Why Choose the Cembre CA120-M16-2M Copper Ring Terminal?
The Cembre CA120-M16-2M (Part Number: 8005570) is a premium-quality high-voltage copper compression ring terminal engineered to provide secure, low-resistance conductor terminations in medium-voltage electrical installations. Manufactured from annealed copper tube with a purity greater than 99.9% and finished with electrolytic tin plating, it delivers outstanding electrical conductivity together with exceptional corrosion resistance for dependable long-term performance.
Part of the trusted Cembre CA-2M series, the terminal features an extended palm with two M16 fixing holes, providing superior mechanical stability and improved current transfer. The seamless closed barrel construction eliminates the inspection hole, preventing moisture ingress and making the terminal ideal for demanding indoor and outdoor environments.
Designed for 120 mm² stranded copper conductors, the CA120-M16-2M is suitable for medium-voltage electrical systems operating up to 35 kV. It is widely used in substations, switchgear, transformers, renewable energy systems and industrial power distribution infrastructure.
Key Advantages
- Heavy-duty copper compression ring terminal for medium-voltage applications.
- Manufactured from 99.9%+ annealed electrolytic copper.
- Electrolytic tin-plated finish provides excellent corrosion resistance.
- Extended palm with dual M16 fixing holes improves mechanical stability.
- Closed barrel construction prevents moisture entering the crimped joint.
- Suitable for 120 mm² stranded copper conductors.
- Designed for applications operating up to 35 kV.
Key Features
- Cembre CA-2M series heavy-duty compression terminal.
- 120 mm² conductor capacity.
- Dual M16 fixing holes.
- 44.5 mm fixing hole centres.
- Annealed electrolytic copper construction.
- Electrolytic tin-plated finish.
- Closed barrel without inspection hole.
- Designed for professional hydraulic compression crimping.
The Cembre CA120-M16-2M provides dependable, low-resistance electrical terminations for stranded copper conductors used throughout medium-voltage electrical infrastructure. The extended barrel maximises conductor contact while the dual-hole palm delivers superior mechanical stability where high fault currents and vibration resistance are critical.
Its corrosion-resistant electrolytic tin plating together with the sealed barrel construction makes it ideal for substations, switchgear, transformers, renewable energy installations and demanding industrial environments where long-term electrical reliability is essential.
Typical Applications
- Medium-voltage power distribution.
- Electrical substations.
- Industrial switchgear.
- Transformer connections.
- Renewable energy installations.
- Utility infrastructure projects.
