RESISTER montážna doska pre PRO sieťové nástenné skrine s IP krytím - - oceľový plech (90RRWVMP7)

Built from robust sheet steel with a powder-coated finish, this mounting plate delivers a dependable foundation for securing active and passive components inside RESISTER PRO network wall cabinets. Engineered for IP-rated enclosures, it withstands demanding industrial and outdoor environments while keeping your equipment organized and accessible.

Overview

The RESISTER 90RRWVMP7 mounting plate is a purpose-built accessory for the PRO series of network wall cabinets. Its pre-drilled holes enable straightforward screw-in installation, allowing you to mount switches, patch panels, servers, and other 19-inch equipment internally. The plate's sturdy construction and corrosion-resistant finish ensure long-term reliability, even in challenging conditions.

What stands out

• Compatible with RESISTER PRO Series network wall cabinets, including IP-rated models for outdoor or harsh environments.
• Manufactured from sheet steel for superior strength and durability, with a powder-coated surface for enhanced corrosion resistance.
• Pre-drilled mounting holes simplify installation—just align and screw into place (mounting hardware sold separately).
• Designed to support a wide range of network components, from patch panels to heavier active devices.
• Maintains the cabinet's internal organization and airflow by providing a secure, flat mounting surface.

Technical details

• Product type: Mounting plate
• Material: Sheet steel
• Finish: Powder-coated
• Compatibility: RESISTER PRO Series network wall cabinets
• Environmental protection: Suitable for IP-rated enclosures
• Mounting position: Internal
• Installation: Pre-drilled holes for screw-in mounting
• Corrosion resistance: Yes
• Mounting hardware: Not included

Our verdict

An essential accessory for any RESISTER PRO cabinet deployment, this mounting plate offers the strength and adaptability needed to keep your network infrastructure secure and well-organized, even in demanding environments.