Cable management assembly

1. A method for installing a cable management assembly, comprising the steps of:

positioning a cleat assembly on a ladder rung;

positioning a cable within the cleat assembly;

securing the cleat assembly in a closed position;

inserting a bracket assembly through the cleat assembly and around the ladder rung;

securing the bracket assembly to the ladder rung; and

wherein the cleat assembly comprises an upper shell, a lower shell rotatably coupled to the upper shell, a bolt insertable through holes in the upper and lower shells, a nut threaded onto the bolt to secure the upper and lower shells when rotated into a closed position, and a flexible cable protection insert positioned within the upper and lower shells and the bracket assembly is inserted through a transverse slot formed in the cable protection insert.

2. The method for installing a cable management assembly of claim 1 , wherein the cable is a trefoil cable.

3. The method for installing a cable management assembly of claim 1 , wherein the cleat assembly comprises a base spacer secured to the lower shell of the cleat assembly and the bracket assembly is inserted through a transverse slot formed in the base spacer.

4. The method for installing a cable management assembly of claim 3 , wherein the base spacer is secured to the lower shell by a threaded member extending through a hole in the base spacer and threaded into a threaded hole in the lower shell.

5. The method for installing a cable management assembly of claim 3 , further comprising a secondary spacer removeably secured to the base spacer.

6. The method for installing a cable management assembly of claim 5 , wherein the secondary spacer is removably secured to the base spacer via a snap fit.

7. The method for installing a cable management assembly of claim 3 , wherein the bracket assembly includes a protrusion extending from an outer surface of a leg of the bracket assembly and the protrusion is positioned within the slot in the base spacer.

8. A method for installing a cable management assembly, comprising the steps of:

positioning a cleat assembly on a ladder rung;

positioning a cable within the cleat assembly;

securing the cleat assembly in a closed position;

inserting a bracket assembly through the cleat assembly and around the ladder rung;

securing the bracket assembly to the ladder rung;

wherein the bracket assembly comprises a C-shaped bracket having a first leg, a second leg extending parallel to the first leg, and a third leg interconnecting the first and second legs and a fastener securable between the first and second legs of the bracket assembly; and

one of the first leg or the second leg is inserted through the cleat assembly.

9. The method for installing a cable management assembly of claim 8 , wherein:

the fastener includes a bolt extending through a slot in the second leg and a nut threaded onto the bolt to retain the bolt in the slot in the second leg; and

the bracket assembly is secured to the ladder rung by rotating the bolt until the bolt engages a slot in the first leg and tightening the nut.

10. The method for installing a cable management assembly of claim 9 , wherein the first leg includes a flange at a distal end to prevent the fastener from dislodging from the first leg.

11. The method for installing a cable management assembly of claim 10 , wherein the slot in the first leg is a T-shaped slot having a longitudinal portion extending through the first leg and a transverse portion extending across the flange.

12. The method for installing a cable management assembly of claim 8 , wherein at least one of the first leg and the second leg includes an inset portion to receive the cleat assembly.

13. The method for installing a cable management assembly of claim 8 , wherein at least one of the first leg and the second leg comprise lateral flanges to engage the ladder rung to prevent movement of the bracket on the ladder rung.

14. The method for installing a cable management assembly of claim 13 , wherein the flanges each comprise a plurality of teeth.

15. The method for installing a cable management assembly of claim 8 , wherein the first leg includes folded edges and a folded end to provide strength to the first leg.

16. The method for installing a cable management assembly of claim 15 , wherein the folded edges and the folded end capture the fastener when in a closed position to prevent movement of the fastener.

17. The method for installing a cable management assembly of claim 15 , wherein the folded edges each form a flange that extends from each side of the first leg and are bent over the first leg to create a gap between the folded edges and the first leg, and wherein the folded end forms an end flange that extends from a distal end of the first leg and is bent back to extend over the first leg to create a gap between the folded end and the first leg.

18. The method for installing a cable management assembly of claim 17 , wherein the flanges of the folded edges each have a cut out section that together form a semi-circular opening for receiving the fastener.

19. The method for installing a cable management assembly of claim 17 , wherein the first leg having a longitudinal slot, wherein the longitudinal slot includes a first portion that extends into the first leg and a second portion that extends into the end flange at the distal end of the first leg.

20. The method for installing a cable management assembly of claim 8 , wherein upwardly extending lateral flanges extend from sides of the second leg, whereby the lateral flanges can be used to engage a ladder rung to tightly secure the bracket to the ladder rung.

21. A method for installing a cable management assembly, comprising the steps of:

positioning a cleat assembly on a ladder rung;

positioning a cable within the cleat assembly;

securing the cleat assembly in a closed position;

inserting a bracket assembly through the cleat assembly and around the ladder rung;

securing the bracket assembly to the ladder rung; and

wherein the cleat assembly comprises an upper shell, a lower shell rotatably coupled to the upper shell, a bolt insertable through holes in the upper and lower shells, a nut threaded onto the bolt to secure the upper and lower shells when rotated into a closed position, and a base spacer secured to the lower shell of the cleat assembly and the bracket assembly is inserted through a transverse slot formed in the base spacer.