15 Foot Above Grade Round Steel Light Pole | 4 Inch Diameter | Direct Burial

Heavy-Duty Steel Pole for Professional Lighting Applications

Built for environments where reliable outdoor lighting infrastructure is essential, this 15-foot above-grade steel pole delivers the structural integrity needed for commercial and municipal installations. Engineered to handle demanding conditions with its 4-inch diameter construction and hot-dip galvanized finish, this direct burial pole eliminates the need for concrete footings while providing excellent wind resistance. The bronze powder-coated surface adds corrosion protection and professional appearance that maintains its quality over years of exposure to weather extremes.

Replacing Older Lighting Systems

When upgrading from aging pole infrastructure, this steel construction offers significant advantages over deteriorated wooden poles or corroded metal alternatives. The hot-dip galvanizing process followed by powder coating creates a dual-layer protection system that outperforms single-finish options commonly found in older installations.

• Direct burial installation eliminates concrete work and reduces installation time
• 11-gauge steel construction provides superior strength compared to lighter alternatives
• Wind load ratings accommodate fixtures in high-wind environments where older poles may fail
• Bronze finish integrates with modern architectural standards

Mounting, Setup & Controls

The direct burial design simplifies installation by requiring only proper excavation to the 3-foot burial depth. With a total pole weight of 99 pounds, the unit can be handled by standard crews using appropriate lifting equipment. The included top cap provides a finished appearance and weather protection, while the 4-inch diameter accommodates standard mounting hardware for various fixture types.

Certifications

• Hot-dip galvanized coating meets industry corrosion resistance standards
• Wind load performance tested at multiple speed ratings
• Steel construction complies with structural pole requirements

Where This Fixture Excels

• Parking lot perimeter lighting where soil conditions allow direct burial
• Pathway illumination in commercial developments
• Municipal street lighting in residential areas
• Campus lighting for educational facilities
• Industrial site lighting where wind resistance is critical

Performance Overview

From a structural standpoint, this pole's wind load performance demonstrates its engineering quality. The EPA ratings range from 13.1 at 90 mph down to 5.2 at 130 mph, allowing installers to properly match fixture loads to local wind conditions. Additionally, the 11-gauge steel thickness provides the strength needed for long-term service without the weight penalties of over-engineered alternatives.

• 18-foot total height with 15 feet above grade for optimal light distribution
• Bronze powder coating over galvanized base for maximum corrosion resistance
• EPA ratings calculated for safe fixture selection in various wind zones
• Direct burial capability reduces installation complexity and cost

Operational Benefits

Energy Efficiency

By comparison to shorter poles requiring more fixtures for area coverage, this 15-foot above-grade height allows for strategic fixture placement that maximizes coverage per installation point. The structural capacity supports energy-efficient LED fixtures that provide superior illumination while reducing long-term operating costs.

Reliability & Durability

Engineered for high performance in outdoor environments, the dual-finish system creates a barrier against rust and corrosion that extends operational life well beyond single-coated alternatives. The steel construction handles thermal cycling and mechanical stress without degradation, while the direct burial design eliminates concrete failure points that can compromise pole stability over time.

Maintenance Reduction

In practice, the hot-dip galvanized and powder-coated finish requires minimal maintenance compared to painted or single-finish poles. The bronze color choice helps mask minor surface variations that can occur over time, while the robust construction reduces the likelihood of structural issues that would require costly pole replacement or reinforcement work.