Honeywell SLG 700 Quick Start Manual page 14

Prior to securing the next rod segment, place a "star shaped"
spacer over the rod segment end. The wrench flats on the rod end
3
will index the spacer.
Depending on the probe length there could be 0 to 2 more rod
segments and 1 rod "end" segment to assemble. Connect the
subsequent rod segment to first, using a stud and lock washer.
Note: Tighten rod connection point to the following torque:
4
Slip a coaxial coupler over the last rod segment and spacer and
tighten onto the previous outer tube segment.
Note: Tighten rod connection point to the following torque:
5
Depending on probe length there may be 0 to 2 coaxial outer tube
"extension" segments and 1 coaxial tube "end" segment. Slip the
next coaxial tube "extension" segment over the last rod segment
and spacer and tighten to the coaxial coupler.
Note: Tighten rod connection point to the following torque:
6
Repeat steps 3-6 above until only the rod "end" segment and coax
tube "end" segment remain.
7
Attach the last "star shaped" spacer over the previous rod segment
end, as in step 3 above.
8
Attach rod "end" segment as in step 4 above.
9
Slip the coaxial coupler over the rod and spacer and tighten.
Note: Tighten rod connection point to the following torque:
10
14
SLG726 15 Nm (11 ft-lbs)

It is recommended that a process compatible thread

locking compound (i.e. Loctite 242) be used on the outer
conductor threaded joints.
 SLG726 30Nm (22ft-lbs)
 It is recommended that a process compatible thread
locking compound (i.e. Loctite 242) be used on the outer
conductor threaded joints.
 SLG726 30 Nm (22 ft-lbs)
 It is recommended that a process compatible thread
locking compound (i.e. Loctite 242) be used on the outer
conductor threaded joints.
 SLG726 30 Nm (22 ft-lbs)
 It is recommended that a process compatible thread
locking compound (i.e. Loctite 242) be used on the outer
conductor threaded joints.
Quick Start Installation Guide December 2017