CK Diyagonal Keski, Kesme Kapasitesi: 13mm, Uzunluk: 240mm

CK Cable Cutter, 13mm Maximum Cutting Capacity, 240mm Overall Length - T3963 240

This cable cutter serves as a hand tool for cutting and stripping a variety of conductors and thin materials in electrical and light fabrication work. It is designed to handle conductors and small sheet materials across common site and workshop tasks, providing Compact manual operation for preparation and removal of insulation or small-gauge cable runs.

Features and Benefits:

• 13mm cutting capacity delivers clean severing of medium conductors
  Special alloy steel jaws maintain cutting edge under repeated use
  Cutter configuration enables access in confined spaces
  240mm overall length offers leverage for reduced hand effort
  Multi-purpose cutting edges accept non-metallic sheathing and paper

Applications

• Suitable for aluminium stripping tasks on site
  Ideal for copper conductor preparation in installations
  Used for cutting thin tin sheet and cardboard in workshops
  Can be used for plastic-sheathed cable in routine maintenance
  Used for wire cutting and trimming in electrical assemblies
  Paper, Cutting, Cardboard, Thin Tin Sheet, Plastic Sheathed Cable

What materials can the tool process that affect blade wear?

The jaws are specified as special alloy steel which is intended for cutting conductors and thin metal sheets, and will experience greater wear when used frequently on abrasive materials.

How does the tool handle insulated or sheathed conductors?

The diagonal cutting geometry enables sheathing removal and clean cutting of insulated and plastic-sheathed cable within the stated maximum capacity.

What ergonomic advantage does the tool offer for prolonged tasks?

The 240mm overall length increases mechanical leverage, reducing required hand force during repetitive cuts.

Can this tool be used for non-metal items encountered during installations?

Yes, it is suitable for cutting and stripping paper, cardboard and similar thin non-metallic materials within its functional design.