque Program” from the main menu.
4Select the engine profile with the drop down menu. Click “OK” after the correct engine profile is selected.
5Follow the instructions on the screen to make sure that the TORQUE readout device has the correct adjustments. Refer to paragraph 5.B.(11) A.(g) and paragraph 5.B.(11) A.(h) for more information.
6Select “TORQUE readout device being used” from the drop down menu and enter the serial number from the device. Click “OK” to continue.
NOTE:
Manual Mode is for bench testing purposes only and a LEVEL 2 PASSWORD is necessary to use it. This function will not be used in the field.
NOTE:
If “Not Enough Ports” message is shown, check that serial adapters are connected or serial ports on the computer work correctly. This message shows that there are physically not enough serial ports to connect the encoder and TORQUE readout devices.
7Enter Engine and Stage 1 Disk serial numbers along with site and user’s badge number. Click “Continue” when complete.
8Confirm profile settings for the selected engine. If a wrong profile is selected, click cancel and go back to paragraph 5.B.(11) A.i.3, and make sure to select the correct engine profile. The back buttons can also be used to change Tool or Engine Credentials.
9With the torque multiplier, follow the on screen instructions for initial torque of the nut and hardware setup. Use the display on the TORQUE readout device for current torque value. The Figure 202 is an example and the value can be different for different applications. If this value is more than the initial value, the program cannot operate correctly. Click “Continue” when the initial torque is complete.
CAUTION:
MAKE SURE THAT, WHEN THE CABLES ARE ADJUSTED AGAIN, THE USER DOES NOT DISCONNECT OR SET TO ZERO THE DEVICES AGAIN. THE PROGRAM WILL CONNECT TO THE DEVICES WHILE CONTINUE IS PUSHED. TRYING TO SET THE DEVICE TO ZERO OR DISCONNECTING THE CABLES WILL RESULT IN ERRORS. THIS WILL MAKE NECESSARY TO START AGAIN THE PROCESS. THIS INCLUDES THE BREAK TORQUE AND INSPECTION OF THE NUT.
10Read through all the acknowledgements shown on the screen and check in each box. Click “Continue” once all of the acknowledgements are understood and all boxes are check in.
11At this point, the program will begin to record the data and monitor for errors. Click “Continue” to go to the TORQUE screen and begin the torque process.
CAUTION:
WHILE CONTINUE THE TORQUE PROCEDURE IN THE SUBSEQUENT STEP, THE USER MUST MAKE SURE THAT THE PROGRAM CAPTURES THE TORQUE AND ANGLE. AN AUDIBLE TONE WILL BE HEARD AS THE NUT IS TURNED. IF THE AUDIBLE TONE OR THE TORQUE AND ANGLE DISPLAY DOES NOT WORK, THEN IMMEDIATELY STOP THE TORQUE PROCEDURE. EXAMINE ALL CONNECTIONS AND EQUIPMENT AND START THE PROCESS AGAIN.
12Begin to apply torque. Make sure that “Current Torque” and “Angle” numbers displayed at the top of the screen match with the readout devices and change while torque is applied. If angle or torque is not changing, check all cables and start the program again. If the applied torque is not more than the initial torque, the nut will not need to be removed and inspected.
13After the nut is seated, the program will display a countdown screen. This shows how many degrees of rotation remain until the final angle is engaged. The program will show when the final angle is engaged and torque is complete.
CAUTION:
MAKE SURE TO STOP THE TORQUE PROCEDURE WHEN THE FINAL ANGLE IS ENGAGED AND TORQUE IS COMPLETE. IF NOT, DAMAGE TO THE NUT AND ENGINE HARDWARE CAN OCCUR.
14When the final angle is engaged and torque is complete a screen is displayed. Stop to apply torque at this time. Refer to Figure 202.
15After the final torque data is collected and the nut is seated, click “Stop”.
16Review the torque data with the “Data Viewer” included with the software. The last run rotor will automatically populate, but historical data set can be selected for viewing.
NOTE:
In addition to the highlighted areas, right click with the mouse on the graphs also gives the user the option to export the data to an excel file for further manipulation.
17Copy the “.tdms file” that is saved in the program folder to a network drive or other storage location for long term retention. This data is necessary to be available for engineering review.
* * * FOR ALL
Figure 201   Coupling Nut Torque Program, 9471M19
* * * FOR ALL
Figure 202   (Sheet 1 ) Coupling Nut Torque Program, 9471M19 - Screens
* * * FOR ALL
Figure 202   (Sheet 2 ) Coupling Nut Torque Program, 9471M19 - Screens
* * * FOR ALL
Figure 202   (Sheet 3 ) Coupling Nut Torque Program, 9471M19 - Screens
* * * FOR ALL
Figure 202   (Sheet 4 ) Coupling Nut Torque Program, 9471M19 - Screens
* * * FOR ALL
Figure 202   (Sheet 5 ) Coupling Nut Torque Program, 9471M19 - Screens
* * * FOR ALL
Figure 202   (Sheet 6 ) Coupling Nut Torque Program, 9471M19 - Screens
Subtask 72-53-00-450-007
(11).B.Alternative Procedure. Torque coupling nut (01-030) (S1N 150AD) or (02-030) (S1N 150AD) with the 9478M31P01   25K SWTS system. Refer to Figure 203 and do as follows:
CAUTION:
THE OPERATION OF 25K SWTS SYSTEM REQUIRES THE USER TO BE TRAINED AND CERTIFIED. FAILURE TO FOLLOW THE 25K SWTS SYSTEM PROCEDURE WILL CAUSE CATASTROPHIC FAILURE.
(a)Plug the torque system into a 220V outlet and turn it CW to lock it in position.
CAUTION:
FINAL TORQUE MUST NOT BE MORE THAN THE PERMITTED MAXIMUM TORQUE FOR THE ASSEMBLY SPECIFIED IN ENGINE ASSEMBLY DRAWING OR IN THE ENGINE MANUAL.
(b)Press the green power button on the CVI vision controller (P06) to turn the torque system on.
(c)Once the CVI vision controller (P06) is completely booted-up, click on the “Start” button shown on the HMI screen (P07).
(d)Enter your username and engine serial number (without the “TRT” prefix).
(e)Install the spindle drive assembly (P13) on the torque multiplier (P04).
(f)After verifying that both the engine serial number and the engine type are correct, click on the “Torque Engine” button.
CAUTION:
PRESSING THE GREEN BUTTON ON THE HANDHELD REMOTE WHILE THE SPINDLE DRIVE ASSEMBLY (P13) IS BEING ACTUATED WILL CAUSE IT TO STOP.
(g)Once the “Rundown” icon is spinning, press the green button on the handheld remote.
(h)Confirm that the nut has reached a torque of approximately 100 lb ft (135.6 Nm).
(i)Click on the “Proceed” button to advance to the seating operation.
(j)Once the “Seat” icon is spinning, press the green button on the handheld remote.
NOTE:
If the zero degrees (0°) point is not identified by 8500 lb ft (11524.5 Nm), disassemble the joint to do an inspection of the S2 disk shaft AFT surface and the nut mating face. If damage is found, the parts must be replaced and the nut assembly process would start over from step 1.
NOTE:
The system will attempt to run the nut to the target torque rate threshold of 150 lb ft (203.4 Nm) per degree and stop.
(k)Check the graph on the screen and confirm it follows a smooth upward curve.
(l)Click on the “Proceed” button to advance to the final torque operation of the program.
(m)Once the “Final” icon is spinning, press the green button on the handheld remote.
NOTE:
When the final torque operation of the program is completed, the results will be displayed on the screen. The blue torque line should have a clear inflection exactly where the green torque rate line occurs.
(n)Record the seat torque, seating angle, final torque, final angle and angle past seat in the next sequence.
(o)Make sure all data is recorded before performing the next step.
(p)Click on the “Save Plot and Return” button to save the data.
(q)Press the green power button on the CVI vision controller (P06) to turn the torque system off. If required, shut down the system.
(r)Unplug the torque system from the 220V outlet by turning the plug CCW and then pulling it. Make sure to store the power cord back in the cabinet assembly (P02).
* * * FOR ALL
Figure 203   Automated Coupling Nut Torque System, 9478M31P01
Subtask 72-53-00-450-004
(12)The final angle is 20-24 degrees from the coupling nut seating point. If the angle is more than 24 degrees past the seating point during the assembly procedure, record that maximum angle.
CAUTION:
DO NOT TORQUE THE COUPLING NUT TO MORE THAN 17,500 LB FT (23,727 N.M) NOR TURN THE COUPLING NUT MORE THAN 24 DEGREES PAST THE COUPLING NUT SEATING POINT. DAMAGE TO THE TOOLING OR HARDWARE CAN OCCUR.
(13)Use the final degrees calculated as a reference to turn the coupling nut. If Subtask 72-53-00-450-003 (paragraph 5.B.(11) A.) is used, paragraph 5.B.(13) is not necessary.
(14)Record all of the actual degrees turned and actual torque values in Table 201. If Subtask 72-53-00-450-003 (paragraph 5.B.(11) A.) is used, paragraph 5.B.(14) is not necessary.
(15)Remove all torque tooling.
(16)Remove the shaft adapter (item 7) from the 11C3024   assembly/disassembly fixture. Refer to Subtask 72-53-00-440-176 (72-53-00, ASSEMBLY 001, CONFIG 01) or Subtask 72-53-00-440-440 (72-53-00, ASSEMBLY 001, CONFIG 02).
(17)Measure the distance from the aft face of the coupling nut (01-030) (SIN 150AD) or (02-030) (SIN 150AD) to the stage 1 disk aft castellations at four equally spaced locations. Refer to Figure 209 and record the average value as dimension AG.
Dimension AG = __________.
(18)Compare measured dimension AG to calculated dimension AG as follows:
(a)Calculated dimension AG = dimension AE - dimension AD - dimension AF.
NOTE:
Dimension AE and dimension AD are recorded in Subtask 72-53-00-440-187 (72-53-00, ASSEMBLY 001, CONFIG 01) or Subtask 72-53-00-440-459 (72-53-00, ASSEMBLY 001, CONFIG 02).
(b)Difference = measured dimension AG - calculated dimension AG.
NOTE:
The difference between measured dimension AG and calculated dimension AG must not be greater than 0.010 inch (0.25 mm).
(19)Install the bore disk protector (item 10) on the end of the shaft base (item 5) of the 11C3024   assembly/disassembly fixture. Refer to Figure 205.
(20)Let the parts return to room temperature.
C.Record the actual degrees turned and actual torque values. Refer to Table 201. If Subtask 72-53-00-450-003 (paragraph 5.B.(11) A.) is used, paragraph 5.C. is not necessary.
TABLE 201. Table 201 Coupling Nut Seating Calculation
 
Target Angle (degrees)
Actual Angle (degrees)
Actual Torque (ft lb)
Torque Slope (ft lb/deg)
 
0.5



 
1



 
1.5



 
2



 
2.5



 
3



 
3.5



 
4



 
4.5



 
5



 
5.5



 
6



 
6.5



 
7



 
7.5



 
8



 
8.5



 
9



 
9.5



 
10



 
10.5



 
11



 
11.5



 
12



 
12.5



 
13



 
13.5



 
14



 
14.5



 
15



 
15.5



 
16



 
16.5



 
17



 
17.5



 
18



 
18.5



 
19



 
19.5



 
20



 
20.5



 
21



 
21.5



 
22



 
22.5



 
23



 
23.5



 
24



 
24.5



 
25



 
25.5



 
26



 
26.5



 
27



 
27.5



 
28



 
28.5



 
29



 
29.5



 
30



 
30.5



 
31



 
31.5



 
32



 
32.5



 
33



 
33.5



 
34



 
34.5



 
35



 
35.5



 
36



 
36.5



 
37



 
37.5



 
38



 
38.5



 
39



 
39.5



 
40



 
40.5



 
41



 
41.5



 
42



 
42.5



 
43



 
43.5



 
44



 
44.5



 
45



 
45.5



 
46



 
46.5



 
47



 
47.5



 
48



 
48.5



 
49



 
49.5



 
50



 
50.5



 
51



 
51.5



 
52



 
52.5



 
53



 
53.5



 
54



 
54.5



 
55



 
55.5



 
56



 
56.5



 
57



 
57.5



 
58



 
58.5



 
59



 
59.5



 
60



 
60.5



 
61



 
61.5



 
62



 
62.5



 
63



 
63.5



 
64



 
64.5



 
65



 
65.5



 
66



 
66.5



 
67



 
67.5



 
68



 
68.5



 
69



 
69.5



 
70



 
70.5



 
71



 
71.5



 
72



 
72.5



 
73



 
73.5



 
74



 
74.5



 
75



 
75.5



 
76



 
76.5



 
77



 
77.5



 
78



 
78.5



 
79



 
79.5



 
80



 
80.5



 
81



 
81.5



 
82



 
82.5



 
83



 
83.5



 
84



 
84.5



 
85



 
85.5



 
86



 
86.5



 
87



 
87.5



 
88



 
88.5



 
89



 
89.5



 
90



 
90.5



 
91



 
91.5



 
92



 
92.5



 
93



 
93.5



 
94



 
94.5



 
95



 
95.5



 
96



 
96.5



 
97



 
97.5



 
98



 
98.5



 
99



 
99.5



 
100



 
100.5



 
101



 
101.5



 
102



 
102.5



 
103



 
103.5



 
104



 
104.5



 
105



 
105.5



 
106



 
106.5



 
107



 
107.5



 
108



 
108.5



 
109



 
109.5



 
110



 
110.5



 
111



 
111.5



 
112



 
112.5



 
113



 
113.5



 
114



 
114.5



 
115



 
115.5



 
116



 
116.5



 
117



 
117.5



 
118



 
118.5



 
119



 
119.5



 
120



 
120.5



 
121



 
121.5



 
122



 
122.5



 
123



 
123.5



 
124



 
124.5



 
125



 
125.5



 
126



 
126.5



 
127



 
127.5



 
128



 
128.5



 
129



 
129.5



 
130



 
130.5



 
131



 
131.5



 
132



 
132.5



 
133



 
133.5



 
134



 
134.5



 
135



 
135.5



 
136



 
136.5



 
137



 
137.5



 
138



 
138.5



 
139



 
139.5



 
140



 
140.5



 
141



 
141.5



 
142



 
142.5



 
143



 
143.5



 
144



 
144.5



 
145



 
145.5



 
146



 
146.5



 
147



 
147.5



 
148



 
148.5



 
149



 
149.5



 
150



 
150.5



 
151



 
151.5



 
152



 
152.5



 
153



 
153.5



 
154



 
154.5



 
155



 
155.5



 
156



 
156.5



 
157



 
157.5



 
158



 
158.5



 
159



 
159.5



 
160



 
160.5



 
161



 
161.5



 
162



 
162.5



 
163



 
163.5



 
164



 
164.5



 
165



 
165.5



 
166



 
166.5



 
167



 
167.5



 
168



 
168.5



 
169



 
169.5



 
170



 
170.5



 
171



 
171.5



 
172



 
172.5



 
173



 
173.5



 
174



 
174.5



 
175



 
175.5



 
176



 
176.5



 
177



 
177.5



 
178



 
178.5



 
179



 
179.5



 
180



 
180.5



 
181



 
181.5



 
182



 
182.5



 
183



 
183.5



 
184



 
184.5



 
185



 
185.5



 
186



 
186.5



 
187



 
187.5



 
188



 
188.5



 
189



 
189.5



 
190



 
190.5



 
191



 
191.5



 
192



 
192.5



 
193



 
193.5



 
194



 
194.5



 
195



 
195.5



 
196



 
196.5



 
197



 
197.5



 
198



 
198.5



 
199



 
199.5



 
200



 
200.5



 
201



 
201.5



 
202



 
202.5



 
203



 
203.5



 
204



 
204.5



 
205



 
205.5



 
206



 
206.5



 
207



 
207.5



 
208



 
208.5



 
209



 
209.5



 
210



 
210.5



 
211



 
211.5



 
212



 
212.5



 
213



 
213.5



 
214



 
214.5



 
215



 
215.5



 
216



 
216.5



 
217



 
217.5



 
218



 
218.5



 
219



 
219.5



 
220



 
220.5



 
221



 
221.5



 
222



 
222.5



 
223



 
223.5



 
224



 
224.5



 
225



 
225.5



 
226



 
226.5



 
227



 
227.5



 
228



 
228.5



 
229



 
229.5



 
230



 
230.5



 
231



 
231.5



 
232



 
232.5



 
233



 
233.5



 
234



 
234.5



 
235



 
235.5



 
236



 
236.5



 
237



 
237.5



 
238



 
238.5



 
239



 
239.5



 
240



 
240.5



 
241



 
241.5



 
242



 
242.5



 
243



 
243.5



 
244



 
244.5



 
245



 
245.5



 
246



 
246.5



 
247



 
247.5



 
248



 
248.5



 
249



 
249.5



 
250



 
250.5



 
251



 
251.5



 
252



 
252.5



 
253



 
253.5



 
254



 
254.5



 
255



 
255.5



 
256



 
256.5



 
257



 
257.5



 
258



 
258.5



 
259



 
259.5



 
260



 
260.5



 
261



 
261.5



 
262



 
262.5



 
263



 
263.5



 
264



 
264.5



 
265



 
265.5



 
266



 
266.5



 
267



 
267.5



 
268



 
268.5



 
269



 
269.5



 
270



 
270.5



 
271



 
271.5



 
272



 
272.5



 
273



 
273.5



 
274



 
274.5



 
275



 
275.5



 
276



 
276.5



 
277



 
277.5



 
278



 
278.5



 
279



 
279.5



 
280



 
280.5



 
281



 
281.5



 
282



 
282.5



 
283



 
283.5



 
284



 
284.5



 
285



 
285.5



 
286



 
286.5



 
287



 
287.5



 
288



 
288.5



 
289



 
289.5



 
290



 
290.5



 
291



 
291.5



 
292



 
292.5



 
293



 
293.5



 
294



 
294.5



 
295



 
295.5



 
296



 
296.5



 
297



 
297.5



 
298



 
298.5



 
299



 
299.5



 
300



 
300.5



 
301



 
301.5



 
302



 
302.5



 
303



 
303.5



 
304



 
304.5



 
305



 
305.5



 
306



 
306.5



 
307



 
307.5



 
308



 
308.5



 
309



 
309.5



 
310



 
310.5



 
311



 
311.5



 
312



 
312.5



 
313



 
313.5



 
314



 
314.5



 
315



 
315.5



 
316



 
316.5



 
317



 
317.5



 
318



 
318.5



 
319



 
319.5



 
320



 
320.5



 
321



 
321.5



 
322



 
322.5



 
323



 
323.5



 
324



 
324.5



 
325



 
325.5



 
326



 
326.5



 
327



 
327.5



 
328



 
328.5



 
329



 
329.5



 
330



 
330.5



 
331



 
331.5



 
332



 
332.5



 
333



 
333.5



 
334



 
334.5



 
335



 
335.5



 
336



 
336.5



 
337



 
337.5



 
338



 
338.5



 
339



 
339.5



 
340



 
340.5



 
341



 
341.5



 
342



 
342.5



 
343



 
343.5



 
344



 
344.5



 
345



 
345.5



 
346



 
346.5



 
347



 
347.5



 
348



 
348.5



 
349



 
349.5



 
350



 
350.5



 
351



 
351.5



 
352



 
352.5



 
353



 
353.5



 
354



 
354.5



 
355



 
355.5



 
356



 
356.5



 
357



 
357.5



 
358



 
358.5



 
359



 
359.5



 
360



* * * FOR ALL
Figure 204   Installation of the Install/Remove Tool, 11C3033
* * * FOR ALL
Figure 205   (Sheet 1 ) Assembly/Disassembly Fixture, 11C3024
* * * FOR ALL
Figure 205   (Sheet 2 ) Assembly/Disassembly Fixture, 11C3024
* * * FOR ALL
Figure 206   Coupling Nut
* * * FOR ALL
Figure 207   Coupling Nut Torque versus Angle Curve
* * * FOR ALL
Figure 208   Coupling Nut Axial Length Measurement
* * * FOR ALL
Figure 209   Measurement of Dimension AG