Rittal RiLineX Board 3p RX 9360004 – 60 mm, 3-napaisilla virtakiskoilla 30×5 mm B 905

RiLineX Board 3p RX 9360004 is a 3‑pole distribution board section designed for modular power distribution inside control cabinets and switchgear. With a 60 mm width and supplied with robust 30×5 mm 3‑pole busbars (type B 905), the unit enables compact mounting of protective devices and streamlined wiring for industrial electrical panels. The board is intended to integrate into RiLineX systems, providing a standardized mounting surface and reliable conductor routing for three-phase circuits.

Advantages

The board’s 60 mm profile reduces space requirements in dense control cabinets while maintaining mechanical stability. Pre‑fitted 30×5 mm busbars ensure consistent conductor contact and simplify the installation of breakers and terminal blocks. Modular design facilitates rapid assembly and future expansion without extensive rewiring. The component is made to fit industry‑standard rail and mounting systems, supporting predictable layout and easier maintenance.

Suitable for

Key specifications

How to use

Mount the RiLineX board into the designated slot or rail inside the control cabinet according to the cabinet manufacturer’s installation guidelines. Securely fasten the board at recommended attachment points and verify alignment with adjacent modules. Install the supplied 30×5 mm busbars into the board’s busbar holders and attach protective devices such as breakers or fused terminals onto the busbars following electrical safety regulations. Ensure all connections are tightened to specified torque values and verify insulation clearances before energizing the system.

Recommendations

Use the board as part of a complete RiLineX modular system to maintain consistent mounting dimensions and simplify future expansions. Follow local electrical codes for conductor sizing, overcurrent protection and earthing. Periodically inspect busbar connections for tightness and signs of corrosion or overheating, and perform maintenance with power isolated.