Busbar connectors 25-35 mm2 Cu 12x5 mm K96C

Busbar terminals – a reliable connection for your installation

These busbar terminals, made of copper, are a key element in every power distribution system. Designed to connect wires with a cross-section from 1.5 mm² to 35 mm², they provide a safe and efficient connection in switchboards, control cabinets and other electrical applications. Compatibility with both flat and round conductors increases their versatility and range of applications.

Solid construction and wide application

These terminals are designed for mounting on busbars with a width of 10 mm and a thickness of 5 mm. Made of high-quality copper, they guarantee excellent electrical conductivity and corrosion resistance. The wide range of permissible wire cross-sections allows them to be used in various installations – from home distribution boards to industrial power systems. This allows installers to use one type of terminal in many projects, simplifying the assembly process and reducing storage costs.

Key features and benefits

• Versatility: Possibility to connect both flat and round conductors – saving time and costs.
• Conductivity: Copper construction ensures minimal connection resistance, which translates to energy efficiency of the installation.
• Safety: Provide a stable and reliable electrical connection, minimizing the risk of short circuits and failures.
• Compatibility: Adapted to standard busbars with a width of 10 mm and a thickness of 5 mm – easy integration with existing systems.
• Durability: Corrosion resistance guarantees long-lasting and reliable operation even in harsh environmental conditions.
• Practicality: Wide range of permissible wire cross-sections (1.5 - 35 mm²) allows for flexible adaptation to the needs of a specific installation.

K96C terminals are a solid choice for professionals looking for reliable components for building safe and efficient electrical installations. Their versatility and high quality of workmanship make them an ideal solution for both new projects and modernization of existing systems.