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A cable dispensing system for unwinding a spool of cable not having a central core, the system comprising a tub having a base and a side wall with a side wall opening partially forming an inner space sized to fit the spool, the system further including an inner assembly having a base plate and a bea

A cable dispensing system for unwinding a spool of cable not having a central core, the system comprising a tub having a base and a side wall with a side wall opening partially forming an inner space sized to fit the spool, the system further including an inner assembly having a base plate and a bearing assembly between the plate and the tub base, the bearing assembly supporting both the axial load and providing free rotation of the plate relative to the tub base about an inner space axis and unrestricted rotation of the associated spool about the system axis, the opening in the side wall allowing passage of the associated cable out of the inner space wherein pulling the cable out of the inner space rotates the associated spool about the inner space axis and unwinds the cable from the spool with low resistance and without kinking.

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1. A cable dispensing system for supporting a coiled spool of cable in coiled form without first unwinding the cable from the spool and for dispensing the cable directly from the coiled spool of cable with low resistance and without kinking, the system comprising a tub having a tub base and an upwar

1. A cable dispensing system for supporting a coiled spool of cable in coiled form without first unwinding the cable from the spool and for dispensing the cable directly from the coiled spool of cable with low resistance and without kinking, the system comprising a tub having a tub base and an upwardly facing spool receiving opening above the tub base, the upwardly facing spool receiving opening having an opening area parallel to the tub base, the tub further including at least one tub side wall extending upwardly from the tub base toward the upwardly facing spool receiving opening, the at least one tub side wall extending about a system axis and having an inwardly facing wall surface and an outwardly facing wall surface, the at least one tub side wall having a side wall cable opening spaced above the tub base and spaced below the upwardly facing spool receiving opening, the cable dispensing system further including an inner assembly,the inner assembly including a base plate that is selectively rotatable relative to the tub about the system axis, the base plate having a base plate bottom side and a base plate top side, the rotatable base plate further including a base plate peripheral edge facing the inwardly facing wall surface,the system further including a bearing assembly between the base plate bottom side and the tub base, the bearing assembly including rolling members and allowing the selective rotation of the base plate relative to the tub about the system axis,the inner assembly further including a central column having a column bottom extent and an opposite column top extent, the column bottom extent facing toward the tub base and the column top extent facing toward the upwardly facing spool receiving opening, the central column having a radially outwardly facing central column surface relative to the system axis that faces the inwardly facing wall surface, the radially outwardly facing central column surface having a cross-sectional column area transverse to the system axis, the radially outwardly facing central column surface and the inwardly facing wall surface forming an annular inner space extending between the base plate top side and the upwardly facing spool receiving opening, the annular inner space having an annular inner space area transverse to the system axis, the opening area of the upwardly facing spool receiving opening being at least as large as the annular inner space area to allow an associated coiled spool of cable to be lowered into the annular inner space in the coiled form,the associated coiled spool of cable having no central core wherein the associated coiled spool of cable has an annular spool body with a coiled spool top extent and an opposite coiled spool bottom extent, the associated annular spool body of the associated coiled spool of cable further including an inner annular spool extent that is coaxial with the associated spool axis that forms an associated central coiled spool opening having an associated spool opening area transverse to the spool axis, the associated annular spool body of the associated coiled spool of cable further including an outer annular spool extent that is coaxial with the associated spool axis, the outer annular spool extent and the inner annular spool extent of the associated coiled spool of cable defining an associated annular spool area transverse to the associated spool axis, the associated annular spool area of the associated coiled spool of cable being less than the annular inner space and the opening area of the upwardly facing spool receiving opening to allow the associated coiled spool of cable to be lowered into the inner space and allow the associated coiled spool bottom extent to rest on the base plate top side, andthe cross-sectional column area of the central column being smaller than the associated spool opening area to allow the central column to enter the associated central coiled spool opening of the associated coiled spool of cable as the associated coiled spool of cable is lowered into the annular inner space, the selective rotation of the base plate relative to the tub allowing the associated coiled spool of cable to rotate about the system axis as the associated cable is pulled from the side wall cable opening; wherein the radially outwardly facing surface of the central column is rotatable relative to the base plate. 2. The cable dispensing system of claim 1, wherein the rolling members of the bearing are a plurality of rolling members spaced about the system axis by a bearing spacing and the bearing spacing being at least three inches from the central axis. 3. The cable dispensing system of claim 1, wherein the rolling members are a plurality of ball bearings. 4. The cable dispensing system of claim 1, wherein the bearing assembly is an annularly shaped bearing having a first bearing plate fixed relative to the base plate and a second bearing plate fixed relative to the tub base with a plurality of rolling members between the first and second bearing plates and guided by the first and second bearing plates, the roller members being spaced about the system axis by a bearing spacing and the bearing spacing being at least three inches from the central axis. 5. The cable dispensing system of claim 4, wherein the rolling members are centered under the associated annular spool body of the associated coiled spool of cable. 6. The cable dispensing system of claim 4, wherein the first and second bearing plates are secured relative to one another to retain the bearing assembly with the tub. 7. The cable dispensing system of claim 1, wherein the rolling members of the bearing assembly engage at least one of the base plate bottom side and the tub base inner surface. 8. The cable dispensing system of claim 1, wherein the side wall cable opening is an elongated opening having a side wall cable opening width parallel to the tub base and a side wall cable opening height extending between the tub bottom and the upper side wall edge, the side wall cable opening width being greater than the side wall cable opening height. 9. The cable dispensing system of claim 8, wherein the side wall cable opening has a rounded edge that has an edge thickness greater than a thickness of the at least one side wall of the tub. 10. The cable dispensing system of claim 1, wherein the rolling members are centered in the annular inner space. 11. The cable dispensing system of claim 1, wherein the central column is cylindrical and the base plate is disk shaped wherein the bottom extent of the central column engages the base plate top side and the central column is rotatable relative to both the at least one side wall and the base plate top side. 12. The cable dispensing system of claim 1, wherein the base plate is a top base plate and the system further includes a bottom base plate fixed relative to tub base, the rolling members of the bearing assembly being positioned between the top and bottom base plates. 13. The cable dispensing system of claim 12, wherein the rolling members being below the annular inner space. 14. The cable dispensing system of claim 13, wherein the central column is rotatable relative to both the at least one side wall and the base plate. 15. The cable dispensing system of claim 13, wherein the bearing assembly is an annularly shaped bearing having a first bearing plate fixed relative to the top base plate and a second bearing plate fixed relative to the bottom base plate base with a plurality of rolling members between the first and second bearing plates and guided by the first and second bearing plates, the roller members being spaced about the system axis by a bearing spacing and the bearing spacing being at least three inches from the central axis. 16. The cable dispensing system of claim 15, wherein the rolling members are centered under the associated annular spool body of the associated coiled spool of cable. 17. The cable dispensing system of claim 15, wherein the first and second bearing plates are secured relative to one another to retain the bearing assembly with the tub. 18. The cable dispensing system of claim 12, wherein the rolling members directly engage at least one of the top base plate and the bottom base plate. 19. The cable dispensing system of claim 1, further including an annular upper ring selectively positionable directly on the associated coiled spool top extent of the associated coiled spool of cable, the upper ring being a free floating ring within the annular inner space and providing a hold down force directed downwardly against the associated coiled spool of cable to help control the unwinding of the associated coiled spool of cable. 20. The cable dispensing system of claim 1, further including a lid, the lid being selectively positionable relative to the tub to selectively close the upwardly facing spool receiving opening. 21. The cable dispensing system of claim 20, wherein the lid includes a locking arrangement to lockingly secure the lid to the tub. 22. The cable dispensing system of claim 1, wherein the associated coiled spool of cable has an associated spool height between the associated coiled spool top extent and the associated spool bottom extent, the central column having a central column height between the column bottom extent and the column top extent, the central column height being greater than the associated spool height such that the central column passes completely through the associated central coiled spool opening when the associated coiled spool of cable is lowered into the annular inner space. 23. The cable dispensing system of claim 1, wherein the at least one tub side wall has a wall height between the tub base and the upwardly facing spool receiving opening, the central column height being approximately equal to the wall height.