25 Foot Above Grade | 30 Foot Total Height Round Fiberglass Light Pole | 6 Inch Diameter | Direct Burial | High Wind Zone Rated

Product Overview

This is a 30-foot total height, round fiberglass light pole with a 6-inch diameter, designed for direct burial installation. The pole provides 25 feet of height above grade, with 5 feet set below ground for structural stability. It is engineered for use in high wind zones and corrosive environments where non-metallic construction is required. Typical installations include sports fields, coastal sites, and utility areas where steel or wood poles are not suitable due to corrosion or environmental exposure.

The fiberglass construction offers a lightweight alternative to steel or wood, weighing 90 lbs, which simplifies handling and installation. The acrylic enamel finish provides additional surface protection and is available in bronze or custom colors to meet site requirements.

Core Performance and Output

This fiberglass pole is rated for wind loads with EPA (Effective Projected Area) capacities of 12 at 70 mph, 7.5 at 110 mph, 5.5 at 130 mph, and 3 at 160 mph. These ratings define the maximum allowable fixture and bracket area that can be safely mounted at the top of the pole under specified wind conditions. The 6-inch diameter and direct burial design provide structural rigidity for mounting luminaires and accessories within these limits.

The pole supports a range of area and sports lighting fixtures, with mounting heights suitable for large field and site applications. Excessive EPA or fixture weight above the rated limits will compromise pole integrity, especially in high wind regions. For installations with multiple fixtures or large bracket assemblies, verify total EPA and weight against the pole?s maximum ratings.

Adjustability and Control Options

This pole is non-tapered and does not include integrated tilt or rotation adjustment. Fixture orientation and aiming are determined by the mounting hardware or brackets used with the pole. The pole is compatible with standard tenon or side-mount brackets for area, roadway, or sports lighting applications.

No integrated electrical control features are provided. All wiring and control devices must be specified and installed separately, routed through the pole interior as required by the fixture and site design.

Longevity and Reliability

The fiberglass construction provides high resistance to corrosion, UV degradation, and chemical exposure, making it suitable for coastal, marina, and wastewater environments. The acrylic enamel finish further protects the pole surface from weathering and abrasion. The pole is not subject to rust or rot, unlike steel or wood alternatives.

A 15-year warranty covers material and structural performance under normal operating conditions. Long-term reliability is dependent on correct installation depth, proper backfill, and adherence to EPA and weight limits for mounted fixtures.

Build Quality and Physical Characteristics

This pole is manufactured from high-strength fiberglass with a uniform 6-inch diameter and a total length of 30 feet. The direct burial design requires 5 feet of the pole to be set below grade, providing a stable foundation without the need for anchor bolts or base plates. The pole weighs 90 lbs, allowing for manual handling with standard equipment.

The acrylic enamel finish is available in bronze as standard, with custom color options available for site-specific requirements. The pole is non-conductive, reducing the risk of stray voltage or electrical hazards in exposed environments.

Where This Product Fits Best

This fiberglass light pole is suited for outdoor environments requiring high mounting heights, corrosion resistance, and non-metallic construction. It is commonly used in sports field lighting, coastal installations, and utility areas where steel or wood poles are not practical due to environmental exposure or maintenance concerns.

• baseball field lighting
• football field lighting
• sports field lighting
• driving range lighting
• coastal lighting
• corrosive environment lighting
• marina lighting
• wastewater facility lighting

The pole?s non-corrosive properties and high wind zone ratings make it suitable for installations in coastal regions, marinas, and areas with frequent exposure to salt, chemicals, or moisture.

Installation and Long-Term Use

Direct burial installation requires a properly sized excavation to accommodate the 5-foot below-grade section. Backfill should be compacted to ensure stability and prevent pole movement over time. The lightweight design allows for manual or light equipment handling, reducing installation time compared to steel or concrete poles.

All wiring is routed through the pole interior. Care should be taken to seal the top and entry points to prevent moisture ingress. Long-term performance depends on maintaining EPA and weight limits, especially in high wind areas. Periodic inspection of the above-grade finish and below-grade stability is recommended for sites with shifting soils or aggressive environments.

How This Fixture Is Commonly Used

This pole is typically installed at mounting heights of 25 feet above grade, supporting area or sports lighting fixtures for large outdoor spaces. Fixture spacing and layout are determined by the lighting design, EPA limits, and site geometry. Multiple poles are often used to achieve uniform coverage for sports fields or large open areas.

For sports field applications, poles are spaced around the perimeter or at key field locations to support floodlights or area luminaires. Higher EPA-rated poles allow for larger or multiple fixtures, but total EPA and weight must remain within specified limits. Increasing pole height can improve coverage but may require adjustments to fixture aiming and wattage to maintain uniformity.

Tradeoff: Higher mounting heights reduce the number of poles needed for coverage but increase wind loading and may require lower EPA fixtures to stay within pole ratings.

Safety, Certifications, and Warranty

This fiberglass pole is non-conductive and suitable for use in environments where electrical isolation is required. The product is rated for high wind zones and meets structural performance standards for outdoor lighting support. The acrylic enamel finish provides additional surface protection in corrosive or coastal environments.

The pole includes a 15-year warranty covering material and structural integrity. All installations must comply with local codes and engineering requirements for direct burial poles in high wind or corrosive environments.

Frequently Asked Questions

Q: What is the maximum EPA this pole can support at 110 mph wind speed?

A: The maximum EPA rating at 110 mph is 7.5.

Q: Can this pole be used in coastal or corrosive environments?

A: Yes, the fiberglass construction and acrylic enamel finish are suitable for coastal and corrosive environments.

Q: What is the required burial depth for installation?

A: The pole requires 5 feet of burial below grade for proper installation.

Q: Is this pole compatible with standard area or sports lighting fixtures?

A: Yes, it is compatible with fixtures that do not exceed the EPA and weight limits for the pole.

Q: How should fixture spacing be planned for sports field applications?

A: Fixture spacing depends on field size, light levels, and EPA limits. Higher mounting heights allow for wider spacing but require careful EPA management.

Application Questions and Clarification

Q: Is this pole suitable for marina or waterfront lighting?

A: Yes, the non-corrosive fiberglass construction is appropriate for marina and waterfront environments.

Q: Can this pole be used for wastewater facility lighting?

A: Yes, it is suitable for wastewater facilities due to its resistance to chemicals and moisture.

Q: What is the total weight of the pole for handling and installation?

A: The pole weighs 90 lbs.

Q: Are custom colors available for the pole finish?

A: Yes, custom colors can be specified in addition to the standard bronze finish.