Why Choose the Cembre 8005756 CA95-2M12 Copper Two-Hole Ring Terminal?
The Cembre 8005756 CA95-2M12 is a premium-quality two-hole copper compression ring terminal engineered for secure, low-resistance cable terminations in medium-voltage electrical installations up to 35 kV. As part of the robust Cembre CA-2M terminal series, it is specifically designed for applications where enhanced mechanical stability and resistance to electrodynamic forces are essential.
Manufactured from 99.9% pure annealed electrolytic copper with a durable electro-tin plated finish, the CA95-2M12 provides exceptional electrical conductivity, corrosion resistance and outstanding crimp performance. Its closed barrel construction eliminates the inspection hole, helping prevent moisture and dirt ingress, making it ideal for demanding indoor and outdoor installations.
Designed for 95 mm² copper conductors, the terminal features dual M12 fixing holes with 44.5 mm spacing, providing superior mechanical security on busbars and equipment terminals used in substations, switchgear, renewable energy systems and industrial power distribution.
Key Advantages
- Designed for medium-voltage applications up to 35 kV.
- 95 mm² conductor capacity.
- Dual M12 fixing holes with 44.5 mm spacing improve connection stability.
- Manufactured from 99.9% annealed electrolytic copper.
- Electro-tin plated finish provides excellent corrosion resistance.
- Closed barrel construction prevents moisture and contamination ingress.
Key Features
- Cembre CA-2M Medium Voltage Terminal Series.
- Manufacturer Part Number: 8005756.
- Model: CA95-2M12.
- 95 mm² conductor capacity.
- Dual M12 fixing holes with 44.5 mm centre spacing.
- Annealed electrolytic copper construction.
- Electro-tin plated corrosion-resistant finish.
- Extended seamless barrel design.
- Suitable for professional hydraulic compression crimping.
Enhanced Stability for Critical Power Connections
The Cembre CA95-2M12 is engineered to deliver dependable, low-resistance electrical connections while providing significantly improved mechanical stability. Its two-hole palm design resists vibration and electrodynamic forces, making it particularly suitable for medium-voltage switchgear, transformers and high-current busbar connections.
The combination of annealed electrolytic copper, electro-tin plating and moisture-resistant closed barrel construction ensures long-term reliability even in demanding industrial and outdoor environments.
Typical Applications
- Medium-voltage power distribution.
- Electrical substations.
- Industrial switchgear.
- Transformer connections.
- Renewable energy installations.
- Busbar terminations.
- Utility infrastructure projects.
