4. GENERAL ASSEMBLY OF HALF ELEMENT SECTIONS
We recommend assembling the half element sections on
a clean, flat surface. There is an assembly drawing for
each of the six elements with both the right and left
halves shown on each page. We also recommend
briefing yourself with the general directions before
skipping to the assembly drawings.
The general assembly procedure for a half element section
begins with laying each capacitor assembly on a level
surface, with the 10m capacitor tube on the left hand side.
Locate the two swaged 3/4” dia. tubes and the 5/8 x 6”
fiberglass rod.
NOTE: BE SURE TO USE THE CORRECT
LENGTH 3/4” SECTIONS MATCHING UP WITH THE 10M
CAPACITOR LENGTH.
Insert the fiberglass rod into the
LIGHTLY swaged end side of the longer 3/4” section. Align
the two holes and secure loosely with a single 8-32 x 1” screw
and lock nut in the outer hole as shown in Figure 4. Next
slide the other end of the fiberglass rod into the center hole of the 10M shorting bar connected to the 10m
capacitor. Slide the larger diameter swage of the shorter 3/4” X 12” tubing through the hole of the shorting bar
connected to the 15m capacitor tube. Secure with a single 8-32 x 1” screw and locknut, again through the
OUTER HOLE
in the figure. Now insert the inner two 8-32 x 1” screws and locknuts, and tighten LIGHTLY.
NOTE: IF YOU OVER TIGHTEN, YOU MAY NOT BE ABLE TO MOVE THE SHORTING BARS TO FINAL
POSITION. Slide the two shorting bars right up against the two inner locknuts as shown. Now tighten all four
inner and outer screws and locknuts. Position the capacitor tube assembly so that the gap rests in between the
two shorting bars and MAKE SURE THE MARKS YOU MADE ON THE 3/8” TUBE ARE
UP
. Tighten all of the 8-
32 hardware installed to this point.
Locate the appropriate 1/2” element tip section and insert the end with 2 holes into the 3/4 x 12” swaged end.
Secure the 1/2” tip with two 8-32 x 1” screws and locknuts. With a tape measure hooked to the inner edge of the
15m capacitor tube shorting bar, make a mark on the 3/8” tube at the dimension called out for the 15m shorting
bar. Slide the 15m shorting bar onto the 3/8 and 1/2“ tube and set the inner edge of the bar to the mark. Install
two 8-32 x 1” screws, add locknuts, align with the other bars and tighten.
Locate the 10m shorting bar and the shorter 3/8” tube. Using a tape measure connected to the inner edge of the
10m capacitor tube shorting bar, mark the dimension called out for the 10m shorting bar. Slide on the 10m
shorting bar, set the inner edge to the mark and tighten the top 8-32 screw. Now insert the shorter 3/8” tube
through the other hole on the 10m shorting bar and into the free hole on the 10m capacitor tube shorting bar.
Allow the tube to extend 1” past the shorting bar connected to the 10m capacitor and tighten the 8-32 hardware
on both of the shorting bars.
Using the general directions above and the six TIP DIMENSION / ASSEMBLY drawings, proceed in fabricating
the 12 half element sections. After double checking your dimensions and making sure that your elements are
labeled correctly proceed to the next step.
KT36XA ASSEMBLY MANUAL
Summary of Contents for KT36XA
Page 8: ...KT36XA HALF ELEMEN GENERAL ASSEMBLY...
Page 9: ...KT36XA ASSEMBLY MANUAL...
Page 10: ...REAR DRIVEN ELEMENT DIMENSIONS...
Page 11: ...FRONT DRIVEN ELEMENT DIMENSIONS...
Page 12: ...1ST DIRECTOR ELEMENT DIMENSION...
Page 13: ...2ND DIRECTOR ELEMENT DIMENSION...
Page 14: ...3RD DIRECTOR ELEMENT DIMENSIONS...
Page 15: ...DUAL DRIVEN AND T MATCH ASSEMBLIES...
Page 16: ...KT36XA DIMENSION SHEET...