Load-resistant antenna mount

1. A mechanical assembly for attaching to a tower structure an antenna having a reflector and a back ring attached to the reflector, the assembly comprising:

a horizontal beam; and

a bracket having a first planar portion and a second planar portion that meet at a corner, the first planar portion being configured to fasten to said antenna back ring and said second planar portion being configured to attach to said horizontal beam,

wherein said second planar portion includes a pivot slot for receiving a first fastener connecting said bracket to said horizontal beam, and includes a circular hole for receiving a second fastener connecting said bracket to said horizontal beam.

2. The mechanical assembly of claim 1 , wherein said pivot slot follows a circular arc.

3. The mechanical assembly of claim 1 , wherein said bracket is formed from ASTM A36 steel.

4. The mechanical assembly of claim 1 , wherein said horizontal beam includes a circular hole for receiving said first fastener and a captive nut for receiving said second fastener.

5. The mechanical assembly of claim 1 , wherein said first planar portion is welded to said second planar portion.

6. The mechanical assembly of claim 1 , wherein said bracket has a native finish.

7. The mechanical assembly of claim 1 , wherein said bracket is a first bracket attached to a first end of said horizontal beam, and further comprising a second bracket nominally identical to said first bracket attached to a second end of said horizontal beam.

8. The mechanical assembly of claim 1 , wherein when attached to a back ring of an antenna reflector, said bracket provides an axis of rotation of said antenna reflector, and said pivot slot provides an adjustment of a vertical direction of said antenna reflector.

9. An antenna assembly configured to attach to a vertical beam, comprising:

an antenna reflector;

a back ring attached to said antenna reflector;

a horizontal beam; and

a bracket having a first portion and a second portion that meet at a corner, the first portion being configured to fasten to said antenna back ring and said second portion being configured to attach to said horizontal beam,

wherein said second portion includes a pivot slot for receiving a first fastener connecting said bracket to said horizontal beam, and includes a circular hole for receiving a second fastener connecting said bracket to said horizontal beam.

10. The antenna assembly of claim 9 , wherein said pivot slot follows a circular arc that determines an extent of vertical adjustment of a radiation direction of said antenna reflector.

11. The antenna assembly of claim 9 , wherein said bracket is formed from ASTM A36 steel.

12. The antenna assembly of claim 9 , wherein said horizontal beam includes a captive nut for receiving said first second fastener and a through-hole for receiving said second fastener.

13. The antenna assembly of claim 9 , wherein said bracket is a first bracket attached to a first end of said horizontal beam, and further comprising a second bracket nominally identical to said first bracket attached to said back ring and to a second end of said horizontal beam.

14. The antenna assembly of claim 9 , wherein said first and second portions are about planar.

15. A method of forming an antenna assembly for attaching to a vertical beam, comprising:

providing a horizontal beam having an end plate and a bracket attached to said end plate, the bracket having a first planar portion and a second planar portion that meet at a corner, the first planar portion being configured to fasten to said antenna back ring and said second planar portion being configured to attach to said horizontal beam, wherein said second planar portion includes a pivot slot for receiving a first fastener, and includes a circular hole for receiving a second fastener;

attaching said bracket to said second planar portion to said end plate of said horizontal beam via said first and second fasteners; and

attaching said first planar portion to a back ring of an antenna reflector.

16. The method of claim 15 , wherein said bracket is formed from ASTM A36 steel.

17. The method of claim 15 , wherein said pivot slot follows a circular arc that determines an extent of vertical adjustment of a radiation direction of said antenna reflector.

18. The method of claim 15 , wherein said horizontal beam includes a captive nut for receiving said first fastener and a through-hole for receiving said second fastener.

19. The method of claim 15 , wherein said bracket is a first bracket attached to a first end of said horizontal beam, and further comprising a second bracket nominally identical to said first bracket attached to a second end of said horizontal beam and to said back ring.

20. The method of claim 15 , wherein said first and second planar portions are welded together at said corner.