60 Foot Wood Pole | Class 2 | Treated | Southern Yellow Pine

Product Overview

We supply 60 foot Class 2 wood poles manufactured from Southern Yellow Pine, CCA treated for long-term durability in outdoor environments. These poles are designed for direct burial installation and are specified for use in large-scale sports lighting, utility distribution, and municipal infrastructure projects. Each pole is produced to ANSI O5.1 standards and meets the requirements for heavy-duty field and area lighting support at significant mounting heights.

This pole is commonly used as a structural support for high mast sports field lighting, rural roadway lighting, and utility distribution lines. Typical installations include baseball, softball, and football fields, as well as municipal and agricultural sites requiring elevated mounting for floodlights or utility hardware.

Core Performance and Output

This 60 foot Class 2 wood pole supports substantial fixture loads and wind-exposed applications. The pole?s structural capacity is defined by its Class 2 rating, with a minimum top circumference of 25 inches and a 6-foot butt circumference of 45 inches. Weight ranges from 2750 to 3200 lbs, providing stability for high-elevation lighting and utility hardware.

Direct burial depth is 8 feet, resulting in 52 feet above grade for mounting. The CCA treatment ensures resistance to rot and decay, supporting long service life in outdoor environments. EPA (Effective Projected Area) and fixture weight limits should be confirmed based on site wind load calculations and local code requirements. Excessive fixture loading or mounting of large cross arms may require additional engineering review.

Adjustability and Control Options

Cross arms are available as optional accessories in 8-foot and 10-foot lengths, allowing for multiple fixture mounting configurations. Cross arm sizing and placement are determined by project requirements and pole class. Hardware and bracket options can be specified to accommodate various luminaire types and aiming needs.

Poles do not include integrated electrical controls or wiring. All fixture-level adjustability and control must be managed through the selected luminaires and external control systems. Field drilling for hardware or conduit entry should follow best practices to maintain pole integrity.

Longevity and Reliability

Southern Yellow Pine is selected for its strength and natural durability. CCA treatment is applied to American Wood Preservers Association standards, providing long-term resistance to decay, insects, and ground contact deterioration. Proper direct burial installation and backfill are required to achieve full service life.

Routine inspection is recommended to monitor for physical damage, woodpecker activity, or environmental wear. The pole is covered by a 1-year warranty. Actual service life is typically much longer when installed and maintained according to industry standards.

Build Quality and Physical Characteristics

Each pole is grown, debarked, and treated in the United States. Minimum top outside diameter is 8 inches, with a 14.3 inch diameter 6 feet from the butt. The pole?s weight and dimensions support high-mast lighting and utility applications where structural stability is critical.

CCA treatment provides a greenish hue and is suitable for direct ground contact. The pole is supplied without pre-drilled holes, allowing field adaptation for cross arms, luminaires, or utility hardware. All hardware and accessories should be specified for wood pole compatibility.

Where This Product Fits Best

This 60 foot Class 2 wood pole is suited for large outdoor environments requiring elevated mounting of lighting or utility equipment. Typical installations include sports fields, municipal sites, and rural infrastructure where steel or concrete poles are not preferred.

• baseball field lighting
• football field lighting
• sports field lighting
• utility distribution
• municipal lighting
• area lighting
• rural roadway lighting
• agricultural property lighting

CCA-treated Southern Yellow Pine is suitable for wet, humid, and ground-contact environments. The pole is not recommended for coastal or marine installations where saltwater exposure is present. Direct burial installation is required; above-grade mounting is not supported.

Installation and Long-Term Use

Direct burial installation requires an 8-foot embedment below grade, with proper backfill and compaction to ensure stability. Equipment for handling and setting poles of this size and weight is necessary. All field drilling for cross arms or hardware should be performed with care to avoid compromising structural integrity.

Routine maintenance includes periodic inspection for decay, insect activity, and hardware condition. Replacement of damaged cross arms or hardware should be performed as needed. The pole?s treated wood construction supports long-term use in outdoor environments with minimal ongoing maintenance.

How This Fixture Is Commonly Used

60 foot wood poles are typically installed for high-mast sports lighting and utility distribution, with mounting heights of 52 feet above grade. Fixture mounting patterns depend on cross arm configuration and project requirements. Poles are spaced to provide uniform coverage for large fields or area lighting, with spacing determined by lighting design and wind load considerations.

Higher mounting heights reduce the number of poles required for field coverage but may increase fixture count or wattage to achieve target light levels. Cross arm selection and fixture orientation are adjusted to meet site-specific aiming and uniformity needs.

Safety, Certifications, and Warranty

This pole is manufactured to ANSI O5.1 standards. CCA treatment is applied to American Wood Preservers Association specifications. The pole is supplied with a 1-year warranty covering material and workmanship.

All installation and handling should follow OSHA and local safety regulations. Proper lifting, rigging, and burial procedures are required due to the pole?s weight and length. Only qualified personnel should perform installation and maintenance.

Frequently Asked Questions

Q: What is the above-grade mounting height for this 60 foot pole?

A: The above-grade height is 52 feet, with 8 feet buried below grade for direct burial installation.

Q: What is the minimum top diameter and butt diameter of the pole?

A: The minimum top outside diameter is 8 inches, and the diameter 6 feet from the butt is 14.3 inches.

Q: Is this pole suitable for coastal or marine environments?

A: This pole is not recommended for coastal or marine environments with saltwater exposure. It is intended for inland and standard outdoor use.

Q: Can cross arms be added to this pole?

A: Yes, 8-foot and 10-foot cross arms are available as optional accessories. Sizing and configuration depend on project requirements.

Q: What is the typical service life of a CCA-treated Southern Yellow Pine pole?

A: Service life varies by environment and maintenance, but CCA-treated poles are designed for long-term outdoor use and typically last several decades.

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

A: Spacing depends on field size, lighting levels, and fixture selection. Typical layouts are determined by lighting design and wind load calculations.

Application Questions and Clarification

Q: Is this pole appropriate for supporting high mast lighting on a football field?

A: Yes, this 60 foot Class 2 pole is commonly used for football field lighting and similar high-mast sports applications.

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

A: Yes, this pole is suitable for rural roadway lighting and utility distribution where direct burial wood poles are standard practice.

Q: What installation equipment is required for setting a 60 foot wood pole?

A: Installation requires heavy equipment capable of handling and setting poles weighing up to 3200 lbs and 60 feet in length.

Q: Are there restrictions on field drilling or hardware attachment?

A: Field drilling is permitted, but care must be taken to avoid excessive holes or improper placement that could weaken the pole structure.