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39-1026-PMB-1416

Pole Mounting Bracket for 14-16 in. (356-406 mm) Wide Oberon Model 1026 Series Enclosures
Product Description
Oberon® Wireless Enclosure Accessories customize your mounting solution to your precise needs.
Access Point Vendor
- Not Applicable
Access Point Model
- Not Applicable
Key Benefits of the 39-1026-PMB-1416 Bracket
The 39-1026-PMB-1416 pole mounting bracket delivers robust support for Oberon® wireless enclosures, ensuring a secure attachment in high‑density environments. As a core piece of accessories pmb, the bracket simplifies installation with pre‑drilled holes that align to standard pole dimensions. Its powder‑coated steel construction resists corrosion, extending the lifespan of the enclosure system. Designed for 14‑16 in. (356‑406 mm) pole widths, the bracket fits seamlessly into a variety of data‑center layouts without requiring custom fabrication. This versatility makes it a valuable component of any accessories pmb inventory, reducing the need for multiple part numbers. The bracket's low profile preserves clearances while maintaining structural integrity. Engineers appreciate the bracket's tolerance for vibration, a critical factor in wireless equipment that must remain precisely positioned. By integrating this accessories pmb solution, users can achieve consistent signal performance across the network. The design complies with industry mounting standards, facilitating rapid deployment and future upgrades. Installation is straightforward: a single set of fasteners secures the bracket to the pole, and the enclosure mounts directly onto the bracket's reinforced base. This quick‑attach method minimizes downtime during rack reconfiguration. The bracket also includes optional grounding provisions for enhanced safety in electrified environments. Overall, the 39-1026-PMB-1416 bracket enhances the reliability of Oberon® wireless enclosures while offering cost‑effective, scalable mounting flexibility. Its role as a key accessories pmb element supports efficient data‑center operations and simplifies maintenance cycles. Selecting this bracket ensures that wireless infrastructure remains stable, secure, and ready for future expansion.