Why Choose the Cembre 2510190 FL10-250 Flexible Copper Braid?
The Cembre 2510190 (alternative reference FL10-250) is a premium flexible copper braid connector designed to provide reliable electrical bonding and current transfer in industrial electrical installations. Manufactured by Cembre, it is produced from high-purity electrolytic copper and supplied with factory-crimped terminals for fast, dependable installation.
Featuring a 10 mm² braided copper conductor, an overall length of 250 mm and M8 terminal holes, the FL10-250 is ideal where vibration, thermal expansion or equipment movement make rigid conductors unsuitable. The annealed braid construction provides exceptional flexibility while maintaining excellent electrical conductivity.
The Cembre 2510190 is widely used by panel builders, OEM manufacturers, electrical contractors and maintenance engineers for switchgear, busbar connections, earthing systems and power distribution equipment requiring reliable flexible electrical connections.
Key Advantages
- Original Cembre FL10-250 flexible copper braid.
- 10 mm² electrolytic copper braid.
- 250 mm overall length.
- Factory-crimped terminals for rapid installation.
- Excellent flexibility for vibration and thermal expansion.
- Ideal for switchgear, earthing and control panel applications.
Key Features
- Manufacturer: Cembre.
- Model: 2510190.
- Alternative reference: FL10-250.
- Product type: Flexible copper braid connector.
- Cross-sectional area: 10 mm².
- Overall length: 250 mm.
- Terminal size: M8.
- Manufactured from annealed electrolytic copper.
Reliable Flexible Electrical Connections
Flexible copper braids provide dependable electrical continuity while accommodating vibration, movement and thermal expansion. Their highly flexible construction reduces mechanical stress on terminals, helping improve installation reliability and service life.
Cembre FL series flexible braid connectors are widely used throughout industrial automation, switchgear manufacture, renewable energy installations and power distribution systems where dependable current transfer and mechanical flexibility are essential.
Typical Applications
- Electrical switchboards.
- Control panels.
- Busbar connections.
- Protective earthing systems.
- Industrial machinery.
- Power distribution equipment.
