Braided cable mBJ 25-200-6 563340

Universal grounding and equipotential bonding solution

The mBJ 25-200-6 braid is a flexible conductor, widely used in grounding and equipotential bonding systems. It is suitable for both new and modernized installations. Its construction allows for easy adaptation to complex systems, and its durability ensures long-lasting and reliable operation.

Construction and application

Made of copper, the braid is characterized by high electrical conductivity, which is crucial in electrical protection systems. It is particularly useful in places where flexible connections are required, e.g., between various structural elements of the building, electrical devices, or lightning protection systems. It can be used indoors, outdoors (with appropriate corrosion protection), and in industrial environments.

• Grounding of installations: Provides effective connection to ground, minimizing the risk of electric shock and equipment damage.
• Equipotential bonding: Reduces potential differences between various installation elements, protecting against overvoltages and interference.
• Connections between structural elements: Allows connection of metal elements of the building to create a common grounding system.
• Lightning protection installations: Is an integral part of the lightning protection system, conducting atmospheric discharge currents to the ground.
• Industry: Ideal for connecting machine and device elements to ensure safety and proper operation.

Key product features

The mBJ 25-200-6 braid is primarily distinguished by its flexibility – it is easy to shape and adapt to the needs of a specific installation. The copper it is made of guarantees high conductivity and corrosion resistance (although additional protection is recommended in aggressive environments). The width of the braid (25 mm) and its length (200 mm) allow it to be used in various configurations and provide adequate contact surface for efficient current flow. The thickness of 6 mm affects its mechanical strength and resistance to damage during installation and operation.