10 Foot Above Grade | 13 Foot Total Height Square Fiberglass Light Pole | 4 Inches Wide | Direct Burial | High Wind Zone Rated

Product Overview

This is a 13-foot total height, 4-inch wide square fiberglass light pole designed for direct burial installation. The pole provides 10 feet of height above grade, with 3 feet below grade for structural stability. It is engineered for use in high wind zones and includes a fluoropolymer coating for long-term UV protection. Typical installations include sports fields, coastal environments, and corrosive locations where non-conductive, fire-resistant, and corrosion-proof performance is required.

The fiberglass construction offers a lightweight alternative to steel or aluminum, simplifying handling and installation. This pole is commonly specified for outdoor lighting in environments where exposure to salt, moisture, or chemicals would degrade metal poles over time.

Core Performance and Output

This fiberglass pole is rated for wind loads up to 160 mph, with EPA (Effective Projected Area) ratings ranging from 36.7 at 70 mph to 5 at 160 mph. The 4-inch square profile and .205-inch wall thickness provide structural rigidity for mounting area and sports lighting fixtures within the specified EPA and weight limits. The pole supports typical fixture loads for sports field and roadway lighting at mounting heights up to 10 feet above grade.

Direct burial installation eliminates the need for anchor bolts or base plates, reducing installation complexity. Excessive fixture weight or EPA beyond the listed ratings will compromise pole performance, especially in high wind conditions. For installations above 10 feet or with larger fixtures, higher capacity poles should be considered.

Adjustability and Control Options

This pole is a fixed-height, non-tapered design with no telescoping or adjustable features. Fixture mounting options depend on the selected bracket or tenon, which must be compatible with the 4-inch square profile. The pole is non-conductive, supporting electrical isolation requirements for certain site conditions.

No integrated control or wiring features are included. All wiring must be routed per local code, typically through the pole interior. Top cap is included to protect against moisture ingress.

Longevity and Reliability

The fiberglass material does not rot, rust, or corrode, even in coastal or chemical environments. The fluoropolymer coating provides 25-year UV protection, preventing surface degradation from sunlight exposure. The pole is fire resistant and will not sustain a flame, supporting use in wildfire-prone or hazardous areas.

Fiberglass construction is engineered to flex under wind load and return to its original shape, reducing the risk of catastrophic failure. The pole does not break down with age and maintains structural integrity over decades of service.

Build Quality and Physical Characteristics

This pole weighs 34 lbs, making it easier to handle and install compared to steel alternatives. The 4-inch square cross-section and .205-inch wall thickness provide a balance of strength and weight. The direct burial design requires a 3-foot embedment below grade for proper support.

Standard finish is a fluoropolymer coating, available in bronze, black, white, gray, or custom colors. The non-conductive, fire-resistant fiberglass material is suitable for environments where electrical isolation or fire safety is required. Top cap is included to seal the pole after fixture installation.

Where This Product Fits Best

This fiberglass light pole is suited for outdoor environments requiring corrosion resistance, non-conductivity, and high wind load performance. It is commonly used in sports field lighting, coastal sites, and areas with chemical exposure or frequent moisture.

• baseball field lighting
• softball field lighting
• soccer field lighting
• football field lighting
• sports field lighting
• driving range lighting
• coastal lighting
• corrosive environment lighting

Environments with high humidity, salt air, or chemical exposure benefit from the non-corrosive and non-conductive properties. The pole is also suitable for locations with strict fire safety requirements or where electrical isolation is needed.

Installation and Long-Term Use

Direct burial installation requires a 3-foot embedment below grade, with the remaining 10 feet above grade for fixture mounting. The lightweight design allows for manual handling and reduces equipment needs during installation. No base plate or anchor bolts are required.

Routine inspection is limited to checking for physical damage or surface wear. The fluoropolymer coating minimizes maintenance by resisting UV degradation and surface buildup. The pole?s flexibility under wind load reduces the risk of breakage, supporting long-term reliability in exposed locations.

How This Fixture Is Commonly Used

Typical mounting height is 10 feet above grade, supporting area and sports lighting fixtures within the specified EPA and weight limits. Poles are spaced based on field layout, fixture beam spread, and required light levels. For sports fields, spacing is determined by the number of poles and the lighting design for uniform coverage.

Fixture count and spacing may be reduced with higher output luminaires, but this can increase glare or require careful aiming. The pole?s non-conductive and corrosion-resistant properties are prioritized in coastal, chemical, or high-wind environments.

Safety, Certifications, and Warranty

This pole is non-conductive and fire resistant. It is rated for wind loads up to 160 mph. The fluoropolymer coating provides UV protection and surface durability. Warranty is 7 years.

All installation and use must comply with local codes and standards for structural and electrical safety. The pole is suitable for use in environments requiring electrical isolation or fire resistance.

Frequently Asked Questions

Q: What is the maximum wind load this pole can handle?

A: The pole is rated for wind loads up to 160 mph, with an EPA of 5 at that wind speed.

Q: What is the recommended embedment depth for direct burial?

A: The pole requires 3 feet of burial below grade for proper structural support.

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

A: Yes, the fiberglass construction and fluoropolymer coating are suitable for coastal and corrosive locations.

Q: What is the maximum fixture weight or EPA this pole can support?

A: Fixture EPA and weight must not exceed the listed EPA ratings for the intended wind speed. Refer to the EPA table for specific limits.

Q: Is the pole non-conductive for electrical isolation?

A: Yes, the fiberglass material is non-conductive and supports electrical isolation requirements.

Q: How often does the pole require maintenance?

A: Routine maintenance is minimal. Inspect periodically for physical damage or surface wear.

Q: How should poles be spaced for sports field lighting?

A: Spacing depends on field size, fixture output, and lighting design. Consult a lighting layout for optimal results.

Application Questions and Clarification

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

A: Yes, the pole is suitable for marina lighting and other corrosive or coastal environments.

Q: Can this pole be used for roadway or campus lighting?

A: Yes, it is suitable for roadway lighting and campus lighting within the EPA and mounting height limits.

Q: Is this pole appropriate for wastewater facility lighting?

A: Yes, the non-corrosive and non-conductive properties make it suitable for wastewater facility lighting.

Q: What sports field applications are most common for this pole?

A: Common uses include baseball, softball, soccer, football, and general sports field lighting.