Locking cable hanger and method of using
A cable hanger for the solar, mining, and electrical industry for use in supporting a plurality of conductive cables from a messenger wire.
1. A system for organizing a plurality of electrical cables extending from a plurality of solar panels, the system comprising:
a messenger wire structured to be supported a distance above the ground; and
a plurality of cable hangers structured to be disposed along, and suspended from, the messenger wire, each cable hanger having a plurality of cable carrying surfaces, each cable carrying surface being structured to support at least one electrical cable of the plurality of electrical cables,
wherein adjacent cable carrying surfaces of the plurality of cable carrying surfaces are separated by a cable carrier divider.
2. The system of claim 1 , wherein the plurality of cable carrying surfaces comprises at least three cable carrying surfaces.
3. The system of claim 1 , wherein the plurality of cable carrying surfaces comprises at least four cable carrying surfaces.
4. The system of claim 1 , wherein the plurality of cable carrying surfaces comprises at least five cable carrying surfaces.
5. The system of claim 1 , wherein the cable carrier divider extends vertically.
6. A system for organizing a plurality of electrical cables extending from a plurality of solar panels, the system comprising:
a messenger wire structured to be supported a distance above the ground; and
a plurality of cable hangers structured to be disposed along, and suspended from, the messenger wire, each cable hanger having a plurality of cable carrying surfaces, each cable carrying surface being structured to support at least one electrical cable of the plurality of electrical cables, wherein each cable hanger of the plurality of cable hangers comprises:
a high tensile strength wire with two opposing ends and configured intermediate of said ends to form a plurality of substantially U-shaped configurations each having a cable carrying surface of the plurality of cable carrying surfaces located thereon;
outermost lateral spaced apart opposing sides forming the boundary of said hanger;
opposite shoulders extending toward each other from said spaced apart opposite sides, each of said shoulders having an arrangement structured to engage the messenger wire so as to securely hold the hanger on the messenger wire.
7. The system of claim 6 , wherein the arrangement of one of the shoulders that is structured to engage the messenger wire is a spiral gripper formation and the arrangement of the other shoulder that is structured to engage the messenger wire is a locking hook.
8. The system of claim 1 , wherein each cable hanger of the plurality of cable hangers comprises a wire selected from the group of round galvanized steel, round stainless steel, flat rolled galvanized steel, flat rolled stainless steel.
9. The system of claim 1 , wherein each cable hanger of the plurality of cable hangers further comprises a formation structured to support a data carrier.
10. The system of claim 9 , wherein the formation structured to support the data carrier is positioned closer to the messenger wire than the cable carrying surfaces.
11. The system of claim 1 , wherein each cable hanger of the plurality of cable hangers includes a plastisol or PVC coating.
12. The system of claim 11 , wherein the coating has a thickness in the range of from 50 mils to 100 mils thick.
13. The system of claim 1 , wherein each cable hanger of the plurality of cable hangers includes a coating having a flame retardant, high dielectric grade, UV inhibited material.
14. A solar plant comprising:
a plurality of solar panels;
a plurality of electrical cables extending from the plurality of solar panels; and
a system for organizing the plurality of electrical cables, the system comprising:
a messenger wire supported a distance above the ground adjacent the solar panels; and
a plurality of cable hangers disposed along, and suspended from the messenger wire, each cable hanger having a plurality of cable carrying surfaces, each cable carrying surface being structured to support at least one electrical cable of the plurality of electrical cables,
wherein adjacent cable carrying surfaces of the plurality of cable carrying surfaces are separated by a cable carrier divider.
15. The solar plant of claim 14 , wherein the plurality of cable carrying surfaces comprises at least three cable carrying surfaces.
16. The solar plant of claim 14 , wherein the plurality of cable carrying surfaces comprises at least four cable carrying surfaces.
17. The solar plant of claim 14 , wherein the plurality of cable carrying surfaces comprises at least five cable carrying surfaces.
18. The solar plant of claim 14 , wherein the cable carrier divider extends vertically.
19. A solar plant comprising:
a plurality of solar panels;
a plurality of electrical cables extending from the plurality of solar panels; and
a system for organizing the plurality of electrical cables, the system comprising:
a messenger wire supported a distance above the ground adjacent the solar panels; and
a plurality of cable hangers disposed along, and suspended from the messenger wire, each cable hanger having a plurality of cable carrying surfaces, each cable carrying surface being structured to support at least one electrical cable of the plurality of electrical cables,
wherein each cable hanger of the plurality of cable hangers comprises:
a high tensile strength wire with two opposing ends and configured intermediate of said ends to form a plurality of substantially U-shaped configurations each having a cable carrying surface of the plurality of cable carrying surfaces located thereon;
outermost lateral spaced apart opposing sides forming the boundary of said hanger;
opposite shoulders extending toward each other from said spaced apart opposite sides, each of said shoulders having an arrangement structured to engage the messenger wire so as to securely hold the hanger on the messenger wire.
20. The solar plant of claim 14 , wherein each cable hanger of the plurality of cable hangers comprises a wire selected from the group of round galvanized steel, round stainless steel, flat rolled galvanized steel, flat rolled stainless steel.
21. The solar plant of claim 14 , further comprising a data carrier associated with the plurality of solar panels, and wherein each cable hanger of the plurality of cable hangers further comprises a formation structured to support the data carrier along the messenger wire.
22. The solar plant of claim 21 , wherein, for each cable hanger, the formation structured to support the data carrier is positioned closer to the messenger wire than the cable carrying surfaces.
23. The solar plant of claim 14 , wherein each cable hanger of the plurality of cable hangers includes a plastisol, PVC coating, and/or a coating having a flame retardant, high dielectric grade, UV inhibited material.
24. A method for organizing a plurality of electrical cables extending from a plurality of solar panels in a solar plant, the method comprising:
providing a messenger wire a distance above the ground;
providing a plurality of cable hangers spaced along the messenger wire, each cable hanger having a plurality of cable carrying surfaces, each cable carrying surface being structured to support at least one electrical cable of the plurality of electrical cables;
providing a first electrical cable of the plurality of electrical cables in engagement with a first cable carrying surface of each cable hanger of the plurality of cable hangers; and
providing a second electrical cable of the plurality of electrical cables in engagement with a second cable carrying surface of each cable hanger of the plurality of cable hangers,
wherein each cable hanger of the plurality of cable hangers comprises:
a high tensile strength wire with two opposing ends and configured intermediate of said ends to form a plurality of substantially U-shaped configurations having cable carrying surfaces located thereon;
outermost lateral spaced apart opposing sides forming the boundary of said hanger;
opposite shoulders extending toward each other from said spaced apart opposite sides, each of said shoulders having an arrangement structured to engage the messenger wire so as to securely hold the hanger on the messenger wire; and
wherein the method further comprises, for each cable hanger, bringing the arrangement of one of the shoulders of the cable hanger into engagement with the messenger wire after providing at least the first electrical cable of the plurality of electrical cables in engagement with the first cable carrying surface.
25. The method of claim 24 , further comprising providing a third electrical cable of the plurality of electrical cables in engagement with a third cable carrying surface of each cable hanger of the plurality of cable hangers.