Nestable enclosure kit and enclosure assembly for telecommunication cable

An enclosure assembly for telecommunication cable that is formed from one base and one pedestal of an enclosure kit that contains a nested combination of a plurality of other identical bases and a nested combination of a plurality of other identical pedestals, the enclosure assembly comprising the base and the pedestal wherein:

• the base defines a tapered hollow shape about a first axis that extends along a height-wise dimension thereof, wherein the base further defines a tab formed on a radially outward-extending surface thereof;
• and
• the pedestal defines a tapered hollow shape about a second axis that extends along a height-wise dimension thereof, wherein the pedestal further defines a detent formed on a cooperating surface thereof, wherein a size and shape that defines the identical bases of the enclosure kit and a size and shape that defines the identical pedestals of the enclosure kit are configured such that upon removal of the base and the pedestal from the enclosure kit they are formable into the enclosure assembly along their respective height-wise dimensions through collinear cooperative engagement with one another, such that slidable engagement between the tab and the detent form a locking mechanism to prevent relative rotation between the base and the pedestal about the collinear axis.