Panel Rittal Board policarbonato poliamida 45,1 mm modelo 9635.000

Rigid equipment board from Rittal made of polycarbonate and polyamide with a thickness of 45.1 mm. The board is intended as a mounting and protective panel inside enclosures and control cabinets, providing a durable, non-conductive surface for fixing devices, terminals and wiring. Its construction combines the mechanical strength of polycarbonate with the chemical resistance of polyamide, making it suitable for industrial electrical and electronic installations where insulation and long-term stability are required.

Advantages

The combination of polycarbonate and polyamide provides high mechanical rigidity and good resistance to common industrial chemicals. With a thickness of 45.1 mm the board offers robust support for heavy components and secure mounting of terminal blocks, relays and busbars. The material is electrically insulating, reducing the risk of short circuits, and it maintains dimensional stability under typical temperature ranges encountered in control cabinets. The smooth surface simplifies cable routing and cleaning.

Suitable for

Key specifications

How to use

Install the board inside the enclosure or control cabinet as a fixed mounting surface using appropriate mechanical fasteners and spacers compatible with the cabinet design. Position and mark cut-outs or drill holes as required for cable entry, terminal blocks or component mounting, observing recommended clearances and creepage distances for the installed electrical equipment. Secure components to the panel with suitable screws or mounting hardware rated for the component weight, and verify grounding and insulation requirements according to applicable electrical standards.

Recommendations

Use fasteners and installation hardware compatible with polycarbonate and polyamide to avoid stress cracking. Avoid prolonged exposure to aggressive solvents outside the material's resistance range and perform routine inspections of mounted components and cable terminations to ensure continued electrical insulation and mechanical stability.