Pole Restoration - Trusses & Banding
Osmose pole restoration products are designed to restore poles weakened by decay or other damage so that they meet or exceed NESC, GO95, or other structural strength requirements. Osmose trussing systems have been extensively tested and proven throughout their 50-year history. Tests have been conducted by Osmose, independent laboratories, and pole owners in the United States and other countries. Pole restoration is often one-fourth or less of the cost of pole replacement. A successful program can save a utility millions of dollars in unnecessary replacement costs and provide many more years of service life to older, weakened poles. Osmose truss systems restore in excess of the required strength in the groundline section of a pole for a fraction of the cost of pole replacement. In suburban or urban locales, the savings may be very significant.
The Osmo-C-Truss is most often used for poles taller than 60 feet while the Osmo-C2-Truss has become the most widely used option for distribution applications.
The Osmo-C-Truss is formed from 80,000 psi yield steel and is installed to exceed the strength requirements of the NESC. The design of the C-Truss® system and the installation tools allow it to maintain positive contact with the pole butt below ground, insuring transfer of loads during bending.
The Osmo-C2-Truss (C2-Truss™) is lighter, stronger, and less expensive, making it the ideal choice for reinforcing distribution poles. The optimized truss design provides the highest strength-to-weight ratio in the industry at a much lower cost than other systems.
- Reduced rotation - the patented design enables the C2-Truss to minimize twisting (when under extreme transverse wind loads) that can reduce the performance of other truss shapes
- Engineered for safety & reliability - the C2-Truss sizes can be matched efficiently to exceed the strength requirements of the NESC, GO95, or other structure strength requirements
- Higher yield strength steel - higher strength steel combined with an optimized design results in a high strength-to-weight ratio that helps to reduce the overall weight and cost
- Low profile - the unique design of the C2-Truss results in a lower profile on the pole
- Longer lengths for high decay - the standard truss extends five feet above ground. Single piece trusses are available for applications up to eight feet above ground. Solutions that extend beyond eight feet above ground can be manufactured upon request.
Tough Truss® Upgrade
The Tough Truss Upgrade works in conjunction with sound wood poles to create a combined bending capacity greater than the original pole.
Upgrade Capacity with the Tough Truss Upgrade
- Upgrade pole bending capacity by an equivalent 1, 2, 3, or more classes
- Save money – the cost of upgrading is often 1/3 or less than the cost of replacement
- Avoid the extra effort and delays associated with coordinating change-outs
- Upgrade an entire line without service interruption
Extensive testing has verified the theoretical expectations of the Tough Truss Upgrade design, and Mother Nature has been putting it to the test since the early 2000's.
Whether a pole owner is looking to correct overloaded poles or simply add bending capacity to improve structural resilience to extreme weather, theTough Truss Upgrade is a proven lower cost alternative to pole replacement.
Tough Truss® Extra
Tough Truss Extra upgrading and restoring system for common sizes of distribution wood utility poles. This new solution from Osmose not only restores decayed poles to code-mandated strength like regular trusses but also upgrades the structure’s bending capacity at the same time.
A Few Benefits of the Tough Truss Extra:
- Improves the structure’s bending capacity to a single class
- Decayed poles are restored to the code-mandated strength
required of a single class upgrade
- Designed for common distribution size wood poles
Banding & Seals
Osmose banding is stronger than other banding systems in the industry with over 138,000 psi tensile strength. The banding is hot-dip galvanized to meet ASTM A-123 standards for long term corrosion resistance.
Osmose offers both a pneumatic and a manual installation system.