AC1050 Mounting Plate Fit for On-Q Plastic Enclosures, 5" Width, 1.5" Depth
AC1050 Mounting Plate Fit for On-Q Plastic Enclosures, 5" Width, 1.5" Depth
Organize your structured wiring enclosure with the Szielouk Mounting Plate for AC1050. This mounting plate is designed as a direct replacement for Legrand On-Q plastic enclosures, providing a secure platform for mounting routers, modems, network switches, streaming devices, and other low-voltage equipment.The mounting plate is made from durable ABS plastic with WiFi- transparent properties, ensuring wireless signals from your devices remain strong even when mounted inside the enclosure . The 1.5-inch elevated design allows devices to be mounted on both sides of the plate, creating additional space and improving airflow for better equipment performance.The universal mounting pattern includes built-in slots for hook-and-loop strapping, and the plate comes with plungers and grommets for secure installation. It can be mounted vertically or horizontally to best suit your enclosure configuration.
Product Features
- Direct Replacement Fitment: This AC1050 mounting plate is a direct replacement for the On-Q structured wiring enclosure accessory, designed to fit for Legrand On-Q plastic media boxes and enclosures.
- ABS Material: This mounting plate is constructed from durable ABS plastic that allows wireless signals to pass through, making it ideal for mounting routers, access points, and other wireless devices inside the enclosure.
- 1.5" Elevated Design: The AC1050 mounting plate features a raised platform that creates space behind mounted devices, improving airflow and allowing for dual-layer mounting configurations.
- Universal Mounting Pattern: This mounting plate offers a versatile grid layout that accommodates most small devices and facilitates clean cable management with multiple strapping options.
- Versatile Installation Options: This AC1050 mounting plate can be installed vertically or horizontally inside the enclosure, adapting to different device layouts and space requirements.