Gustav Klauke 8R8 capocorda in rame 95mm² – bullone M8, crimpaggio DIN 46235

When you're terminating copper conductors in power distribution, switchgear, or industrial machinery, a secure and durable connection isn't just a preference—it's a requirement. Loose or corroded cable ends can cause overheating, voltage drops, and even system failure. The Gustav Klauke 8R8 copper tube terminal delivers a solid, dependable crimp connection for 95mm² conductors, ensuring your electrical system stays safe and efficient under demanding loads.

Who is it for

This cable lug is designed for electrical engineers, panel builders, and maintenance professionals who need a reliable means of connecting copper cables to M8 studs or busbars. Whether you're wiring a new switchgear cabinet, repairing a motor, or installing distribution boards, this terminal is made for applications where a high-quality connection is non-negotiable. It's also well-suited for renewable energy installations and heavy-duty industrial wiring.

Main features

• Conductor cross-section: 95mm², matching copper cables precisely
• M8 bolt hole (8.4mm) for standard stud connections
• Made from electrolytic copper (E-Cu) for excellent electrical conductivity
• Uncoated, bare copper surface for secure crimping without oxidation concerns
• Manufactured to DIN 46235 standard for consistent quality and performance
• Hexagonal crimp type for a strong, permanent connection
• Withstands temperatures up to 150°C and voltages up to 1000V (system dependent)

Specifications

• Overall length: 60mm
• Palm width: 22mm
• Palm thickness: 2.5mm
• Barrel inner diameter: 13.0mm
• Barrel wall thickness: 2.0mm
• Number of bolt holes: 1
• Conductor material: Copper
• Standards: DIN 46235

Tips

To achieve a reliable crimp, always use the correct crimping die for 95mm² conductors and ensure the cable is fully inserted into the barrel before applying pressure. Select a die that matches the hexagonal crimp profile and verify the crimp with a pull test. For best corrosion resistance, apply a suitable antioxidant if the connection will be exposed to harsh environments, even though the lug itself is bare copper.