Connector SBF2C 400 561155
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Connector SBF2C 400 561155
DIN rail power distribution block – a reliable connection for wires
The SBF2C 400 connector is a robust power distribution block designed for mounting on a DIN rail. It enables safe and efficient connection of power cables in electrical switchboards, both copper and aluminum, thanks to its tinned copper construction. Its design allows for connection of both round and flat cables, increasing its versatility. The transparent housing facilitates visual control of connection quality, minimizing the risk of errors and failures.
Construction and application
The SBF2C 400 block is designed for installations requiring large wire cross-sections. It is ideal for connecting cables to the switchboard, providing a stable and reliable connection. The ability to connect different types of conductors (copper and aluminum) eliminates the need for additional adapters or connectors. The block's construction provides high mechanical strength and corrosion resistance.
Key features and benefits
- Versatility: The ability to connect round and flat cables makes the block compatible with various types of installations.
- Material compatibility: Tinned copper enables connection of copper and aluminum wires without the risk of galvanic corrosion. This is important for connection durability and installation safety.
- Visual control: The transparent housing allows for quick assessment of connection quality without the need for disassembly – saving time during inspections and maintenance.
- High durability: The block is designed to operate in harsh conditions, ensuring reliable operation for a long time.
- Safety: Compliance with IEC 60947-7-1 and UL 1059 standards guarantees a high level of safety.
- High current capacity: Suitable for operation with currents up to 600A (IEC) and 335A (UL), making it suitable for demanding applications.
- High short-circuit resistance: Icw KA rms 1s : 28.8kA provides protection against the effects of short circuits in the electrical installation.
