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39-1021-ANTPLATE

Antenna mounting panel for Oberon's Model 1021 Skybar NEMA 4
Product Description
Oberon® Wireless Enclosure Accessories customize your mounting solution to your precise needs.
Access Point Vendor
- Not Applicable
Access Point Model
- Not Applicable
Product Information
Key Benefits of the 39‑1021‑ANTPLATE Antenna Mounting Plate
The Oberon® 1021‑00 ant enclosure 39‑1021‑ANTPLATE provides a dedicated mounting surface for antennas on the Model 1021 Skybar NEMA 4 enclosure. Designed for precise alignment, the plate ensures consistent signal performance across dense wireless deployments. Its stainless‑steel construction meets the durability standards expected from CPI solutions. Because the plate is engineered for the Oberon 1021 series, it fits seamlessly with other Oberon wireless enclosure accessories, eliminating the need for custom fabrication. The flat mounting surface simplifies cable routing and reduces strain on antenna connectors. Users benefit from a streamlined installation that supports rapid deployment in data center or edge environments. Installation requires only standard tools and can be completed without removing the enclosure from its rack position. The pre‑drilled mounting holes align with the enclosure's existing mounting points, saving time during retrofit projects. This ease of use helps IT teams maintain uptime while upgrading wireless infrastructure. When paired with the Oberon 1021 wireless enclosure, the ant enclosure enhances overall system security by providing a solid, grounded platform for antennas. The design complies with NEMA 4 requirements, protecting equipment from moisture and dust in harsh environments. It also supports the high‑density antenna configurations demanded by AI and HPC applications. CPI offers comprehensive documentation, including a spec sheet and installation guide, to ensure correct implementation of the 39‑1021‑ANTPLATE. Technical support is available through authorized distributors and CPI's global engineering team. Choose this antenna mounting plate to achieve reliable performance and future‑ready scalability.