Tools for work with optical cable
Stripper Ripley FO 103-T-250-J
Tool for stripping the 250-µm buffer coating from a 125-µm optical cable, and also for removal of 0.9-mm and 2-3-mm buffer outer sheathes.
Manufacturer:
Ripley
Type:
stripper
Tool to remove outer cable sheath, including that with corrugated armor. Lengthway and circular notching cut. Blade rotated through 90°. For cables of diameter 8 to 28 mm. Adjustable cut depth.
Manufacturer:
Ripley
Type:
slitter
Type:
stripper
Type:
stripper
Manufacturer:
Ripley
Type:
stripper
Tool to remove outer cable sheath. Circular and spiral cutting. For cables diameter 4.5 to 29 mm.
Manufacturer:
Ripley
Type:
stripper
Tool for snipping and removal of buffer coatings from wire 0.6 – 2.6 mm (standard AWG).
Manufacturer:
Ripley
Type:
stripper
Shears for cutting the Kevlar (aramide) fibers. High-carbon molybdenum-vanadium steel and special grinding endure long service life of the shears.
Manufacturer:
Ripley
Type:
Scissors for Kevlar
Tool for removal of outer coatings of cable diameter 10 to 30 mm. Equipped with a diagonal blade that hooks the sheath and cuts in along the cable. Adjustable depth of blade move out. Due to lever-friction mechanism, the tool can move easily along cable.
Manufacturer:
TTG
Type:
stripper
Cable and wire rope cutters 3-5-190
Cable and wire rope cutters are used for cutting of steel supporting rope, wire in cables and reinforcement elements in optical cables with diameter up to 3 mm. They also allow the cutting of cable elements from softer materials with diameter up to 5 mm.
Type:
Cutting Nippers 7-14-450 are designed to cut steel ropes, wires and cable strength elements up to 7 mm diameter. Nippers also allows to cut soft up to 14 mm cables.
Type:
Tool for removal of outer coatings of the cable diameter 10 to 30 mm. Allows cutting of sheathes along and across the cable. Equipped with two shears with adjustable depth of blade move out.
Manufacturer:
TTG
Type:
stripper
Tool for removal of outer coatings of cable diameter 10 to 30 mm. Can cut the sheath along the cable. Equipped with two shears with adjustable depth of blade move out.
Manufacturer:
TTG
Type:
stripper
Manufacturer:
Ripley
Type:
stripper
Tool BANANA PEELER is designed for precise longitudinal and cross cut of the optical cable jacket.
Manufacturer:
Ripley
Type:
stripper
Portable device for carrying and unwinding of FTTH cables. During the building of FTTH networks the efficiency and mobility of the staff work is very important . CabRoller 30 will greatly facilitate and speed up this work.
Manufacturer:
FinMark
Manufacturer:
Knipex
Type:
knife for stripping
Universal compact stripper for removal of all types of insulating jackets from telecommunication cable.
Manufacturer:
Ripley
Type:
stripper
Cable cutter KNIPEX 98 54 00 has a strong fixed blade with straight cutting edges. The blade butt is covered with plastic to prevent short circuit.
Manufacturer:
Knipex
Type:
cable cutter
Manufacturer:
Knipex
Type:
knife for stripping
Shears for wire cables KNIPEX 95 61 190
Shears KNIPEX 95 61 190 is designed for cutting the steel suspending wire of cables and power elements of optical cable of diameter up to 4 mm. Opening spring with locking. Polished head. Handles with plastic covers. Length: 190 mm. Weight: 314 g.
Manufacturer:
Knipex
Type:
scissors for rope cutting
Cable cutter KNIPEX 98 52 has a strong fixed blade with straight cutting edges.
Manufacturer:
Knipex
Type:
cable cutter
Shears for wire ropes and cables KNIPEX 95 71 445
Shears for cutting the wire ropes and cables. Polished head. Handles with plastic covers made by immersion method. Designed for cutting the steel suspending wire of cables and power elements of optical cable of diameter up to 7 mm. Length: 445 mm. Weight: 1083 g.
Manufacturer:
Knipex
Type:
scissors for rope cutting
The tool is used for longitudinal slitting of optical modules, of patch cord buffer coatings and of indoor drop cables (with diameter of 2.7 — 3 mm).
Manufacturer:
Ripley
Type:
slitter
Range of fit and practical tools for work with optical cable is presented.
Range of fit and practical tools for work with optical cable is presented.
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