80' bracketed tower, 34.6 SF EPA at 90 MPH, galvanized 55G steel, compact footprint, zigzag bracing, modular structure, ideal for wireless and surveillance
Features:
• 80-foot bracketed tower system using hot-dip galvanized Rohn 55G steel
• Supports 61.4 SF EPA at 70 MPH, 46 SF at 80 MPH, and 34.6 SF at 90 MPH
• Bracketed design attaches to structures for enhanced support and stability
• Built with 1-1/2" OD tubular legs and 7/16" solid rod zigzag bracing
• Hot-dip galvanized after fabrication for weather and corrosion resistance
• Modular platform supports accessory integration and height expansion
• Ideal for long-range antennas, surveillance equipment, and RF transmission
• Ships with hardware and tower sections, brackets and anchors sold separately
80 Foot Bracketed Tower Kit for Long-Distance Signal and Equipment Mounting
The Rohn 55BRKT080 is an 80-foot bracketed tower system designed to support antennas, wireless equipment, and surveillance systems in locations where space is limited but height is essential. Using Rohn’s 55G tower components, this kit delivers the strength, modularity, and EPA-rated performance needed for secure, high-elevation installations. Its bracketed configuration makes it ideal for mounting next to existing structures while still achieving significant height.
Built to Handle Demanding Wind Load and Equipment Requirements
Engineered for reliable performance in high-wind areas, this tower supports up to 61.4 square feet of antenna load at 70 MPH, 46 square feet at 80 MPH, and 34.6 square feet at 90 MPH with no ice. These ratings provide the confidence required to install large antennas, multiple devices, or wide-surface components in professional or mission-critical deployments. This tower is a dependable solution for demanding wireless and communications needs.
Bracketed Mounting Reduces Ground Space and Enhances Support
The bracketed design allows the tower to be partially supported by a building or structural wall, greatly minimizing the required foundation footprint. This setup is well-suited for facilities with limited ground clearance, rooftop applications, or areas where guy wires aren’t practical due to property boundaries or zoning restrictions. The upper bracket provides essential lateral reinforcement, keeping the structure secure even at full height.
Rugged Galvanized Steel With Proven Triangular Tower Geometry
Constructed with Rohn 55G sections, each tower segment features 17" face widths and is made from 1-1/2" OD tubular steel legs and 7/16" solid zigzag rod bracing. Every piece is hot-dip galvanized after fabrication to protect against rust, corrosion, and environmental degradation. This ensures dependable long-term use in coastal, urban, and rural settings exposed to the elements.
Modular System Supports Upgrades and Tower Expansion
The 55BRKT080 system is fully modular, making it easy to extend height, replace sections, or add accessories like antenna masts, grounding kits, cable ladders, and lightning protection devices. Its compatibility with Rohn's trusted 55G components ensures flexibility for changing system requirements or future infrastructure expansion.
Reliable Option for Broadband, RF, and Surveillance Installations
This tower is widely used by wireless internet providers, municipal surveillance teams, broadcast operators, and utility companies needing secure height with minimal real estate requirements. Its rugged build and bracketed stability make it a dependable choice for line-of-sight communication, monitoring systems, and point-to-point signal distribution.
Includes Tower Sections and Hardware, Brackets Sold Separately
The kit includes the required tower sections and hardware to reach 80 feet, with all bolts and connectors needed for vertical assembly. Mounting brackets, anchor systems, and grounding hardware are not included and must be sourced separately. Installation should follow all Rohn structural guidelines for compliance and safety.
MPN | 55BRKT080 |
---|---|
Color | Silver |
Brand | Rohn Products |
Product Condition | New |
Availability | Out of Stock |