Dead-end clamp H15 for cable suspension wedge type tension clamp fastening clamp

Description

Wedge type tension clamp H15
Anchoring, wedge-shaped tension clamp H15 is
suitable for FTTH: for self-supporting aerial cables and ADSS fiber optic cables -
round
cable,
oval or flat
cables with the diameter from 0,08 to 0,23” (2 - 6 mm). This clamp provides you an ability to fasten the cable, without exposing the cable or separating supporting element. The installation does not cause any damage to the sheath. This clamp has several names: wedge type tension clamp for cable suspension, dead-end clamp, wedge fastening clamp, anchor clamp and similar.
There are few steps of fastening the cable using this anchor clamp:
•
partial extension of the wedges into the housing;
•
cable insertion;
•
cable clamping;
•
insertion of a steel loop.
With the use of this clamp, it is possible to fasten 3 types of cables:
round
cable,
oval or flat
cables.
Clamp H15 consists of a plastic frost and UV resistant body, polymeric wedges and loop made of a hot-dip galvanized steel.
Allows an easy manual installation without any tools for building overhead communication lines on utility poles. It fastens by a loop to the utility poles with the help of hooks, brackets, etc.
The loop is made of high quality galvanized steel wire.
Technical characteristics:
Maximum spans between fastening points – 131 ft. (40 m)
Working load - up to 0.5 kN
Breaking load - 1.1 kN
Loop thickness — 0,11” (3 mm)
Operating temperatures -40 to +140°F (-40°C – +60°C)
Distinctive feature of our clamps is that under extreme conditions (frosting, trees falling, hurricanes, etc.) the clamp is destroyed without the damage to the cable which, in some cases, prevents line breakage.
Our tension clamps are made of high-quality materials and are able to operate under the extreme conditions and loads.
It designed for a fast mounting of self-supporting optical and other cables on the utility poles.
Cable is not damaged when using this tension anchor clamp. And wedges for an even distribution of a load on the cable sheath and for reducing mechanical stress in order to protect cables from tearing during the increased load - icing, falling branches an cables, hurricane, strong wind, etc.