Why Choose the Cembre 2360030 A80-M12 Copper Crimp Lug?
The Cembre 2360030 (A80-M12) is a high-quality electrolytic copper tube crimp lug designed to provide secure, low-resistance terminations for large power conductors. Manufactured from annealed, high-purity copper and finished with electrolytic tin plating, it delivers excellent electrical conductivity, corrosion resistance and long-term mechanical reliability in demanding industrial and power distribution applications.
Part of the renowned Cembre A-M Series, this heavy-duty ring terminal is engineered for use with 400 mm² copper conductors and features a 12 mm stud fixing. The long barrel, inspection hole and chamfered entry simplify cable insertion and crimping while ensuring consistently high-quality electrical connections.
Suitable for switchgear, power distribution equipment, control panels, substations and industrial machinery, the Cembre 2360030 provides dependable performance where high-current cable terminations are essential. It is compatible with professional Cembre crimping systems for fast, repeatable installations.
Key Advantages
- Designed for terminating 400 mm² copper conductors.
- 12 mm stud fixing for secure bolted electrical connections.
- Manufactured from 99.9%+ electrolytic copper for excellent conductivity.
- Electrolytic tin plated to resist corrosion and oxidation.
- Annealed construction improves ductility during crimping.
- Inspection hole confirms full conductor insertion.
- Long barrel design provides excellent mechanical strength and reliable crimp performance.
Key Features
- Cembre A-M Series copper tube crimp lug.
- Manufacturer Part Number: 2360030.
- Alternative Reference: A80-M12.
- Conductor size: 400 mm².
- Stud size: M12.
- Electrolytic copper construction.
- Electrolytic tin-plated finish.
- Suitable for professional compression crimping tools.
Reliable Cable Terminations for High Current Installations
Cembre A-M Series copper lugs are manufactured from high-purity electrolytic copper tubing to achieve outstanding electrical conductivity and mechanical performance. The annealing process allows the connector to deform correctly during compression, producing secure, vibration-resistant electrical joints.
The electrolytic tin plating protects against oxidation while the inspection hole and chamfered barrel simplify installation by ensuring correct conductor insertion before crimping. These features make the lug ideal for demanding industrial and power distribution environments.
Typical Applications
- Industrial switchgear.
- Electrical control panels.
- Power distribution systems.
- LV and MV electrical installations.
- Industrial machinery.
- Renewable energy installations.
- Transformer and substation equipment.
- Heavy-duty power cable terminations.
