Fork terminal block R9XFH157 63A 1-pole 57 modules

Universal busbar for distribution boards

Fork busbar R9XFH157 is a reliable element used for effectively connecting modular devices in electrical installations. Designed for single-phase circuits, it provides safe and organized connections, which translates to easier installation and servicing of the installation. Made of high-quality materials, it guarantees durability and corrosion resistance.

Construction and application

This busbar, with a length of 1000 mm and a width of 57 modules, allows you to connect even a large number of devices. The cross-section of 10 mm² allows for safe routing of wires with the appropriate cross-section, and the rated current of 63A provides protection against overload. Thanks to the possibility of cutting to size, the busbar can be easily adapted to the specific needs of the installation. The use of a fork-type electrical connection facilitates and speeds up the mounting of devices. The busbar is insulated, which increases safety.

Key features and benefits

• Versatility: Ideal for building single-phase distribution boards in homes, apartments and commercial facilities.
• Easy installation: Fork electrical connections significantly simplify and speed up the installation process.
• Safety: Insulation of the busbar minimizes the risk of short circuits and electric shock.
• Adaptation to needs: The possibility of cutting to size allows for a perfect fit to a specific installation.
• Compatibility: The busbar is compatible with a wide range of Schneider Electric Acti 9 K60, Resi9 MCB, RCBO, RCCB and SWITCH modular equipment – making it easier to select components for the system.
• Durability: Made of high-quality materials guarantees long-lasting and trouble-free operation.
• Space optimization: Allows for organized routing of wires inside the distribution board, saving valuable space.
• Compliance with standards: The product meets applicable safety standards, ensuring a high level of installation protection.
• Spacing size: Spacing of 18 mm provides adequate insulation between individual devices connected to the busbar.