System and method for installing an antenna module in a gateway antenna
An antenna module installation system comprising a baseplate and a carrier chassis. The baseplate is configured to couple to an antenna dish assembly, and comprises an antenna module mounting apparatus including an alignment portion and a retention portion. The carrier chassis is configured to retain an antenna module, such as antenna hub amplifier, and comprises an engaging apparatus. The carrier chassis is configured to allow multiple manufacturers versions of a component to be used through adapter components. The engaging apparatus is configured to engage with the alignment portion, which positions the carrier chassis in a mounting alignment, and to move from the alignment portion to the retention portion which retains the carrier chassis in engagement with the baseplate. The engaging apparatus is designed to allow that direct connections to the component in the carrier chassis are disconnected prior to its removal.
1. An antenna module installation system comprising:
a baseplate configured to couple to an antenna dish assembly and comprising an antenna module mounting apparatus including an alignment portion and a retention portion; and
a carrier chassis configured to retain an antenna module and comprising an engaging apparatus, while connecting the carrier chassis to the baseplate, the engaging apparatus engages the alignment portion to position the carrier chassis in a mounting alignment and moves from the alignment portion to the retention portion to retain the carrier chassis in engagement with the baseplate.
2. The antenna module installation system according to claim 1 , further comprising
a stop/guide bar configured to impede movement of the carrier chassis in a direction transverse to a travel direction along which the carrier chassis travels while the engaging apparatus moves between the alignment portion and the retention portion.
3. The antenna module installation system according to claim 2 , wherein
the baseplate defines a baseplate surface that extends along the travel direction; and
the stop/guide bar is configured to impede movement of the carrier chassis in a direction substantially perpendicular to the baseplate surface.
4. The antenna module installation system according to claim 2 , wherein
the stop/guide bar is coupled to the baseplate.
5. The antenna module installation system according to claim 4 , wherein
the baseplate defines a baseplate surface that extends along the travel direction, and comprises a wall extending from the baseplate surface in a direction transverse to the travel direction; and
the stop/guide bar is coupled to the wall.
6. The antenna module installation system according to claim 2 , wherein
the carrier chassis includes a wall defining a wall notch; and
the stop/guide bar defines an alignment notch configured to engage with the wall notch to impede the movement of the carrier chassis.
7. The antenna module installation system according to claim 2 , wherein
the stop/guide bar is configured to impede the movement of the carrier chassis in the transverse direction while the engaging apparatus is positioned within a section of the alignment portion closer to the retention portion, and the stop/guide bar is configured to permit the movement of the carrier chassis in the transverse direction while the engaging apparatus is position within another section of the alignment portion further from the retention portion.
8. The antenna module installation system according to claim 2 , wherein
the stop/guide bar is positioned in relation to a waveguide of the antenna dish assembly to impede the movement of the carrier chassis in the transverse direction to prevent a portion of the antenna module retained in the carrier chassis from contacting the waveguide.
9. The antenna module installation system according to claim 1 , wherein
the antenna module mounting apparatus includes an elongated opening having a length extending in the baseplate with the alignment portion having a first width transverse to the length and the retention portion having a second width transverse to the length and smaller than the first width; and
the engaging apparatus includes an engaging pin that is configured to engage with the elongated opening.
10. The antenna module installation system according to claim 9 , wherein
the engaging pin has a wide portion having a width less than the first width and greater than the second width, such that when the engaging pin is positioned in the retention portion, the baseplate contacts the wide portion to retain the carrier chassis in engagement with the baseplate.
11. The antenna module installation system according to claim 1 , wherein
the carrier chassis further comprises a fastener that is separate from the engaging apparatus and configured to releaseably secure the carrier chassis to the baseplate while the retention portion which retains the carrier chassis in engagement with the baseplate.
12. The antenna module installation system according to claim 1 , wherein
the antenna module includes an antenna hub amplifier, and the carrier chassis is configured to retain the antenna hub amplifier.
13. The antenna module installation system according to claim 1 , further comprising
a waveguide protection guide plate configured to cover a portion of a waveguide that is configured to couple to the antenna module retained in the carrier chassis.
14. The antenna module installation system according to claim 1 , wherein
the carrier chassis further comprises a cross bar assembly which extends over the antenna module retained in the carrier chassis.
15. The antenna module installation system according to claim 1 , wherein
the carrier chassis is configured to retain another antenna module, different from the antenna module, in place of the antenna module.
16. The antenna module installation system according to claim 1 , further comprising
a stop/guide bar configured to maintain the engaging apparatus at a depth of engagement with the alignment portion while the engaging apparatus moves from the alignment portion to the retention portion.
17. An antenna module installation system comprising:
a baseplate, configured to couple to an antenna dish assembly, and comprising a stop/guide bar and a surface defining an antenna module mounting apparatus; and
a carrier chassis configured to retain an antenna module and comprising an engaging apparatus, while connecting the carrier chassis to the baseplate, the engaging apparatus engages the antenna module mounting apparatus;
the stop/guide bar being configured to impede movement of the carrier chassis in a direction transverse to the surface of the baseplate while the engaging apparatus is engaged with a first portion of the antenna module mounting apparatus.
18. The antenna module installation system according to claim 17 , wherein
the stop/guide bar is configured to permit the movement of the carrier chassis in the direction transverse to the surface of the baseplate while the engaging apparatus is engaged with a second portion of the antenna module mounting apparatus.
19. An antenna module installation method comprising:
providing a baseplate at an antenna dish assembly, the baseplate comprising an antenna module mounting apparatus including an alignment portion and a retention portion; and
installing a carrier chassis that retains an antenna module and comprises an engaging apparatus into the antenna dish assembly by positioning the carrier chassis such that the engaging apparatus engages with the alignment portion, while connecting the carrier chassis to the baseplate, which positions the carrier chassis in a mounting alignment, and moving the carrier chassis such that the engaging apparatus moves from the alignment portion to the retention portion which retains the carrier chassis in engagement with the baseplate.
20. The antenna module installation method according to claim 19 , wherein
the carrier chassis further comprises a fastener that is separate from the engaging apparatus; and
the installing further comprises operating the fastener by hand to releaseably secure the carrier chassis to the baseplate by hand while the retention portion retains the carrier chassis in engagement with the baseplate, and further operating the fastener with a tool to further secure the carrier chassis to the baseplate.