Why Choose the Cembre A60-M14 Copper Crimp Lug?
The Cembre 2350150 A60-M14 is a heavy-duty copper compression ring terminal designed to create secure, low-resistance connections for large copper conductors. Part of the professional Cembre A-M series, it is suitable for demanding power distribution, switchgear and industrial electrical installations.
Manufactured from Cu-OF CW008A electrolytic copper tube, the terminal is engineered to provide excellent electrical conductivity and mechanical strength. The copper is annealed to ensure the ductility required during compression crimping, while an electrolytically tin-plated finish helps protect the connection against oxidation and corrosion.
The A60-M14 accommodates 300 mm² stranded copper conductors and selected 240 mm² flexible copper conductors, depending on the applicable cable standard and crimping system. Its M14 fixing hole provides a secure bolted connection to busbars, switchgear and other high-current electrical equipment.
Key Advantages
- Designed for large 300 mm² copper conductors.
- Also suitable for selected 240 mm² flexible conductors.
- M14 fixing hole provides a secure equipment connection.
- Manufactured from high-conductivity electrolytic copper.
- Annealed construction withstands severe crimping deformation.
- Electrolytic tin plating helps prevent oxidation and corrosion.
Key Features
- Cembre A-M series copper tube compression terminal.
- Manufacturer part number: 2350150.
- Model: A60-M14.
- 300 mm² nominal conductor capacity.
- M14 stud fixing.
- Straight ring-palm configuration.
- Annealed Cu-OF CW008A electrolytic copper construction.
- Electrolytically tin-plated surface finish.
- Engineered for high pull-out strength and vibration resistance.
- Compatible with approved Cembre compression tools and dies.
Reliable High-Current Cable Termination
The dimensions of the A60-M14 copper tube are designed to achieve an effective balance of electrical conductivity and mechanical strength. This helps the completed connection resist vibration, conductor movement and pull-out forces in demanding industrial power installations.
When installed using the correct Cembre crimping tool and die set, the lug undergoes controlled compression around the conductor to produce a durable electrical joint. The annealed copper construction accommodates severe deformation without cracking, while the tin-plated surface helps maintain connection reliability in humid or corrosive environments.
Typical Applications
- Industrial switchgear and switchboards.
- Busbar and power-distribution connections.
- Low-voltage circuit breakers.
- Transformers and power-conversion equipment.
- Motor control centres.
- Industrial machinery and automation systems.
- Battery, inverter and energy-storage installations.
