Cimco káblová očková koncovka 50 mm² M16 pocínovaná meď, DIN 46235, balenie 100 ks 180476

For heavy-duty power distribution, the Cimco 180476 ring cable lug handles 50 mm² conductors with an M16 stud size, delivering a secure, low-resistance crimp connection. Made from tinned electrolytic copper and compliant with DIN 46235, it ensures excellent conductivity and corrosion resistance in demanding industrial environments.

Overview

The Cimco 180476 is a high-quality ring cable lug designed for terminating copper conductors with a cross-section of 50 mm². It features a 16 mm bolt hole (M16) and is suitable for fine-stranded and multi-stranded conductors (Class 2, 5, and 6). The lug is manufactured from electrolytic copper (E-Cu) and tin-plated for superior corrosion resistance and electrical performance. It is uninsulated and intended for crimp connection, providing a durable and reliable joint. Each pack contains 100 pieces.

What stands out

• Heavy-duty construction for reliable power connections
• Tinned surface for high corrosion resistance
• Complies with DIN 46235 standard
• Supports a wide range of conductor classes
• Bulk pack of 100 for cost-effective installations

Technical details

• Product type: Ring cable lug
• Standard: DIN 46235
• Cable cross-section: 50 mm²
• Bolt hole diameter: 16 mm (M16)
• Material: Electrolytic copper (E-Cu)
• Surface treatment: Tinned
• Conductor compatibility: Fine-stranded, multi-stranded (Class 2, 5, 6)
• Connection method: Crimp
• Insulation: Uninsulated
• Quantity per pack: 100 pieces
• Operating temperature: -40°C to +105°C
• Application: Power distribution, industrial wiring, automotive
• Corrosion resistance: High (due to tin plating)
• Electrical conductivity: High
• Wall thickness: Heavy duty
• Colour: Silver (tinned)
• RoHS compliant: Yes

Our verdict

The Cimco 180476 ring cable lug is a reliable choice for professionals who need a robust, corrosion-resistant connection for 50 mm² cables. Its compliance with DIN 46235 and tinned copper construction ensure long-term performance in harsh environments.