Intercable ICR5010 Terminal tubular 50 mm² M10 estanhado Série R

Tubular cable lug for reliable electrical connections in power distribution and industrial applications. Its tin-plated electrolytic copper construction ensures excellent conductivity and corrosion resistance, while the funnel entry allows easy insertion of 50 mm² copper conductors. The M10 bolt hole (10.5 mm diameter) provides a secure connection to terminals or busbars, complying with DIN 46235 standards for hexagonal crimping.

Advantages

The ICR5010 offers superior electrical performance thanks to its high-purity copper material and galvanic tin plating, which prevents oxidation and maintains low contact resistance. The R-series design features a standard wall thickness that balances mechanical strength with efficient crimping. It accommodates flexible (Class 5) and rigid (Class 1, 2) copper conductors, making it versatile for various wiring needs. Operating temperature range from -50°C to +150°C and voltage rating up to 1000 V ensure suitability for demanding environments.

Suitable for

• Power distribution systems
• Industrial machinery and control panels
• Electrical installations requiring reliable terminations
• Copper conductors of 50 mm² cross-section
• Applications with M10 bolt connections

Key specifications

• Product type: Tubular cable lug
• Cable cross-section: 50 mm²
• Bolt hole diameter: M10 (10.5 mm)
• Material: Electrolytic copper (E-Cu), tin-plated
• Standard: DIN 46235
• Crimping type: Hexagonal crimp
• Conductor compatibility: Copper conductors (Class 1, 2, 5)
• Operating temperature range: -50°C to +150°C
• Voltage rating: Up to 1000 V
• Entry type: Funnel entry
• Inner diameter cable entry: Approx. 9.5 mm
• Outer diameter tube: Approx. 14 mm
• RoHS compliant: Yes

Recommendations

For optimal performance, use a hexagonal crimping tool that matches the lug size and follow DIN 46235 crimping guidelines. Ensure the conductor is fully inserted into the funnel entry before crimping. The tin-plated surface may require light cleaning if stored for extended periods to maintain optimal conductivity.