KLAUKE 127R Press Connector 70mm² Tubular Cable Lug

The KLAUKE 127R press connector is a high-quality tubular cable lug designed for reliable and durable connections of copper conductors with a cross-section of 70 mm². Manufactured from electrolytic copper (E-Cu) with an electro-tinned surface, this connector ensures excellent conductivity and corrosion resistance. It complies with DIN 46235 standards and is suitable for crimping with hexagonal dies. The connector features an inspection hole for verifying proper insertion and is rated for voltages up to 1000 V, making it ideal for both low-voltage and high-voltage applications.

Advantages

Electrolytic copper material ensures optimal electrical conductivity. Electro-tinning provides long-lasting protection against corrosion. Hexagonal crimping guarantees a secure and uniform connection. Inspection hole allows for quick visual verification of conductor insertion. Wide temperature range from -50°C to +150°C ensures performance in extreme conditions.

Suitable for

• Copper conductors with 70 mm² cross-section
• Power distribution and electrical installations
• High-voltage applications up to 1000 V
• Industrial and commercial wiring

Key specifications

• Conductor Cross-Section: 70 mm²
• Bolt Hole Diameter: 10.5 mm (for M10 bolts)
• Connector Type: Tubular Cable Lug
• Connection Method: Crimp / Compression
• Material: Electrolytic Copper (E-Cu)
• Surface Treatment: Electro-tinned
• Insulation: Uninsulated
• Standard Compliance: DIN 46235
• Overall Length (L): 56 mm
• Palm Width (B): 22 mm
• Barrel Outer Diameter (D2): 14.5 mm
• Barrel Inner Diameter (d1): 11.5 mm
• Material Thickness (Palm S): 3.0 mm
• Crimping Form: Hexagonal crimping
• Inspection Hole: Yes
• Voltage Rating: Up to 1000 V
• Temperature Range: -50°C to +150°C
• Series: 127R

Recommendations

For optimal performance, use with KLAUKE crimping tools and dies designed for hexagonal crimping. Ensure the conductor is fully inserted into the barrel before crimping. Verify the connection with the inspection hole.