BLiNQ Networks Inc.
X-1200 System Installation Guide
Release 1.0
Confidential - Restricted Use and Duplication
Page
40
Issue 01 D1
7.
As a final adjustment to the HM on its mount, gently tilt the unit slightly to the left and then to the
right on its elevation bracket axis (theta), if necessary for proper orientation.
Figure 31 HM Theta Adjustment Via Elevation Bracket Mounting Holes
8.
If the Beam Steering Antenna is installed on the HM, there is also a down-tilt adjustment of 0-10
degrees. Loosen the bolts on the sides of the Beam Steering Antenna mounting bracket. Adjust as
required and re-tighten the bolts to the recommended installation torque (see Table 15,
“Recommended Torque Values for Antenna Bracket Bolts”).
Figure 32 HM Down-tilt Adjustment with Antenna Mount
9.
Once you are satisfied that you have found the optimal horizontal and vertical position for the HM,
bolt it down to its mount, as follows:
Note:
Depending on how elevated the HM is, some of the bolts may be hard to torque down using
the torque wrench due to limited access to the back of the unit. In those cases, tighten the bolts
down by hand.
a.
Use the socket wrench to evenly tighten all three locknuts to the pole/wall mount bracket (do
not over tighten), then use a torque wrench to tighten down all three locknuts to finish the
installation (do not over tighten). See Table 13, “Recommended Torque Values for HM Bracket
Bolts” for torque values.
b.
Use the socket wrench to evenly tighten all four bolts on the azimuth bracket to the elevation
bracket (do not over tighten), then use a torque wrench to tighten down all four bolts and finish
the installation (do not over tighten). See Table 13, “Recommended Torque Values for HM
Bracket Bolts” for torque values.
c.
Use the ratchet wrench to evenly tighten all four bolts on the elevation bracket to the back of
the HM (do not over tighten), then use a torque wrench to tighten down all four bolts and finish
+/- 10 degrees
0-10 degrees
