Need help choosing the right Product?
Get expert recommendations and a custom lighting plan within 1 day! Get Product Recommendations ➜
You may also like...
-
5 Inch Square Pole Tenon Adapter | 2 3/8 Inch Tenon | Bronze
Availability: 77 In Stock Ships 3-5 DaysRetail Price: $57.69 -
2 Fixture 180 Degree Bullhorn Mount | 2 3/8 Inch Tenon | Bronze | Low Profile
Availability: 303 In Stock Ships 3-5 DaysRetail Price: $167.50 -
3 Fixture 180 Degree Bullhorn Mount | 2 3/8 Inch Tenon | Bronze | Low Profile
Availability: 36 In Stock Ships 3-5 DaysRetail Price: $261.90
30 Foot Above Grade | 36 Foot Total Height Square Fiberglass Light Pole | 5 Inches Wide | Direct Burial
This 30-foot above grade fiberglass light pole is a strong choice for outdoor commercial and industrial sites requiring corrosion resistance, non-conductivity, and long-term durability. Its direct burial design streamlines installation by eliminating the need for anchor bolts or base plates, making it ideal for new construction or areas without concrete foundations. The pole’s resistance to rot, rust, and UV exposure suits coastal, humid, or chemically aggressive environments, while its ability to flex under wind load supports reliability in high-wind regions. It performs particularly well in parking lots, campuses, and perimeter lighting.
Neil Peterson | CEO and Chief Lighting Specialist
Product Description
Key Features
- Total Height (ft): 36
- Height Above Grade (ft): 30
- Material: Fiberglass
- Pole Weight (lbs): 149
- Pole Width (in): 5
- Pole Finish: Fluoropolymer Coating
- Pole Color: Bronze | Black | White | Gray | Custom
- Pole Gauge: 0.25
- Pole Installation: Direct Burial
- Includes: Top Cap
- Warranty: 7 years
- EPA at 70 mph: 13
- EPA at 80 mph: 8
- EPA at 90 mph: 4.7
- EPA at 100 mph: 2.4
Benefits:
- Lightweight, easier to unload and install, saving on labor costs
- Does not rot, rust, or corrode.
- Non-conductive
- Does not break down with age, coated in 25-year UV protective paint
- Stronger than equivalent steel in compression and tension, providing excellent durability and longevity in high wind conditions
- Designed to bend, not break, meaning that poles can naturally bend due to weather conditions and will return to their original form
- Fire resistance: poles do not sustain a flame as there is no fuel source for fire
Disclaimer: LED Lighting Supply is not responsible for improper loading of light fixtures or other attachments, use, or foundation design of light poles. We are solely a supplier of lighting solutions, metal halide replacement lights, and poles for parking lots. Final pole assembly is the responsibility of the purchaser. Dimensions and specifications of a round or square composite light pole are subject to change without notice. See the data sheet for current pole data charts. Custom sizing is only available for large order quantities. Pole caps are used in place of other mounting options when necessary.
Please be advised that our composite poles are covered solely by a 7-year workmanship warranty, which ensures that the poles are free from defects from the manufacturing process. This warranty does not cover damage resulting from external factors, misuse, or normal wear and tear.
Web ID: 2173
Product Overview
This is a 36-foot total height, 30-foot above grade, square fiberglass light pole designed for direct burial installation. The pole is 5 inches wide, weighs 149 pounds, and is finished with a fluoropolymer coating for long-term UV protection. It is non-conductive, fire resistant, and engineered for use in environments where corrosion, electrical safety, and durability are critical. Typical installations include sports field lighting, parking lots, and coastal or corrosive locations where steel poles are prone to rust or degradation.
The pole is supplied with a top cap and is available in multiple color options. It is suitable for mounting area, sports, or roadway luminaires at heights up to 30 feet above grade. The fiberglass construction provides a combination of strength, flexibility, and reduced weight compared to steel or aluminum alternatives.
Core Performance and Output
This fiberglass pole is rated for a maximum EPA (Effective Projected Area) of 13 at 70 mph, 8 at 80 mph, 4.7 at 90 mph, and 2.4 at 100 mph wind speeds. These ratings define the total surface area of fixtures and brackets that can be safely mounted at the top of the pole under specified wind conditions. The 0.25-inch wall thickness and square profile provide structural rigidity for supporting multiple luminaires or large-area floodlights.
The pole’s non-conductive fiberglass material eliminates electrical grounding requirements and resists corrosion in coastal or chemically aggressive environments. At 30 feet above grade, this pole is commonly used for sports field and large area lighting. Exceeding EPA or wind load limits can compromise structural integrity, especially in open or high-wind sites.
Adjustability and Control Options
The pole is compatible with standard mounting hardware for area, flood, and sports lighting fixtures. Fixture orientation and aiming depend on the bracket or tenon system selected for the application. The pole itself does not include integrated control features or wiring provisions; all controls and wiring must be managed through the fixture and external conduit or cable routing.
Direct burial installation allows for some adjustment of pole orientation during placement. Once set, the pole remains fixed. No tilt or height adjustment is possible after installation.
Longevity and Reliability
The fiberglass construction is resistant to rot, rust, and corrosion, making it suitable for long-term use in coastal, marine, or chemically exposed environments. The fluoropolymer coating provides 25-year UV protection, minimizing surface degradation and color fading over time. The pole is engineered to bend under wind load and return to its original form, reducing the risk of catastrophic failure.
Fire resistance is inherent to the material; the pole does not sustain a flame and will not act as a fuel source. The 7-year warranty covers material and structural performance under normal operating conditions.
Build Quality and Physical Characteristics
This pole is fabricated from 0.25-inch gauge fiberglass, providing high strength-to-weight ratio. At 149 pounds, it is lighter than comparable steel poles, simplifying handling and installation. The square 5-inch profile offers compatibility with a range of mounting brackets and accessories.
The fluoropolymer finish is available in bronze, black, white, gray, or custom colors. The pole is supplied with a top cap to prevent water ingress. Direct burial design eliminates the need for anchor bolts or base plates, but requires proper excavation and backfill for stability.
Where This Product Fits Best
This fiberglass light pole is intended for environments where corrosion resistance, non-conductivity, and long-term durability are required. It is commonly installed in outdoor sports fields, coastal areas, and locations with high humidity or chemical exposure. The 30-foot mounting height supports large area and sports lighting layouts.
- baseball field lighting
- softball field lighting
- soccer field lighting
- football field lighting
- sports field lighting
- driving range lighting
- coastal lighting
- corrosive environment lighting
The pole’s non-conductive and fire-resistant properties make it suitable for locations with electrical safety or fire risk concerns. It is also used in marinas, wastewater facilities, and other sites where steel poles are not viable due to corrosion or conductivity.
Installation and Long-Term Use
Direct burial installation requires excavation to the specified depth, proper alignment, and backfilling with compacted material. The lightweight design allows for manual handling or use of light equipment. No grounding is required due to the non-conductive fiberglass material.
Routine inspection should focus on surface condition, hardware integrity, and any signs of impact or overloading. The pole’s flexibility under wind load reduces the risk of breakage, but exceeding EPA or wind ratings can result in permanent deformation or failure. The fluoropolymer coating minimizes maintenance requirements over the service life.
How This Fixture Is Commonly Used
This pole is typically installed at 30 feet above grade for mounting sports field floodlights or area luminaires. Fixture spacing and layout depend on the lighting design, EPA limits, and wind exposure at the site. Multiple poles are often arranged around the perimeter of sports fields or large outdoor areas to achieve uniform illumination.
Fixture count and pole spacing are determined by the required light levels and the EPA of each luminaire. Higher EPA fixtures or multiple luminaires per pole may require reduced mounting height or increased pole strength to remain within wind load limits.
Safety, Certifications, and Warranty
The pole is non-conductive and fire resistant. It is rated for wind loads up to 100 mph, with EPA limits specified for each wind speed. The fluoropolymer coating provides long-term UV and weather protection. A 7-year warranty covers material and structural performance.
All safety and performance characteristics are based on manufacturer testing and engineering standards for fiberglass light poles. Installation must comply with local codes and site-specific requirements.
Frequently Asked Questions
Q: What is the maximum EPA this pole can support at 30 feet above grade?
A: The maximum EPA is 13 at 70 mph, 8 at 80 mph, 4.7 at 90 mph, and 2.4 at 100 mph wind speed.
Q: Is this pole suitable for coastal or corrosive environments?
A: Yes, the fiberglass construction and fluoropolymer coating provide resistance to corrosion and chemical exposure.
Q: Does the pole require electrical grounding?
A: No, the pole is non-conductive and does not require grounding.
Q: What is included with the pole?
A: The pole is supplied with a top cap. Mounting hardware and fixtures are not included.
Q: How deep should the pole be buried for direct burial installation?
A: The pole is designed for 6 feet below grade, resulting in 30 feet above grade. Follow site-specific engineering and local codes for burial depth and backfill requirements.
Q: Can this pole be used for multiple luminaires or large floodlights?
A: Yes, as long as the total EPA and weight of all fixtures and brackets remain within the specified limits for the site wind speed.
Q: How should I plan pole spacing for a sports field?
A: Pole spacing depends on the lighting design, fixture EPA, and required light levels. Consult a lighting layout or photometric plan to determine optimal placement.
Application Questions and Clarification
Q: Is this pole appropriate for marina or waterfront lighting?
A: Yes, the fiberglass material and coating are suitable for marina, coastal, and waterfront environments.
Q: Can this pole be used for roadway or campus area lighting?
A: Yes, it is suitable for roadway lighting, campus lighting, and general area lighting within EPA and wind load limits.
Q: Is this pole recommended for wastewater facility lighting?
A: Yes, the pole’s corrosion resistance makes it appropriate for wastewater facility environments.
Q: What are the main limitations for fixture selection on this pole?
A: The total EPA and weight of all fixtures and brackets must not exceed the specified limits for the site’s wind speed and exposure.
