Intercable ICR24012 terminal tubular 240 mm² M12 estanhado série R

In high-current electrical installations, a weak connection point can lead to overheating, voltage drop, and even equipment failure. The Intercable ICR24012 tubular cable lug solves this by providing a robust, low-resistance termination for 240 mm² copper conductors. Complying with DIN 46235, this lug is engineered for crimping onto stranded copper cables, ensuring a gas-tight, durable connection that withstands mechanical stress and thermal cycling. The tin-plated surface offers excellent corrosion protection, making it suitable for demanding environments such as switchgear, control panels, and power distribution systems.

Who is it for

This cable lug is intended for electrical engineers, panel builders, and maintenance technicians who require reliable, high-capacity connections in industrial and commercial power applications. It is ideal for professionals working with copper conductors up to 240 mm² and needing a standard-compliant, corrosion-resistant termination solution.

Main features

• For 240 mm² copper conductors with M12 bolt hole
• Made of electrolytic copper, tin-plated for corrosion resistance
• Tubular design for secure crimp connections
• Complies with DIN 46235
• Uninsulated, straight barrel for easy installation
• High current capacity for power distribution

Specifications

• Brand: Intercable Tools GmbH
• Model: ICR24012
• MPN: 180524
• EAN: 8014212188878
• Cable cross-section: 240 mm²
• Bolt hole size: M12
• Material: Electrolytic copper
• Surface treatment: Tin-plated
• Lug type: Tubular cable lug
• Connection method: Crimp
• Standard compliance: DIN 46235
• Series: R-Series
• Conductor compatibility: Copper conductors
• Insulation: Uninsulated
• Number of bolt holes: 1
• Shape: Straight
• Colour: Metallic (Silver-grey)
• Application: Electrical power connections, Switchgear, Control panels
• Corrosion protection: Yes (Tin-plating)
• High current capacity: Yes
• Manufacturer: Intercable
• Product type: Cable Lug

Tips

For optimal performance, use a crimping tool that matches the lug size and conductor cross-section. Ensure the conductor is fully inserted into the barrel before crimping to achieve a gas-tight connection. The tin-plated surface provides corrosion resistance, but for harsh environments, consider additional protection such as heat-shrink tubing over the connection.