Klauke 47R1245 Terminal tubular 45° 70mm² M12 E-Cu galvanizado estañado

The Klauke 47R1245 is a high-quality tubular cable lug designed for professional power cable termination. Manufactured from electrolytic copper (E-Cu) with a galvanically tin-plated surface, this lug ensures excellent conductivity and corrosion resistance. With a 45° angle, it is ideal for applications requiring a compact and angled connection. Compliant with DIN 46235, it is suitable for copper conductors up to 70 mm² and features a bolt hole diameter of 12.5 mm (M12).

Advantages

This cable lug offers reliable and durable connections in demanding environments. The seamless drawn tube manufacturing process ensures high mechanical strength and consistent quality. The tin-plated surface provides protection against oxidation and ensures long-term performance. The 45° angle allows for flexible installation in tight spaces, reducing stress on the cable.

Suitable for

• Power cable termination in electrical installations
• Industrial machinery and control panels
• Automotive and marine electrical systems
• Renewable energy systems such as solar and wind power

Key specifications

• Brand: Klauke
• Model: 47R1245
• MPN: 47R1245
• EAN: 4012078467667
• Category: Cable Lugs
• Cable Cross-Section: 70 mm²
• Bolt Hole Diameter: 12.5 mm (M12)
• Angle: 45°
• Material: Electrolytic Copper (E-Cu)
• Surface Treatment: Galvanically Tin-Plated
• Lug Type: Tubular Cable Lug
• Connection Method: Crimp
• Conductor Material Compatibility: Copper Conductors
• Standard Compliance: DIN 46235
• Operating Temperature Range: -55°C to +150°C
• Color: Silver
• Manufacturing Process: Seamless Drawn Tube
• Electrolytic Purity: >99.9% Copper
• RoHS Compliant: Yes
• Application: Power Cable Termination
• Crimp Form: Hexagonal Crimp
• Barrel Type: Standard Length
• Inspection Hole: No

Recommendations

For optimal performance, use with Klauke crimping tools and dies designed for tubular cable lugs. Ensure proper crimping according to DIN 46235 standards. Store in a dry environment to maintain the tin-plated surface.