Rohn RAL10 RSL Series Tower Base Anchors Section 10

Precision-Matched Anchor Base for RSL Section 10 Installations
The Rohn RAL10 Anchor Bolt Base is purpose-built for installations where RSL Section 10 serves as the bottom section of the tower. This foundational component creates a reliable connection between the structure and the concrete footing, offering stability and long-term performance for a wide range of communication towers and utility structures.

Includes Bolt Template for Accurate Concrete Placement
The RAL10 base includes a foundation bolt placement template, designed to guarantee exact positioning of the anchor bolts before the concrete is poured. This prevents misalignment and simplifies the tower installation process, ensuring the base section mounts perfectly every time.

Dual-Nut Leveling System for On-Site Adjustments
Installation sites are rarely perfect. That’s why the RAL10 features a double-nut leveling system, allowing installers to make precise height and alignment corrections after the foundation has cured. This built-in adjustability provides a straightforward solution for ensuring the tower is set completely level.

Engineered for RSL Tower System Compatibility
This anchor bolt base is specifically engineered to match ROHN's RSL tower series, with the RAL10 aligning perfectly to Section 10’s geometry and stress profiles. This ensures mechanical consistency and simplifies component selection when planning or assembling your tower system.

Galvanized Steel Construction for Long-Term Durability
Built from high-strength steel and hot-dip galvanized for corrosion protection, the RAL10 withstands harsh weather conditions, moisture exposure, and long-term outdoor deployment. Whether used for telecommunications, broadcast, or industrial applications, this anchor base holds strong.

Ideal for Permanent Tower Installations
The RAL10 is trusted by engineers, contractors, and technicians who demand a secure, long-lasting foundation anchor. It plays a critical role in maintaining tower alignment and ensuring system longevity in any environment where precision and structural integrity are essential.