45 Foot Wood Pole | Class 3 | Treated | Southern Yellow Pine

Product Overview

We supply 45 foot Class 3 wood poles manufactured from Southern Yellow Pine, CCA-treated for long-term durability and direct burial installation. These poles are designed for structural support of lighting and utility equipment in outdoor environments where height and strength are required. Typical use includes sports field lighting, parking lot lighting, and utility distribution where mounting heights above 35 feet are needed.

Each pole is produced to ANSI O5.1 standards and meets American Wood Preservers Association requirements for rot and decay resistance. Cross arms are available as an accessory, with sizing determined by project needs and pole class. This pole is suitable for new installations or replacement of existing wood utility poles in sports, municipal, and rural settings.

Core Performance and Output

This 45 foot Class 3 wood pole supports mounting heights up to 38.5 feet above grade, with a direct burial depth of 6.5 feet. The Class 3 rating provides a balance of strength and manageable weight, supporting typical wind loads and fixture combinations found in sports field and area lighting applications. Minimum pole top circumference is 23 inches, with a 7.3 inch top outside diameter, allowing for secure mounting of cross arms and luminaires.

Structural performance is governed by ANSI O5.1, with pole weight ranging from 1485 to 1750 lbs. The CCA treatment ensures resistance to decay in direct burial conditions. Excessive fixture weight or wind area (EPA) at the top may require engineering review, especially in high wind zones or with large cross arm assemblies.

Adjustability and Control Options

Wood poles do not offer integrated adjustability or mechanical control features. Fixture and cross arm placement is determined during installation, with drilling and mounting hardware specified per project requirements. Cross arms are available in 8-foot and 10-foot lengths to accommodate different luminaire layouts and aiming needs.

All adjustments to fixture orientation, aiming, and control must be managed through the attached lighting equipment and mounting accessories, not the pole itself.

Longevity and Reliability

Southern Yellow Pine poles treated with CCA are designed for long service life in outdoor environments. The preservative treatment protects against rot, decay, and insect damage, supporting reliable structural performance over decades. Compliance with ANSI O5.1 and AWPA standards ensures consistent quality and durability.

Routine inspection is recommended to monitor for mechanical damage, ground line decay, or hardware corrosion. Proper installation and burial depth are critical for long-term reliability, especially in areas with high moisture or freeze-thaw cycles.

Build Quality and Physical Characteristics

Each pole is grown, debarked, and treated in the United States using Southern Yellow Pine. The minimum circumference at the top is 23 inches, and 37.5 inches at 6 feet from the butt, with outside diameters of 7.3 inches and 11.9 inches respectively. The pole weight varies by natural wood density but falls within the 1485?1750 lb range.

CCA treatment is applied to meet current AWPA standards. The pole is supplied for direct burial installation, with no base plate or anchor bolts required. Cross arms are optional and sized to match pole class and application.

Where This Product Fits Best

This 45 foot Class 3 wood pole is suited for outdoor environments requiring elevated mounting heights and robust structural support. Typical settings include sports fields, large recreational areas, rural roadways, and utility distribution corridors. The pole?s treated wood construction is appropriate for locations where corrosion resistance and direct burial are priorities.

• baseball field lighting
• football field lighting
• sports field lighting
• parking lot lighting
• area lighting
• municipal lighting
• utility distribution
• agricultural property lighting

CCA-treated Southern Yellow Pine provides durability in wet, humid, or freeze-thaw environments. Direct burial installation is standard for sports, municipal, and rural projects where concrete foundations are not required.

Installation and Long-Term Use

Direct burial installation requires excavation to a depth of 6.5 feet, with the remaining 38.5 feet above grade. Proper tamping and backfill are essential for stability. Cross arms and hardware are mounted per project layout, with drilling performed on-site or pre-specified at the factory.

Routine inspection of ground line condition, hardware, and pole integrity is recommended. Replacement cycles are typically driven by mechanical damage or ground line decay, not by fixture load. CCA treatment supports long-term use in most soil conditions, but aggressive soils may require additional protection.

How This Fixture Is Commonly Used

Poles of this height are commonly installed for sports field lighting, parking lot lighting, and utility distribution where mounting heights between 35 and 40 feet are needed. Fixture spacing and cross arm configuration depend on field size, light level requirements, and wind load calculations. Typical layouts use 2?4 poles per field or lot, with cross arms supporting multiple luminaires per pole.

Higher mounting heights reduce the number of poles required but may increase fixture wattage and wind loading. Engineering review is recommended for projects with large cross arms or high EPA fixtures.

Safety, Certifications, and Warranty

This pole is manufactured to ANSI O5.1 standards and treated to American Wood Preservers Association specifications. CCA treatment provides rot and decay resistance for direct burial use. The product includes a 1-year warranty covering material and manufacturing defects.

All installations must comply with local codes and utility requirements. Proper handling and lifting procedures are required due to pole weight and length.

Frequently Asked Questions

Q: What is the maximum mounting height above grade for this pole?

A: The maximum mounting height above grade is 38.5 feet, with 6.5 feet buried below grade.

Q: What is the typical wind load capacity for a 45 foot Class 3 wood pole?

A: Wind load capacity depends on pole class, fixture EPA, and local wind zone. Engineering review is recommended for high EPA or high wind areas.

Q: Are cross arms included with the pole?

A: Cross arms are optional and available in 8-foot and 10-foot lengths. Selection depends on project requirements.

Q: What type of preservative treatment is used?

A: The pole is treated with CCA (chromated copper arsenate) to meet AWPA standards for rot and decay resistance.

Q: How often should the pole be inspected after installation?

A: Routine inspection is recommended annually to check for ground line decay, hardware condition, and mechanical damage.

Q: What is the recommended burial depth for installation?

A: The recommended burial depth is 6.5 feet for this 45 foot pole.

Q: Can this pole be used in coastal or high-moisture environments?

A: CCA-treated Southern Yellow Pine is suitable for most wet or humid environments. Additional protection may be needed in aggressive soils.

Q: What is the warranty period for this pole?

A: The pole includes a 1-year warranty covering material and manufacturing defects.

Application Questions and Clarification

Q: Is this pole suitable for supporting multiple sports field luminaires at 40 feet?

A: Yes, this pole is commonly used for sports field lighting at mounting heights up to 38.5 feet. Engineering review is advised for high EPA or multiple large fixtures.

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

A: Yes, this pole is suitable for rural roadway, municipal, and area lighting applications requiring elevated mounting heights.

Q: What are the typical applications for a 45 foot Class 3 wood pole?

A: Typical applications include baseball field lighting, football field lighting, sports field lighting, parking lot lighting, area lighting, municipal lighting, utility distribution, and agricultural property lighting.

Q: How should fixture and cross arm loads be evaluated for this pole?

A: Fixture and cross arm loads should be evaluated based on total weight, EPA, and local wind conditions. Consult engineering guidelines for safe loading limits.