15 Foot Above Grade | 18.5 Foot Total Height Square Fiberglass Light Pole | 4 Inches Wide | Direct Burial | High Wind Zone Rated

Product Overview

This is a 15-foot above grade, 18.5-foot total height square fiberglass light pole designed for direct burial installation. The pole is engineered for high wind zone applications and is suitable for environments where corrosion, conductivity, and long-term durability are concerns. Typical use includes supporting lighting or security equipment in outdoor areas exposed to harsh weather or corrosive elements.

The fiberglass construction provides a non-conductive, fire-resistant, and UV-protected solution for sites where steel or wood poles may degrade or present safety risks. The pole includes a fluoropolymer coating and a top cap, and is available in multiple color options to match site requirements.

Core Performance and Output

This fiberglass pole supports a maximum EPA (Effective Projected Area) of 23.4 at 70 mph, scaling down to 1.3 at 160 mph. The structural capacity is suitable for mounting single or multiple fixtures, cameras, or similar equipment within the EPA and weight limits. The 4-inch square profile and .205-inch wall thickness provide a balance of strength and flexibility under wind load.

The direct burial design eliminates the need for anchor bolts or base plates, reducing installation steps and potential corrosion points. Excessive fixture loading or mounting large arrays at the top of the pole may exceed EPA or weight ratings, especially in high wind zones. Always verify total fixture and bracket EPA against local wind speed requirements.

Adjustability and Control Options

This pole does not include integrated tilt, rotation, or height adjustment features. Fixture orientation and aiming depend on the mounting hardware selected for the attached equipment. The non-conductive fiberglass material allows for safe integration of electrical and control wiring inside the pole body.

Control options such as photocells, sensors, or wireless controls must be specified and installed with the fixtures or as part of the site electrical system. The pole accommodates standard drilling patterns for most lighting and security equipment.

Longevity and Reliability

The fiberglass construction is resistant to rot, rust, and corrosion, making it suitable for coastal, marine, and chemically aggressive environments. The fluoropolymer coating and 25-year UV protective paint prevent surface degradation and color fading over time.

The pole is designed to flex under wind load and return to its original form, reducing the risk of catastrophic failure. Fire resistance is inherent to the material, as fiberglass does not sustain a flame. The pole does not break down with age under normal outdoor exposure.

Build Quality and Physical Characteristics

This pole measures 18.5 feet in total length, with 15 feet above grade and 3.5 feet below grade for direct burial. The 4-inch square cross-section and .205-inch wall thickness provide structural integrity while keeping the weight at 51 lbs for easier handling.

The fluoropolymer finish is available in bronze, black, white, gray, or custom colors. The pole includes a top cap and is supplied ready for direct burial installation. The non-conductive and fire-resistant properties are inherent to the fiberglass material.

Where This Product Fits Best

This fiberglass light pole is suited for outdoor environments requiring non-conductive, corrosion-resistant, and fire-resistant structural supports. It is commonly installed in locations exposed to high winds, salt, or chemicals, where steel or wood poles may fail prematurely.

• 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 UV protection and fire resistance make it suitable for both inland and coastal sites, as well as facilities with chemical exposure or high humidity. The direct burial design is compatible with new construction and retrofit projects where below-grade installation is feasible.

Installation and Long-Term Use

Direct burial installation requires excavation to a depth of 3.5 feet, with proper backfill and compaction to ensure stability. The lightweight design allows for manual handling and positioning without heavy equipment on most sites. The pole is compatible with standard drilling templates for lighting and security equipment.

Routine inspection should focus on verifying that fixture loading remains within EPA and weight limits, especially after equipment changes. The non-conductive body reduces electrical hazard risk during maintenance. The pole does not require painting or surface treatment during its service life.

How This Fixture Is Commonly Used

Typical mounting heights are 15 feet above grade, supporting area or sports lighting fixtures, security cameras, or similar equipment. Spacing and layout depend on the lighting or surveillance requirements of the site, with poles often arranged around field perimeters or along facility boundaries.

Fixture count and spacing are determined by EPA limits, wind zone requirements, and the desired coverage area. Higher wind zones may require reduced fixture loading or increased pole count to maintain compliance. Using higher EPA-rated poles can reduce the risk of overloading but may increase installation cost.

Safety, Certifications, and Warranty

This fiberglass pole is non-conductive, fire resistant, and UV protected. It is designed for use in high wind zones and corrosive environments. The pole includes a 7-year warranty covering material and manufacturing defects.

All structural and environmental performance ratings are based on published EPA and wind load data. The pole meets requirements for outdoor lighting and utility support in demanding environments.

Frequently Asked Questions

Q: What is the maximum EPA this pole can support at 100 mph wind speed?

A: The maximum EPA at 100 mph is 9.8.

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

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

Q: What is the recommended burial depth for installation?

A: The pole is designed for 3.5 feet of burial below grade.

Q: Is this pole non-conductive for electrical safety?

A: Yes, the fiberglass material is non-conductive.

Q: How many fixtures can be mounted on this pole?

A: The number of fixtures depends on their combined EPA and weight. Always verify total loading against the EPA rating for the site?s wind zone.

Q: Does the pole require painting or surface maintenance?

A: No, the fluoropolymer coating and UV protection eliminate the need for painting or surface treatment.

Q: What is the warranty period for this pole?

A: The pole includes a 7-year warranty.

Application Questions and Clarification

Q: Is this pole suitable for supporting lighting on sports fields in high wind areas?

A: Yes, the pole is rated for high wind zones and is commonly used for sports field lighting within EPA limits.

Q: Can this pole be used for corrosive environment lighting applications?

A: Yes, the fiberglass construction is resistant to corrosion and is suitable for chemically aggressive or coastal sites.

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

A: Yes, the non-corrosive and non-conductive properties make it suitable for marina and waterfront applications.

Q: What are the main limitations when using this pole for area or field lighting?

A: The primary limitations are EPA and weight ratings at the required wind speed. Exceeding these limits can compromise structural performance.