Fiber handling cart for cables with tethers
A fiber axis cart includes a series of spools arranged side-by-side on a common shaft where the spools may be locked to turn with the shaft, or they may be made to turn independent of the shaft. A cable is wound onto the spools. The cable winding progresses to the next spool at each access point on the cable. Cable slack for working on each access point is obtained by unlocking the spools and allowing the spools to rotate with respect to an adjacent spool.
1. A fiber handling cart for handling a cable comprising:
a frame;
a plurality of spools connected together and aligned along an axis and mounted to the frame, wherein the spools are rotatable together in a first group about the axis relative to the frame;
wherein the spools are disconnectable so as to be selectively not rotatable relative to the frame, wherein the spools which are disconnected form a second group which is locked to the frame;
a crossover guide between each adjacent spool of the plurality of spools, wherein each crossover guide allows the cable to jump over to the adjacent spool as the cable is wound onto each adjacent spool in a direction from one end spool to an opposite end spool.
2. The cart of claim 1 , further comprising wheels on the bottom of the frame.
3. The cart of claim 1 , further comprising a clamp to hold selected spools together.
4. A fiber handling cart for handling a cable comprising:
a frame;
a spool device mounted to the frame for spooling a cable up into discrete coiled areas;
each discrete coiled area capable of unspooling a portion of the spooled up cable without unspooling an adjacent discrete coiled area;
a crossover guide between adjacent discrete coiled areas, wherein each crossover guide allows the cable to jump from each discrete coiled area to each adjacent coiled area as the cable is wound onto each discrete coiled area.
5. A fiber handling cart for handling a cable comprising:
a frame;
a plurality of spools mounted on a common shaft, the shaft rotatable relative to the frame;
a first spool of the plurality of spools locked to the shaft;
each spool of a reminder of the spools of the plurality of spools selectively lockable to either the first spool or the frame with a clamping system, wherein a cable path is defined between adjacent spools so that the cable can be wound into discrete coiled areas on the plurality of spools, wherein each spool of the remainder of the spools of the plurality of spools is either rotatable with the first spool or is locked from rotation to the frame;
wherein the clamping system has a first state where all of the spools of the remainder of the spools are locked with the first spool for rotation with the first spool;
wherein the clamping system has a second state where at least one of the spools of the remainder of the spools is locked from rotation to the frame.
6. The cart of claim 5 , wherein the clamping system includes a plurality of discrete clamps which capture opposite sides of adjacent spools to restrict relative movement.
7. The cart of claim 5 , further comprising wheels on the bottom of the frame.
8. A fiber handling cart for handling a cable comprising:
a frame;
a shaft rotatably mounted to the frame;
a plurality of spools mounted on the shaft in alignment along an axis of the shaft from a first spool to a last spool;
the first spool of the plurality of spools locked to the shaft;
each of a reminder of the spools of the plurality of spools selectively lockable to either the first spool or the frame with a clamping system, wherein a cable path is defined between adjacent spools so that the cable can be wound into discrete coiled areas defined by the plurality of spools;
wherein the clamping system includes a plurality of removable clamps which capture opposite sides of adjacent spools to restrict relative movement;
a flange mounted to the frame adjacent to the last spool;
wherein each spool of the remainder of the spools is clamped together either with the first spool or the flange;
a channeled crossover guide between each spool extending over the respective sides of each spool; and
wheels on the bottom of the frame.