LED board rail mounting system for retrofitting fluorescent light fixtures
An LED board rail for retrofitting an existing fluorescent light fixture includes a planar top surface configured to carry an LED board. The LED board rail includes a first flap connected to the planar top surface along a first fold line of a first side of the planar top surface, and a second flap connected to the planar top surface along a second fold line of a second side of the planar top surface. The LED board rail also includes tapered first and second ends formed in the planar top surface. In addition, the LED board rail includes a first T-shaped fastener folded downward from the tapered first end of the planar top surface, and a second T-shaped fastener folded downward from the tapered second end of the planar top surface and the T-shaped fasteners being configured to engage the fluorescent light fixture.
1. An LED board rail for retrofitting an existing fluorescent light fixture, the LED board rail comprising:
a planar top surface configured to carry an LED board;
a first flap connected to the planar top surface along a first fold line of a first side of the planar top surface;
a second flap connected to the planar top surface along a second fold line of a second side of the planar top surface;
a tapered first end formed in the planar top surface;
a tapered second end formed in the planar top surface opposite from the tapered first end;
a first T-shaped fastener folded downward from the tapered first end of the planar top surface and configured to engage the fluorescent light fixture; and
a second T-shaped fastener folded downward from the tapered second end of the planar top surface and configured to engage the fluorescent light fixture.
2. The LED board rail of claim 1 , further comprising an LED board secured to the planar top surface.
3. The LED board rail of claim 1 , wherein the first and second T-shaped fasteners each comprise an aperture configured to receive a respective fastener to secure the LED board rail to the fluorescent light fixture.
4. The LED board rail of claim 1 , wherein the planar top surface comprises a plurality of alternating bosses configured to secure an LED board to the LED board rail.
5. The LED board rail of claim 1 , wherein the planar top surface is elevated from the fluorescent light fixture by the first and second flaps.
6. The LED board rail of claim 1 , wherein the LED board rail comprises metal.
7. The LED board rail of claim 1 , wherein the LED board rail has a length spanning an entire length of the fluorescent light fixture.
8. The LED board rail of claim 1 , wherein the first and second side flaps are angled outwardly from the planar top surface.
9. The LED board rail of claim 1 , wherein the tapered first and second ends extend away from the planar top surface.
10. An LED board rail mounting system for retrofitting existing fluorescent light fixtures, the system comprising:
a fluorescent light fixture frame; and
an LED board rail comprising
a planar top surface configured to carry an LED board,
a first flap connected to the planar top surface along a first fold line of a first side of the planar top surface,
a second flap connected to the planar top surface along a second fold line of a second side of the planar top surface,
a tapered first end formed in the planar top surface,
a tapered second end formed in the planar top surface opposite from the tapered first end,
a first T-shaped fastener folded downward from the tapered first end of the planar top surface and configured to engage an underside of the fluorescent light fixture, and
a second T-shaped fastener folded downward from the tapered second end of the planar top surface and configured to engage an underside of the fluorescent light fixture.
11. The LED board rail mounting system of claim 10 , further comprising an LED board secured to the planar top surface.
12. The LED board rail mounting system of claim 10 , wherein the first and second T-shaped fasteners each comprise an aperture configured to receive a respective fastener to secure the LED board rail to the fluorescent light fixture.
13. The LED board rail mounting system of claim 10 , wherein the planar top surface comprises a plurality of alternating bosses configured to secure an LED board to the LED board rail.
14. The LED board rail mounting system of claim 10 , wherein the planar top surface is elevated from the fluorescent light fixture by the first and second flaps.
15. The LED board rail mounting system of claim 10 , wherein the LED board rail comprises metal.
16. The LED board rail mounting system of claim 10 , wherein the LED board rail has a length spanning an entire length of the fluorescent light fixture.
17. The LED board rail mounting system of claim 10 , wherein the first and second side flaps are angled outwardly from the planar top surface.
18. The LED board rail mounting system of claim 10 , wherein the tapered first and second ends extend away from the planar top surface.
19. A method of mounting an LED board rail to a fluorescent light fixture, the LED board rail comprising a planar top surface configured to carry an LED board, a first flap connected to the planar top surface along a first fold line of a first side of the planar top surface, a second flap connected to the planar top surface along a second fold line of a second side of the planar top surface, a tapered first end formed in the planar top surface, a tapered second end formed in the planar top surface opposite from the tapered first end, a first T-shaped fastener folded downward from the tapered first end of the planar top surface and configured to engage an underside of the fluorescent light fixture, and a second T-shaped fastener folded downward from the tapered second end of the planar top surface, the method comprising:
bending the first and second T-shaped fasteners downward until a fastener of the fluorescent light fixture is engaged in order to secure the LED board rail to the fluorescent light fixture.
20. The method of claim 19 , wherein the LED board mounting rail comprises an LED board mounted to the planar top surface.