Outdoor cabinet for electrical components
A cabinet and associated method are provided for storage of electrical components. In one embodiment, the cabinet includes a chamber including a number of side walls and a top cap and a canted ceiling formed by the top cap. A first overhang portion is defined by a wide end of the top cap and a second overhang portion is defined by a narrow end of the top cap. A number of first air flow openings are located in the first overhang portion and a number of second air flow openings are located in the second overhang portion. The elevation of at least one of the first air flow openings is at least as great as an elevation of the second air flow openings.
1. A cabinet, comprising:
a chamber including a number of side walls and a top cap;
a canted ceiling formed by the top cap;
a first overhang portion defined by a wide end of the top cap;
a number of first air flow openings in the first overhang portion;
a second overhang portion defined by a narrow end of the top cap;
a number of second air flow openings in the second overhang portion, wherein an elevation of at least one of the first air flow openings is at least as great as an elevation of the second air flow openings;
a first face defined by the first overhang portion;
a second face defined by the first overhang portion; and
the first air flow openings including a number of louvers in the first face and a number of slots in the second face.
2. The cabinet of claim 1 , further comprising a bottom plate attached to the side walls, the bottom plate having a number of third air flow openings.
3. The cabinet of claim 2 , wherein the third air flow openings further comprise a number of slots in the bottom plate.
4. The cabinet of claim 1 , further comprising a base attached to the side walls, the base having a number of third air flow openings.
5. The cabinet of claim 1 , further comprising:
at least one battery storage drawer, the battery storage drawer including an area for storage of at least one battery;
a number of third air flow openings in the area, wherein the third air flow openings allow a convection air flow through the at least one battery storage drawer.
6. The cabinet of claim 5 , wherein the third air flow openings are positioned to define at least one battery position in the area.
7. The cabinet of claim 5 , wherein the third air flow openings are positioned to define a number of battery positions in the area.
8. The cabinet of claim 7 , wherein the battery positions define a number of battery storage configurations.
9. The cabinet of claim 5 , further comprising a cable storage compartment in the chamber having at least one cable retainer, wherein the cable retainer is adapted to hold an excess amount of a cable.
10. The cabinet of claim 1 , further comprising a cable storage compartment in the chamber having at least one cable retainer, wherein the cable retainer is adapted to hold an excess amount of a cable.
11. The cabinet of claim 1 , wherein the top cap includes a false top surface that is exposed to an environment surrounding the cabinet.
12. The cabinet of claim 1 , wherein the elevation of the first overhang portion is offset with respect to the elevation of the second overhang portion.
13. The cabinet of claim 1 , further comprising:
an area defined by a surface of the battery storage drawer for placement of at least one battery thereon; and
a number of air flow openings in the area through the surface, wherein the air flow openings allow a convection air flow through the battery storage drawer.
14. The cabinet of claim 13 , wherein the air flow openings are positioned in the surface of the battery storage drawer to define at least one battery position in the area.
15. The cabinet of claim 14 , wherein the air flow openings are positioned to define a number of battery positions in the area.
16. The cabinet of claim 15 , wherein the arrangement of air flow openings in the surface of the battery storage drawer define battery positions to provide for a number of battery storage configurations.
17. The cabinet of claim 13 , wherein the air flow openings are positioned in the surface of the battery storage drawer to define at least one battery position in the area to provide air flow alongside a battery positioned on the surface at the area.
18. A cabinet, comprising:
a chamber including a number of side walls and a top cap;
a canted ceiling formed by the top cap;
a first overhang portion defined by a wide end of the top cap;
a number of first air flow openings in the first overhang portion;
a second overhang portion defined by a narrow end of the top cap;
a number of second air flow openings in the second overhang portion, wherein an elevation of at least one of the first air flow openings is at least as great as an elevation of the second air flow openings;
at least one battery storage drawer, the battery storage drawer including an area for storage of at least one battery;
a number of third air flow openings in the area, wherein the third air flow openings allow a convection air flow through the at least one battery storage drawer;
a first bracket to hold a cable splice enclosure; and
a second bracket to hold a node.
19. A cabinet, comprising:
a chamber including a number of side walls and a top cap;
a canted ceiling formed by the top cap;
a first overhang portion defined by a wide end of the top cap;
a number of first air flow openings in the first overhang portion;
a second overhang portion defined by a narrow end of the top cap;
a number of second air flow openings in the second overhang portion wherein an elevation of at least one of the first air flow openings is at least as great as an elevation of the second air flow openings;
a cable storage compartment in the chamber having at least one cable retainer, wherein the cable retainer is adapted to hold an excess amount of a cable;
a first bracket to hold a cable splice enclosure; and
a second bracket to hold a node.