Antenna mount kits and antenna mount kit assemblies with equal step tilt adjustment and methods of using the same
The present disclosure describes an antenna mount kit. The antenna mount kit includes pivotally coupled mounting brackets, at least one adjustment bracket, and at least one locking plate. One of the mounting brackets and the at least one adjustment bracket each include a plurality of phase adjustment holes configured to lock an antenna at a desired tilt angle that is adjustable at 1 degree steps for different length antennas. Antenna mount kit assemblies and methods of adjusting the downtilt of an antenna are also provided.
1. An antenna mount kit, comprising:
a first mounting bracket configured to be mounted to a pipe clamp, the first mounting bracket comprising a first plurality of phase adjustment holes residing circumferentially around a first pivot hole, wherein each of the first plurality of phase adjustment holes is configured to receive an adjustment bolt and the first pivot hole is configured to receive a pivot bolt;
a second mounting bracket configured to be mounted to an antenna and pivotally coupled to the first mounting bracket at the first pivot hole, the second mounting bracket comprising a first set of antenna adjustment holes configured to receive an adjustment pin, an arcuate slot configured to receive the adjustment bolt, and a second pivot hole configured to receive the pivot bolt, wherein the arcuate slot aligns with the one or more of the first plurality of phase adjustment holes of the first mounting bracket and the second pivot hole aligns with the first pivot hole of the first mounting bracket;
at least one adjustable bracket comprising a second plurality of phase adjustment holes residing circumferentially around a third pivot hole and a second set of antenna adjustment holes that correspond to the first set of antenna adjustment holes of the second mounting bracket, wherein the number of the second plurality of phase adjustment holes in the at least one adjustable bracket does not equal the number of the first plurality of phase adjustment holes in the first mounting bracket, wherein each of the second plurality of phase adjustment holes of the at least one adjustable bracket is configured to receive the adjustment bolt, wherein the third pivot hole aligns with the first and second pivot holes and is configured to receive the pivot bolt, and wherein each of second set of antenna adjustment holes is configured to align with a respective antenna adjustment hole of the first set of antenna adjustment holes of the second mounting bracket and receive the adjustment pin; and
at least one locking plate comprising a fourth pivot hole and at least one phase adjustment hole, wherein the fourth pivot hole aligns with the first, second, and third pivot holes and is configured to receive the pivot bolt at a center pivot point, and wherein the at least one phase adjustment hole is configured to receive the adjustment bolt,
wherein the locking plate is configured to rotate 360 degrees around the center pivot point such that the at least one phase adjustment hole of the locking plate aligns with one of the second plurality of phase adjustment holes of the adjustable bracket, the arcuate slot of the second mounting bracket, and one of the first plurality of phase adjustment holes of the first mounting bracket such that when the adjustment bolt is received through the aligned phase adjustment holes and the arcuate slot, the antenna is locked at a desired tilt angle.
2. The antenna mount kit of claim 1 , wherein the phase adjustment holes of the first plurality of phase adjustment holes of the first mounting bracket and the second plurality of phase adjustment holes of the adjustable bracket are configured such that the desired tilt angle of the antenna is adjustable at 1 degree steps.
3. The antenna mount kit of claim 1 , wherein the first mounting bracket, the second mounting bracket, and the at least one locking plate each further comprise a zero degree phase adjustment hole configured to receive the adjustment bolt and, when aligned, lock the antenna at a zero degree tilt angle.
4. The antenna mount kit of claim 1 , wherein the second mounting bracket resides between the first mounting bracket and the at least one adjustable bracket when pivotally coupled together.
5. The antenna mount kit of claim 1 , wherein the first plurality of phase adjustment holes of the first mounting bracket comprises 12 phase adjustment holes.
6. The antenna mount kit of claim 5 , wherein the phase adjustment holes of the first plurality of phase adjustment holes of the first mounting bracket are spaced apart at increments of 30 degrees.
7. The antenna mount kit of claim 1 , wherein the second plurality of phase adjustment holes of the adjustable bracket comprises 13 phase adjustment holes.
8. The antenna mount kit of claim 1 , wherein the first set of antenna adjustment holes of the second mounting bracket and the second set of antenna adjustment holes of the adjustable bracket each comprise 4 antenna adjustment holes, each antenna adjustment hole corresponding to a different length antenna.
9. The antenna mount kit of claim 8 , wherein the antenna adjustment holes of the first set of antenna adjustment holes of the second mounting bracket are located at angles of 80 degrees, 90 degrees, 100 degrees, and 110 degrees relative to an X-axis through the second pivot hole and parallel to a bottom edge of the second mounting bracket when the antenna mount kit is at a zero degree tilt angle.
10. The antenna mount kit of claim 8 , wherein the antenna adjustment holes of the second set of antenna adjustment holes of the at least one adjustable bracket are located at angles of 80 degrees, 88.6 degrees, 96.5 degrees, and 105.7 degrees relative to an X-axis through the third pivot hole and parallel to a bottom edge of the adjustable bracket when the antenna mount kit is at a zero degree tilt angle.
11. The antenna mount kit of claim 1 , wherein the first mounting bracket is mounted to the pipe clamp and the second mounting bracket is mounted to the antenna, and wherein the pipe clamp is mounted to a mounting structure.
12. The antenna mount kit of claim 1 , wherein the second mounting bracket is mounted to the antenna, and wherein the adjustment bolt is inserted through one of the first plurality of phase adjustment holes of the first mounting bracket, the arcuate slot of the second mounting bracket, and one of the second plurality of phase adjustment holes of the adjustment bracket to lock the antenna at the desired tilt angle.
13. The antenna mount kit of claim 1 , wherein the second mounting bracket further comprises a reference hole configured to align with one of the second plurality of phase adjustment holes on the adjustable bracket.
14. The antenna mount kit of claim 3 , wherein the adjustment bolt is inserted through the zero degree phase adjustment holes of the first mounting bracket, the second mounting bracket, and the at least one locking plate to lock the antenna at the zero degree tilt angle.
15. An antenna mount kit assembly, the antenna mount kit assembly comprising:
an antenna;
a mounting structure;
a pipe clamp configured to be secured to the mounting structure; and
an antenna mount kit, the antenna mount kit comprising:
a first mounting bracket mounted to the pipe clamp, the first mounting bracket comprising a first plurality of phase adjustment holes residing circumferentially around a first pivot hole, wherein each of the first plurality of phase adjustment holes is configured to receive an adjustment bolt and the first pivot hole is configured to receive a pivot bolt;
a second mounting bracket mounted to the antenna and pivotally coupled to the first mounting bracket at the first pivot hole, the second mounting bracket comprising a first set of antenna adjustment holes configured to receive an adjustment pin, an arcuate slot configured to receive the adjustment bolt, and a second pivot hole configured to receive the pivot bolt, wherein the arcuate slot aligns with the one or more of the first plurality of phase adjustment holes of the first mounting bracket and the second pivot hole aligns with the first pivot hole of the first mounting bracket;
at least one adjustable bracket comprising a second plurality of phase adjustment holes residing circumferentially around a third pivot hole and a second set of antenna adjustment holes that correspond to the first set of antenna adjustment holes of the second mounting bracket, wherein each of the second plurality of phase adjustment holes are configured to receive the adjustment bolt, wherein the third pivot hole aligns with the first and second pivot holes and is configured to receive the pivot bolt, and wherein each of the second set of antenna adjustment holes is configured to receive the adjustment pin and configured to align with a respective antenna adjustment hole of the first set of antenna adjustment holes of the second mounting bracket; and
at least one locking plate comprising a fourth pivot hole and at least one phase adjustment hole, wherein the fourth pivot hole aligns with the first, second, and third pivot holes and is configured to receive the pivot bolt at a center pivot point, and wherein the at least one phase adjustment hole is configured to receive the adjustment bolt,
wherein the locking plate is configured to rotate 360 degrees around the center pivot point such that the at least one phase adjustment hole of the locking plate aligns with one of the second plurality of phase adjustment holes of the adjustable bracket, the arcuate slot of the second mounting bracket, and one of the first plurality of phase adjustment holes of the first mounting bracket such that when the adjustment bolt is received through the aligned phase adjustment holes and the arcuate slot, the antenna is locked at a desired tilt angle;
wherein the adjustment pin is inserted through the antenna adjustment holes of the first set of antenna adjustment holes of the second mounting bracket and the second set of antenna adjustment holes of the adjustable bracket corresponding to a length of the antenna, and the adjustment bolt is inserted through one of the first plurality of phase adjustment holes of the first mounting bracket, the arcuate slot of the second mounting bracket, one of the second plurality of phase adjustment holes of the adjustable bracket, and the phase adjustment hole of the locking plate to lock the antenna at the corresponding desired tilt angle.
16. The antenna mount kit assembly of claim 15 , wherein the pipe clamp is secured to the mounting structure, wherein the second mounting bracket is mounted to the antenna, and wherein the adjustment bolt is inserted through one of the first plurality of phase adjustment holes of the first mounting bracket, the arcuate slot of the second mounting bracket, and one of the second plurality of phase adjustment holes of the adjustment bracket to lock the antenna at the desired tilt angle.
17. The antenna mount kit assembly of claim 15 , wherein the phase adjustment holes of the first plurality of phase adjustment holes and the of the second plurality of phase adjustment holes are configured such that the desired tilt angle is adjustable at a 1 degree step.
18. The antenna mount kit assembly of claim 15 , wherein the first plurality of phase adjustment holes of the first mounting bracket and the second plurality of phase adjustment holes of the adjustable bracket are configured such that the desired tilt angle of the antenna is adjustable at 1 degree steps.
19. A method of adjusting the downtilt of an antenna, the method comprising:
providing an antenna mount kit comprising a first mounting bracket mounted to a pipe clamp, the first mounting bracket comprising a first plurality of phase adjustment holes residing circumferentially around a first pivot hole, wherein each of the first plurality of phase adjustment holes is configured to receive an adjustment bolt and the first pivot hole is configured to receive a pivot bolt; a second mounting bracket mounted to an antenna and pivotally coupled to the first mounting bracket at the first pivot hole, the second mounting bracket comprising a first set of antenna adjustment holes configured to receive an adjustment pin, an arcuate slot configured to receive the adjustment bolt, and a second pivot hole configured to receive the pivot bolt, wherein the arcuate slot aligns with the one or more of the first plurality of phase adjustment holes of the first mounting bracket and the second pivot hole aligns with the first pivot hole of the first mounting bracket; an adjustable bracket comprising a second plurality of phase adjustment holes residing circumferentially around a third pivot hole and a second set of antenna adjustment holes that correspond to the first set of antenna adjustment holes of the second mounting bracket, wherein each of the second plurality of phase adjustment holes are configured to receive the adjustment bolt, wherein the third pivot hole aligns with the first and second pivot holes and is configured to receive the pivot bolt, and wherein each of the second set of antenna adjustment holes is configured to receive the adjustment pin and configured to align with a respective antenna adjustment hole of the first set of antenna adjustment holes of the second mounting bracket; and a locking plate comprising a fourth pivot hole and at least one phase adjustment hole, wherein the fourth pivot hole aligns with the first, second, and third pivot holes and is configured to receive the pivot bolt at a center pivot point, wherein the at least one phase adjustment hole is configured to receive the adjustment bolt, and wherein the locking plate is configured to rotate 360 degrees around the center pivot point such that the at least one phase adjustment hole of the locking plate aligns with one of the second plurality of phase adjustment holes of the adjustable bracket, the arcuate slot of the second mounting bracket, and one of the first plurality of phase adjustment holes of the first mounting bracket such that when the adjustment bolt is received through the aligned phase adjustment holes and the arcuate slot, the antenna is locked at a desired tilt angle;
rotating the adjustable bracket and the locking plate around the center pivot point such that one of the second plurality of phase adjustment holes of the adjustable bracket and the at least one phase adjustment hole of the locking plate align with the arcuate slot of the second mounting bracket and one of the first plurality of phase adjustment holes of the first mounting bracket for the desired tilt angle; and
inserting the adjustment bolt through the aligned phase adjustment holes and arcuate slot, thereby locking the antenna at the desired tilt angle.
20. The method of claim 19 , further comprising:
removing the adjustment bolt from the aligned phase adjustment holes and arcuate slot to unlock the antenna from a set tilt angle;
rotating the adjustable bracket and locking plate around the center pivot point such that the same or a different phase adjustment hole of the second plurality of phase adjustment holes of the adjustable bracket and the at least one phase adjustment hole of the locking plate align with the arcuate slot of the second mounting bracket and the same or a different phase adjustment hole of the first plurality of phase adjustment holes of the first mounting bracket for a different desired tilt angle; and
reinserting the adjustment bolt through the newly aligned phase adjustment holes and arcuate slot, thereby locking the antenna a new desired tilt angle.