Weather resistant variable enclosure frame
A weather resistant variable enclosure frame configured to enclose at least one electronic component is provided. The weather resistant variable enclosure frame includes a top and bottom endplate each having a channel on at least one side surface, and at least one cut-to-length supporting structure attached to the top endplate and the bottom endplate to offset the top endplate from the bottom endplate. The supporting structure has at least one channel that extends the length of the supporting structure. At least one opening is formed by the endplates and the supporting structure, so that the channels in the endplates and the at least one supporting structure combine to form at least one continuous channel configured to hold at least one respective continuous seal. When panels are attached to cover the at least one opening, a weather resistant enclosure is formed.
1. A weather resistant variable enclosure frame configured to enclose at least one electronic component, the enclosure frame comprising:
a top endplate having a channel on at least one side surface;
a bottom endplate, opposing the top endplate, having a channel on at least one side surface; and
at least one supporting structure to offset the top endplate from the bottom endplate;
wherein the at least one supporting structure is attached to an inner surface of the top endplate and an inner surface of the bottom endplate;
wherein the at least one supporting structure is a cut-to-length piece;
wherein the at least one supporting structure has at least one channel that extends the length of the at least one supporting structure;
wherein at least one opening is formed by the top endplate, the bottom endplate, and the at least one supporting structure;
wherein the channels in the top endplate, the at least one supporting structure, and the bottom endplate combine to form at least one continuous channel configured to hold at least one respective continuous seal; and
wherein the at least one supporting structure is configured to attach a panel to each of the at least one supporting structure, so that when at least one panel is attached to cover the respective at least one opening, a weather resistant enclosure is formed.
2. The enclosure frame of claim 1 , wherein the at least one supporting structure has at least one T-slot that extends a length of the at least one supporting structure.
3. The enclosure frame of claim 1 , wherein the top and bottom endplates are formed from a rectangular piece, the rectangular piece having four side surfaces at the edges of the rectangular piece, at least one of the four side surfaces having the channel that extends from a first portion of an edge formed between the inner surface and the respective side surface to a second portion of the edge.
4. The enclosure frame of claim 3 , wherein at least one of the top endplate and bottom endplate having a V-band flange port extending from an outer surface to the inner surface.
5. The enclosure frame of claim 4 , wherein the V-band flange port is attachable by a V-band clamp to another V-band flange port in an endplate of another similar enclosure frame, wherein the enclosure frames are stacked.
6. The enclosure frame of claim 4 , wherein the at least one of the top and bottom endplate further comprises a bulkhead connector plate configured to attach to the V-band flange port using a V-band clamp.
7. The enclosure frame of claim 6 , wherein the bulkhead connector plate has at least one plug hole configured to hold the bulkhead connector or cable.
8. The enclosure frame of claim 1 , further comprising:
one of an adhesive or a sealant, and the adhesive and the sealant located in between the top endplate and the at least one supporting structure, and located in between the at least one supporting structure and the bottom endplate.
9. The enclosure frame of claim 1 , wherein at least one of the supporting structures is a heat-expelling wall comprising a plurality of heat fins to dissipate heat.
10. The enclosure frame of claim 1 , wherein the at least one supporting structure comprises a plurality of extruded pillars.
11. The enclosure frame of claim 10 , wherein the extruded pillars comprise a first screw hole on a first end surface and a second screw hole on a second end surface.
12. The enclosure frame of claim 1 , wherein the at least one supporting structure comprises two walls.
13. The enclosure frame of claim 12 , the two walls each comprising:
at least one screw hole on a first end surface and at least one screw hole on a second end surface;
wherein the two walls are attached to opposing edges of the inner surface of the top endplate by at least two respective screws; and
wherein the two walls are attached on opposing edges of the inner surface of the bottom endplate by at least two respective screws.
14. The enclosure frame of claim 1 , wherein the at least one supporting structure comprises:
two walls; and
an extruded pillar.
15. The enclosure frame of claim 14 , the extruded pillar comprising:
a first screw hole on a first end surface and a second screw hole on a second end surface; and
the two walls each comprising:
at least one screw hole on a first end surface and at least one screw hole on a second end surface;
wherein the two walls are attached to the inner surface of the top endplate on adjoining edges of the top endplate via at least two respective screws;
wherein the two walls are attached to the inner surface of the bottom endplate on adjoining edges of the bottom endplate via at least two respective screws;
wherein the extruded pillar is attached to the inner surface of the top endplate at a corner opposing the two walls formed by the adjoining edges of the top endplate;
wherein the extruded pillar is attached to the inner surface of the bottom endplate at the corner opposing the two walls formed by the adjoining edges of the bottom endplate; and
wherein one of an adhesive, a sealant and the adhesive and the sealant is located between the two walls.
16. The enclosure frame of claim 1 , wherein the at least one supporting structure comprises:
a L-shaped wall; and
an extruded pillar.
17. The enclosure frame of claim 16 , the extruded pillar comprising:
a first screw hole on a first end surface and a second screw hole on a second end surface; and
the L-shaped wall comprising:
at least one screw hole on a first end surface and at least one screw hole on a second end surface;
wherein the L-shaped wall is attached to the inner surface of the top endplate via at least one screw;
wherein the L-shaped wall is attached to the inner surface of the bottom endplate via at least one screw;
wherein the extruded pillar is attached to the inner surface of the top endplate at a corner opposing the L-shaped wall; and
wherein the extruded pillar is attached to the inner surface of the bottom endplate at the corner opposing the L-shaped wall.
18. The enclosure frame of claim 1 , wherein the at least one supporting structure comprises:
a wall; and
two extruded pillars.
19. The enclosure frame of claim 18 , the two extruded pillars comprising:
a first screw hole on a first end surface and a second screw hole on a second end surface; and
the wall comprising:
at least one screw hole on a first end surface and at least one screw hole on a second end surface;
wherein the wall is attached to the inner surface of the top endplate via at least one screw;
wherein the wall is attached to the inner surface of the bottom endplate via at least one screw;
wherein the extruded pillars are attached to the inner surface of the top endplate at a two corners opposing the wall; and
wherein the extruded pillars are attached to the inner surface of the bottom endplate at the two corners opposing the wall.
20. The enclosure frame of claim 1 , wherein the at least one supporting structure comprises:
an U-shaped wall.
21. The enclosure frame of claim 20 , the U-shaped wall comprising:
at least one screw hole on a first end surface and at least one screw hole on a second end surface;
wherein the U-shaped wall is attached to the inner surface of the top endplate via at least one screw; and
wherein the U-shaped wall is attached to the inner surface of the bottom endplate via at least one screw.