Forklift power distribution rail R9XFH312 63A 3-pole 12 modules

Fork busbar – a reliable element of electrical installation

The R9XFH312 fork busbar is a key component in distribution systems, designed for safe and efficient connection of wires in electrical installations. Made of high-quality materials, it provides a stable connection and long-term reliability. Designed to work with Schneider Electric K60 series modular equipment, it is ideal for residential construction, but can also be used in commercial and industrial facilities.

Construction and parameters – what you should know?

This three-pole fork busbar with a width of 12 modules is made with insulation, which increases safety. Its continuous rated current is 63A, and the maximum working voltage is 400V. The busbar cross-section is 10 mm², allowing connection of wires of appropriate thickness. Thanks to the possibility of cutting to size, it can be easily adapted to specific installation needs. The distance between poles is 18 mm, which facilitates mounting and provides adequate insulation. The busbar is designed to connect a maximum of four devices.

Advantages and benefits for the installer and user

• Compatibility: Perfectly compatible with Schneider Electric K60 modular equipment – saving time and ensuring proper system operation.
• Safety: Busbar insulation minimizes the risk of short circuit and electric shock – peace of mind for the user and compliance with safety standards for the installer.
• Flexibility: The ability to cut to size allows adaptation to unusual installation layouts – making the installer's job easier and optimizing space.
• Durability: Made of high-quality materials guarantees long-term reliability – lower operating costs for the user and a good reputation for the installer.
• Easy installation: Fork connections facilitate quick and secure connection of wires – saving time during installation.
• Versatility: Suitable for various types of electrical installations – a wide range of applications in both residential and commercial construction.