Draper 07107 KNIPEX 95 12 225 StepCut XL Cable shears with Step Cut, 200mm

95 12 225 Knipex Stepcut Xl High-Leverage Joint Long Handles And Optimised Cutting Edges: Noticeably Easier Cutting Than With Compact Cable Shears. Large Cutting Capacity: Cuts Solid Copper Or Aluminium Cables Up To 35 Mm Stranded Cables Up To 70 Mmand Fine Stranded Cables Up To 120 Mm. Dual Cutting Areas: Stepped Cutting Edge Holds Small And Larger Cables Close To The Joint During The Cut; The Front Cutting Edge Cuts Very Large Cables Step By Step. Easy One- Or Two-Handed Operation With Minimum Handle Opening For Large Cable Diameters. Adjustable High-Leverage Bolted Joint Provides Precise And Smooth Cutting. Slim Head For Easier Accessibility. Pinch Guard Prevents Operators' Fingers Being Pinched. Not Suitable For Steel-Reinforced Cables E.g. Acsr. Cutting Edges Additionally Laser-Hardened Cutting Edge Hardness Approx. 56 Hrc. With Comfort Handles: Consisting Of Three Ergonomic Components For Optimized Handling And Equipped With Two Knipextend Interfaces For Extensions.PTDDRPDIR07107

95 12 225 KNIPEX StepCut XL High-leverage joint, long handles and optimised cutting edges: noticeably easier cutting than with compact cable shears. Large cutting capacity: cuts solid copper or aluminium cables up to 35 mm², stranded cables up to 70 mm²and fine stranded cables up to 120 mm². Dual cutting areas: Stepped cutting edge holds small and larger cables close to the joint during the cut; the front cutting edge cuts very large cables step by step. Easy one- or two-handed operation with minimum handle opening for large cable diameters. Adjustable, high-leverage bolted joint provides precise and smooth cutting. Slim head for easier accessibility. Pinch guard prevents operators' fingers being pinched. Not suitable for steel-reinforced cables, e.g. ACSR. Cutting edges additionally laser-hardened, cutting edge hardness approx. 56 HRC. With comfort handles: consisting of three ergonomic components for optimized handling and equipped with two KNIPEXtend interfaces for extensions.