116
100-412-183 REV. 13
Figure 8.1
Reconditioning Stack Mating Surfaces
8
Rotate the part another 120 degrees to the next spanner-wrench hole, and
repeat the lapping procedure in step 6.
9
Re-examine the mating surface. If necessary, repeat steps 2-5 until you
remove most of the contaminant. Remember, this should not require more
than two to three complete rotations for an aluminum horn or booster; a
titanium component may require more rotations.
10
Before re-inserting a threaded stud in an aluminum booster or horn:
• Using a file card or wire brush, clean any aluminum bits from the knurled end of
the stud
• Using a clean cloth or towel, clean the threaded hole
• Examine the knurled end of the stud. If worn, replace the stud. Also, examine the
stud and threaded hole for stripped threads
NOTICE
Threaded studs cannot be reused in titanium horns or boosters. Replace all
studs in these components.
11
Assemble and install the stack.
Table 8.2
Reconditioning Stack Mating Surfaces
Item
Description
1
Tape
2
#400 Emery Cloth
Table 8.1
Stack Reconditioning Procedure
Step
Action
Summary of Contents for DCX S
Page 4: ...iv 100 412 183 REV 13 ...
Page 22: ...12 100 412 183 REV 13 ...
Page 36: ...26 100 412 183 REV 13 ...
Page 47: ...100 412 183 REV 13 37 4 3 Declaration of Conformity Figure 4 1 Declaration of Conformity ...
Page 50: ...40 100 412 183 REV 13 ...
Page 54: ...44 100 412 183 REV 13 Figure 5 1 DCX S Power Supply Benchtop Dimensional Drawing ...
Page 86: ...76 100 412 183 REV 13 ...
Page 87: ...100 412 183 REV 13 77 Chapter 6 Converters and Boosters 6 1 Converters and Boosters 78 ...
Page 120: ...110 100 412 183 REV 13 ...
Page 137: ...100 412 183 REV 13 127 8 5 Circuit Diagram Figure 8 2 Interconnect Diagram Power Supply ...
Page 144: ...134 100 412 183 REV 13 ...
Page 145: ...100 412 183 REV 13 135 Appendix A Timing Diagrams A 1 Timing Diagrams 136 ...
Page 147: ...100 412 183 REV 13 137 Appendix B Signal Diagrams B 1 Signal Diagrams 138 ...
Page 154: ...144 100 412 183 REV 13 ...
