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35 Foot Wood Pole | Class 3 | Treated | Ponderosa Pine
Dwayne Kula | President, CTO and Founder
Product Description
Key Features
- Total Height (ft): 35
- Height Above Grade (ft): 29.5
- Buried Depth Below Grade (ft): 5.5
- ANSI Class: Class 3
- Material: Wood Ponderosa Pine
- Pole Weight (lbs): 630-750
- Min Pole Top Circ (in): 23
- Min Circ 6ft from Butt (in): 37
- Min Pole Top OD (in): 7.3
- Pole OD 6ft From Butt (in): 11.8
- Treatment: CCA
- Pole Installation: Direct Burial
- Warranty: 1 year
Our CCA Treated 35 Foot Wood Pole Class 3 Treated Ponderosa Pine Poles are grown, debarked, and treated in the United States. They are manufactured to ANSI O5.1 specification. Poles are pressure treated and preservative treated to the latest American Wood Preservers Association standards to prevent damage from termites, decay and rot regardless of the species used.
Delivery is made with a flatbed truck and the customer is responsible for offloading. Offloading requires a fork lift or appropriate similar vehicle to offload - customer supplied. Customers are responsible for any costs associated with delivery rescheduling because of improper scheduling or not having the proper offloading equipment or area to store poles available at the time of delivery. Please contact a sales representative prior to purchasing to ensure all the project details are clear.
Pricing: Does not include cost of shipping. Shipping is available to the lower 48 USA states. We can supply a budgetary shipping quote or a firm shipping quote that is good for 14 days.
Disclaimer: LED Lighting Supply is not responsible for improper loading (ie what is mounted to the pole), installation costs, or foundation design of light poles. Dimensions and specifications of poles are subject to change without notice but the pole top and butt dimensions will always be within ANSI specifications. Wood poles are the ideal option for most field projects as concrete poles require more frequent maintenance and replacement.
Please be advised that our wood poles are covered solely by a 1-year workmanship warranty, which ensures that the poles are free from defects from the manufacturing process, and structural integrity, for one year from the date of purchase. This warranty does not cover damage resulting from external factors, misuse, or normal wear and tear.
Download our Pole Circumference Chart for Wood Poles
Web ID: 2197
Product Overview
This 35 Foot Wood Pole, Class 3, is manufactured from Ponderosa Pine and pressure treated with CCA preservative. It is designed for direct burial installation in outdoor environments where structural support for lighting or utility distribution is required. Typical use includes supporting sports field lighting systems and utility lines in municipal, recreational, and rural settings.
The pole meets ANSI O5.1 Class 3 standards and is produced to American Wood Preservers Association specifications. With a total length of 35 feet and a weight range of 630?750 lbs, this pole is suitable for mounting heights up to 29.5 feet above grade after burial. It is commonly specified for new installations or replacement of existing wood poles in sports field and area lighting projects.
Core Performance and Output
This Class 3 wood pole provides structural support for lighting fixtures, utility lines, and related equipment. The pole?s minimum top circumference is 23 inches, with a minimum diameter of 7.3 inches at the top and 11.8 inches at 6 feet from the butt. The direct burial depth is 5.5 feet, resulting in a stable installation with 29.5 feet above grade.
Load capacity is determined by ANSI Class 3 rating and the physical properties of Ponderosa Pine. The pole is suitable for supporting multiple sports lighting fixtures or utility crossarms, provided total weight and EPA (Effective Projected Area) limits are observed. Excessive fixture loading or mounting large arrays at the top may exceed structural limits and should be evaluated during project planning.
Adjustability and Control Options
This wood pole does not include integrated adjustability or control features. Fixture mounting, aiming, and accessory installation depend on the hardware and brackets selected for the project. The pole can accommodate a range of mounting arms, crossarms, and cable attachments as required by the application.
Any lighting control systems, such as photocells or wireless controls, must be specified and installed separately. The pole itself does not restrict the use of external control devices or wiring methods compatible with wood pole installations.
Longevity and Reliability
The pole is pressure treated with CCA to resist decay, rot, and termite damage. This treatment extends service life in outdoor environments, including areas with high moisture or soil contact. Actual lifespan depends on site conditions, installation quality, and ongoing maintenance.
Routine inspection for physical damage, wood checking, or ground line deterioration is recommended. The 1-year warranty covers manufacturing defects but does not extend to damage from overloading, improper installation, or environmental events.
Build Quality and Physical Characteristics
Constructed from Ponderosa Pine, the pole is grown, debarked, and treated in the United States. It meets ANSI O5.1 Class 3 requirements for minimum circumference and diameter at specified locations. The CCA treatment is applied to American Wood Preservers Association standards.
The pole?s natural taper and wood grain are typical for utility-grade wood poles. Surface checking and minor splits may occur but do not affect structural performance when within industry-accepted limits. The pole is supplied for direct burial installation without a base plate or anchor bolts.
Where This Product Fits Best
This 35 foot Class 3 wood pole is intended for outdoor environments requiring elevated mounting of lighting or utility equipment. It is most often used in sports field lighting, municipal utility distribution, and rural area lighting projects where wood poles are standard practice.
- sports field lighting
- baseball field lighting
- football field lighting
- softball field lighting
- utility distribution
- area lighting
- municipal lighting
- parking lot lighting
The CCA treatment and Ponderosa Pine construction provide durability in varied climates. The pole is suitable for direct burial in soil and can be used in both new construction and retrofit projects where wood poles are required or preferred.
Installation and Long-Term Use
Direct burial installation requires excavation to a depth of 5.5 feet, with proper backfill and compaction to ensure stability. The pole?s weight (630?750 lbs) typically requires mechanical handling and lifting equipment. Standard pole setting and alignment procedures apply.
Mounting hardware, crossarms, and fixture brackets must be compatible with wood pole attachment methods. Periodic inspection at the ground line and above-grade sections is recommended to monitor for decay or mechanical damage. Long-term performance depends on adherence to loading limits and site-specific maintenance practices.
How This Fixture Is Commonly Used
In sports field lighting, these poles are spaced according to field size, lighting layout, and fixture type. Typical mounting heights are 25?30 feet above grade, supporting floodlights or area lights aimed at the playing surface. In utility distribution, crossarms and insulators are attached at the required elevations for line clearance.
Fixture spacing and pole count are determined by light level requirements and field geometry. Higher mounting heights can reduce fixture glare and improve uniformity but may require increased pole count for coverage. Overloading the pole with excessive fixtures or accessories should be avoided to maintain structural integrity.
Safety, Certifications, and Warranty
This pole is manufactured to ANSI O5.1 Class 3 standards. CCA treatment is applied to American Wood Preservers Association specifications. The product is covered by a 1-year warranty against manufacturing defects.
All handling and installation should follow applicable safety guidelines for wood pole erection, including use of proper lifting equipment and personal protective equipment. Structural loading must not exceed the pole?s rated capacity. Inspection and maintenance are required to ensure continued safe operation.
Frequently Asked Questions
Q: What is the maximum mounting height above grade for this pole?
A: The maximum mounting height above grade is 29.5 feet after direct burial installation.
Q: What is the typical load capacity for a Class 3 35 foot wood pole?
A: Load capacity depends on ANSI Class 3 rating and pole dimensions. It is suitable for supporting multiple sports lighting fixtures or utility crossarms, provided total weight and EPA limits are not exceeded.
Q: What type of treatment is used for decay and insect resistance?
A: The pole is pressure treated with CCA (Chromated Copper Arsenate) to resist decay, rot, and termite damage.
Q: What installation equipment is required for setting this pole?
A: Mechanical lifting equipment such as a crane or boom truck is typically required due to the pole?s weight and length.
Q: How should fixture spacing and pole count be determined for sports field lighting?
A: Fixture spacing and pole count depend on field size, required light levels, and fixture type. A lighting layout should be developed to ensure uniform coverage and compliance with pole loading limits.
Application Questions and Clarification
Q: Is this pole suitable for use in municipal utility distribution projects?
A: Yes, this pole is commonly used for municipal lighting and utility distribution where wood poles are standard.
Q: Can this pole be used for area lighting in parking lots?
A: Yes, it is suitable for parking lot lighting when installed with compatible fixtures and mounting hardware.
Q: Is this pole appropriate for supporting lighting on baseball and football fields?
A: Yes, it is frequently specified for baseball field lighting, football field lighting, and other sports field lighting applications.
Q: What are the environmental limitations for direct burial installation?
A: The pole is treated for ground contact but should not be installed in areas with standing water or highly corrosive soils without additional site evaluation.
