Perforated mounting plate for telecommunication compartment UM00M0

Universal mounting plate for telecommunication compartments

The perforated mounting plate, made of plastic, is a versatile element of electrical and telecommunication installation systems. Designed for mounting inside telecommunication compartments, it allows for easy and flexible placement of devices and cabling. Its perforation provides optimal ventilation and access to cables, facilitating later modifications and maintenance.

Construction and application

The plate, measuring 248 mm wide and 175 mm high, made of acrylonitrile-styrene-acrylate (ASA) or polycarbonate (PC), provides a solid base for mounting various components. The raw surface finish allows it to be adapted to specific installation requirements – it can be easily painted or labeled. It is ideal for building central points of telecommunication installations, computer networks or monitoring systems.

Advantages and benefits

• Mounting flexibility: The perforation of the plate allows for free mounting of devices using screws, cable ties or other fastening elements.
• Easy modification: The ability to add or change the position of devices without having to disassemble the entire installation.
• Optimal ventilation: Perforated openings ensure adequate airflow, preventing devices from overheating.
• Durable construction: The use of high-quality plastic guarantees strength and resistance to mechanical damage.
• Simple installation: The light weight of the plate facilitates its installation and disassembly.
• Versatility: Suitable for both new installations and modernization of existing systems.

Thanks to its versatility, the mounting plate finds application in residential, commercial and industrial buildings. It is indispensable when creating access points for telecommunication networks, multimedia distribution panels or server rooms. It enables organized cable routing and provides easy access to individual installation elements, which translates into work efficiency both during installation and subsequent operation.