Why Choose the Cembre 2752170 MLA50-240-12NC Shear Bolt Aluminium Terminal?
The Cembre 2752170 MLA50-240-12NC is a premium mechanical shear bolt aluminium terminal engineered for the secure termination of both copper and aluminium conductors in low and medium voltage electrical installations. Manufactured by Cembre, this connector is designed to provide fast, reliable electrical connections without the need for specialist crimping tools. It is tested to IEC 61238-1 and is suitable for installations up to 52 kV.
Designed for conductor sizes from 50 mm² to 240 mm², the MLA50-240-12NC features integrated shear-head bolts that automatically break off once the correct tightening torque has been achieved, ensuring a reliable electrical connection and eliminating installation errors. The internal contact grease and tin-plated aluminium construction provide excellent corrosion resistance and long-term performance.
Its wide conductor range reduces inventory requirements while simplifying installation for utilities, panel builders, renewable energy projects and industrial power distribution systems.
Key Advantages
- Original Cembre MLA50-240-12NC shear bolt aluminium terminal.
- Suitable for both copper and aluminium conductors.
- 50–240 mm² conductor range minimises stock requirements.
- Integrated shear-head bolts guarantee correct tightening torque.
- No hydraulic crimping tools required.
- IEC 61238-1 tested for low and medium voltage applications.
Key Features
- Manufacturer: Cembre.
- Model: 2752170.
- Alternative SKU: MLA50-240-12NC.
- Product type: Mechanical shear bolt aluminium terminal.
- Conductor range: 50–240 mm².
- Stud hole: M12.
- Suitable for copper and aluminium conductors.
- Factory-filled with contact grease for oxidation protection.
Reliable Mechanical Cable Termination
Cembre MLA series shear bolt terminals provide fast, safe and dependable cable termination without requiring specialist crimping equipment. Their controlled shear-head bolts ensure consistent installation quality while reducing installation time and eliminating the possibility of incorrect die selection.
Designed for utilities, renewable energy systems and industrial electrical infrastructure, these terminals provide excellent electrical conductivity, corrosion resistance and long-term mechanical performance in demanding environments.
Typical Applications
- Low and medium voltage power distribution.
- Renewable energy installations.
- Industrial switchgear.
- Electrical substations.
- Underground and outdoor cable networks.
- OEM electrical equipment.
