Why Choose the Cembre 2544330 MT95R-C12 Copper Cable Terminal?
The Cembre 2544330, manufacturer part number MT95R-C12, is a premium medium-voltage tin-plated electrolytic copper cable terminal engineered for terminating 80–95 mm² copper conductors in industrial, utility and electrical power distribution applications. Manufactured from annealed electrolytic copper with a purity greater than 99.95%, it delivers exceptional electrical conductivity, mechanical strength and long-term reliability.
Featuring a 12 mm fixing hole, the MT95R-C12 is designed for terminating copper conductors onto switchgear, transformers, substations and medium-voltage equipment operating at up to 35 kV. Its seamless tubular construction and circular crimp geometry provide a secure, vibration-resistant connection when installed using compatible Cembre hydraulic crimping tools.
The electrolytic tin-plated finish provides excellent resistance to corrosion and oxidation while maintaining optimum electrical performance throughout its service life. With an operating temperature range of approximately -50 °C to +150 °C, the MT95R-C12 is ideal for demanding indoor and outdoor installations.
Key Advantages
- Designed for 80–95 mm² copper conductors.
- 12 mm stud hole for larger equipment terminals.
- Manufactured from 99.95% pure annealed electrolytic copper.
- Tin-plated finish provides excellent corrosion resistance.
- Suitable for electrical systems up to 35 kV.
- Vibration-resistant circular crimp design for dependable long-term performance.
Key Features
- Cembre MT-C medium-voltage cable terminal.
- 80–95 mm² conductor capacity.
- 12 mm fixing hole (M12).
- Closed barrel design without inspection hole.
- Annealed electrolytic copper construction.
- Electrolytic tin plating (minimum 3 µm).
- Operating temperature from -50 °C to +150 °C.
- Compression crimp installation using compatible hydraulic tooling.
Reliable Medium-Voltage Cable Terminations
Medium-voltage cable terminals provide secure electrical and mechanical connections between copper conductors and power equipment. When installed using the correct hydraulic crimping tool and matched dies, they produce a permanent low-resistance termination capable of carrying high electrical currents while resisting vibration and mechanical stress.
The Cembre MT95R-C12 combines annealed electrolytic copper, precision manufacturing and electrolytic tin plating to provide dependable long-term performance across industrial power distribution systems, substations and utility infrastructure.
Typical Applications
- Medium-voltage switchgear.
- 11 kV and 33 kV distribution systems.
- Electrical substations.
- Transformer terminations.
- Industrial control and power systems.
- Utility and infrastructure installations.
