Anchor Base Light Poles
- Expert lighting design and photometric planning included
- Commercial-grade poles engineered for wind and load compliance
- Dedicated project support from specification to installation
Our Anchor Base Light Poles include steel, aluminum, and fiberglass poles for commercial, industrial, roadway, campus, parking lot, and outdoor area lighting projects. Available poles use a welded or cast base plate with anchor bolts for mounting above grade to a concrete foundation. Catalog variations include different pole materials, shapes, heights, finishes, base plates, anchor-bolt patterns, and fixture mounting configurations. Fixture attachment options include tenons, drilled mounting patterns, bullhorns, and crossarms. Model-specific specifications cover dimensions, allowable EPA, wind-loading information, fixture weight, projected area, bolt quantity, bolt circle, bolt size, and anchor-bolt projection.
Common applications for these poles include parking lots, commercial properties, roadways, campuses, industrial facilities, municipal sites, and sports areas. Steel anchor-base poles are offered for commercial, industrial, parking lot, and roadway installations. Aluminum models provide another material option for applicable outdoor lighting projects. These poles mount to concrete foundations incorporated into new construction and engineered site-lighting plans. Their base plates and anchor-bolt patterns correspond to the foundation layout, while available mounting configurations support different fixture quantities, arms, brackets, and pole-mounted area lighting arrangements.
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Starting At $1,399.00
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Starting At $1,482.69
Anchor-base light poles mount to an engineered concrete foundation using a base plate, anchor bolts, nuts, and washers. They are commonly used for parking lots, roadways, campuses, commercial properties, sports facilities, pedestrian areas, and other outdoor lighting projects where a removable above-grade pole is preferred.
Available materials may include steel, aluminum, and fiberglass. The correct anchor-base pole depends on height, material, fixture load, allowable EPA, wind criteria, foundation design, anchor-bolt pattern, corrosion exposure, mounting configuration, and site conditions.
Selection Note: An anchor-base pole is only one part of the installed system. The pole, base plate, anchor bolts, foundation, reinforcement, fixtures, arms, accessories, soil conditions, and wind requirements must be compatible. Confirm the exact product and project specifications before ordering.
When to Use Anchor-Base Light Poles
Anchor-base poles are widely used for permanent commercial lighting where a concrete foundation can be installed and future pole replacement may be desirable. The pole can often be removed from the anchor bolts without excavating the surrounding area, provided the existing foundation and anchor-bolt system remain suitable.
| Project Condition | Why Anchor-Base Installation May Fit |
|---|---|
| Finished commercial sites | Anchor-base poles are commonly integrated into paved parking lots, sidewalks, plazas, campuses, and other finished surfaces. |
| Future replacement planning | A damaged or outdated pole may be removable from the foundation when the anchor bolts, bolt circle, foundation, and new loading remain compatible. |
| Precise pole placement | Foundation and anchor-bolt layout can establish the intended pole location, orientation, setback, and fixture direction before the pole is installed. |
| Commercial mounting configurations | Anchor-base poles are available with common tenons, bullhorns, crossarms, side mounts, and fixture arrangements when approved for the selected model. |
| Engineered foundation design | The foundation can be designed around the pole height, fixture load, wind criteria, soil conditions, and project requirements. |
Anchor Base Versus Direct-Burial Light Poles
| Installation Method | How It Differs |
|---|---|
| Anchor Base | The pole attaches to a base plate and anchor bolts installed in an engineered concrete foundation. Pole replacement may be simpler when the existing foundation remains suitable. |
| Direct Burial | A portion of the pole is embedded below grade. Installation depends on embedment depth, excavation, backfill, drainage, soil conditions, and manufacturer requirements. |
Neither method is automatically stronger, less expensive, or better. Selection depends on the site layout, soil, corrosion exposure, construction sequencing, maintenance plans, pole loading, foundation requirements, and available product configurations.
Anchor-Base Pole Materials
| Pole Material | Common Advantages and Considerations |
|---|---|
| Steel Anchor-Base Light Poles | Steel provides structural stiffness and broad compatibility with commercial fixtures, tenons, bullhorns, crossarms, cameras, and accessories. Galvanizing, coatings, base protection, and corrosion exposure should be reviewed for the site. |
| Aluminum Anchor-Base Light Poles | Aluminum is lighter than steel and naturally forms a corrosion-resistant oxide layer. Alloy, wall thickness, finish, galvanic corrosion, fixture load, and manufacturer wind data must still be confirmed. |
| Fiberglass Anchor-Base Light Poles | Fiberglass does not rust, is generally lightweight, and may be useful in coastal, wastewater, utility, or other corrosive environments. Deflection, base design, approved mounting hardware, ultraviolet exposure, and structural ratings vary by model. |
Steel Versus Aluminum Versus Fiberglass Anchor-Base Poles
| Selection Factor | General Difference |
|---|---|
| Structural stiffness | Comparable steel pole designs are generally stiffer, although actual deflection depends on pole geometry, wall construction, height, and loading. Aluminum and fiberglass designs may show more movement depending on the selected model. |
| Weight | Aluminum and fiberglass are generally lighter than steel, which may simplify handling. Equipment needs still depend on pole height, weight, and site access. |
| Corrosion resistance | Steel requires an appropriate protective finish. Aluminum resists rust but can be affected by galvanic corrosion and certain environments. Fiberglass does not rust but still requires review for ultraviolet exposure, chemicals, impact, and hardware compatibility. |
| Electrical conductivity | Steel and aluminum are conductive. Fiberglass pole shafts are generally nonconductive, although fixtures, wiring, bases, fasteners, and mounting hardware may still be conductive. |
| Mounting compatibility | Steel typically offers broad commercial accessory compatibility. Aluminum and fiberglass mounting options depend on the exact pole design and manufacturer-approved attachments. |
| Best application fit | Steel is commonly selected for rigid commercial mounting systems. Aluminum may be useful where lower weight and corrosion resistance matter. Fiberglass may be considered for corrosive or electrically sensitive locations. |
Material alone does not determine structural capacity. Compare the exact pole model, height, wall construction, base plate, allowable EPA, fixture load, wind criteria, finish, and foundation requirements.
How to Select an Anchor-Base Light Pole
| Selection Factor | What to Confirm |
|---|---|
| Project location | Provide the installation address so available pole options can be compared with known wind exposure, corrosion conditions, terrain, frost conditions, and other project details. Confirm governing criteria with the appropriate local or project authority. |
| Pole height | Select height using the lighting layout, fixture distribution, glare considerations, service access, and structural data for the exact pole model. |
| Fixture and accessory load | Confirm the weight and EPA of all fixtures, tenons, arms, bullhorns, cameras, banners, signs, and other equipment. |
| Allowable EPA | Compare the combined EPA of all mounted components with the pole manufacturer’s published allowable EPA at the required wind speed. |
| Base plate dimensions | Confirm the base plate size, thickness, bolt-hole arrangement, pole orientation, and compatibility with the proposed foundation. |
| Anchor-bolt pattern | Verify bolt diameter, projection, spacing, bolt circle, orientation, template, and manufacturer requirements before concrete is placed. |
| Foundation design | Foundation diameter, depth, reinforcement, anchor-bolt embedment, and concrete requirements depend on pole loading, soil conditions, frost depth, and project criteria. |
| Corrosion exposure | Review salt air, deicing salts, irrigation, standing water, chemicals, dissimilar metals, damaged finishes, and moisture around the base. |
| Wiring and service access | Confirm conduit placement, cable entry, handhole orientation, grounding or bonding requirements, and access for future maintenance. |
Anchor Bolts, Base Plates, and Foundations
The anchor bolts and concrete foundation must match the exact pole base. Bolt circle, bolt diameter, projection above the foundation, embedment, orientation, and template should be confirmed before concrete is poured. Similar-looking poles may use different anchor-bolt patterns.
Do not assume an existing foundation is suitable for a replacement pole. The new pole may have a different base plate, bolt pattern, height, fixture load, allowable EPA, or overturning demand. Existing concrete and anchor bolts should be evaluated before reuse.
There is no universal foundation size for anchor-base poles. Foundation design depends on the complete pole and fixture loading, soil conditions, frost depth, concrete and reinforcement requirements, and governing project criteria. These details should be determined or verified by the appropriate qualified professional.
Wind Load and Allowable EPA
Anchor-base installation does not by itself establish wind resistance. Pole suitability depends on the exact material, height, shape, wall construction, base plate, fixture arrangement, mounting hardware, foundation, and site conditions.
Effective Projected Area, or EPA, represents the wind-exposed area of fixtures and accessories. The total EPA of the mounted equipment must remain within the pole’s published capacity at the required wind speed.
For coastal, hurricane-prone, open-exposure, or severe-wind projects, review our high-wind rated light poles and verify the complete pole, fixture, foundation, and site requirements.
Corrosion at the Pole Base
The base area deserves particular attention because water, deicing salts, irrigation, fertilizers, debris, and damaged coatings can collect near the foundation. Steel base plates, anchor bolts, nuts, washers, and lower pole sections require finishes appropriate for the environment.
Aluminum poles should be reviewed for contact with dissimilar metals and materials that could contribute to galvanic corrosion. Fiberglass shafts do not rust, but metal base components, anchor bolts, fasteners, and accessories may still require corrosion protection.
Base covers can improve appearance and help shield exposed hardware, but they should not trap standing water or conceal corrosion, loose nuts, foundation cracking, or other conditions that require inspection.
Common Anchor-Base Pole Selection and Installation Mistakes
- Ordering the pole before confirming the foundation: Base plate dimensions and anchor-bolt patterns must be coordinated before concrete is placed.
- Using an incorrect anchor-bolt template: Small differences in bolt circle, spacing, orientation, or projection can prevent installation.
- Reusing an unverified foundation: Existing concrete and anchor bolts may not support a different pole height, base, fixture load, or wind requirement.
- Excluding mounting hardware from the load: Arms, bullhorns, cameras, signs, banners, and brackets contribute to weight and wind-exposed area.
- Assuming anchor base means high wind rated: Wind capacity depends on the complete pole, fixture, foundation, and site configuration.
- Ignoring base corrosion: Salt, irrigation, chemicals, damaged coatings, and standing water can affect poles and hardware near grade.
- Misaligning the foundation: Anchor bolts and conduit must be positioned so the handhole, fixture arms, drilling patterns, cameras, and base plate face the intended direction.
- Using the nuts to correct major leveling errors: Pole leveling, grout requirements, nut arrangement, and base installation should follow the manufacturer’s instructions and project details.
Need Help Selecting Anchor-Base Light Poles?
LED Lighting Supply can help narrow anchor-base pole options using the project location, preferred material, pole height, fixture model, fixture EPA, mounting hardware, wind requirements, finish, and base configuration.
Contact us about anchor-base light poles and provide the project address, desired pole height, fixture quantity, fixture model, mounting arrangement, preferred material, and any available foundation or anchor-bolt information. Final structural, foundation, electrical, installation, and code requirements should be confirmed by the appropriate qualified professionals for the project.
Anchor Base Light Poles FAQs
How Do I Choose The Right Anchor Base Light Pole?
Choose an anchor base pole based on the complete project load and site conditions, not pole height alone. Confirm fixture quantity and weight, mounting configuration, wind exposure, allowable EPA, material, anchor-bolt pattern, and foundation requirements.
What Should I Confirm Before Pouring An Anchor Base Pole Foundation?
Confirm the exact pole base plate, anchor-bolt quantity, bolt circle, bolt size, projection, and template before the foundation is poured. Foundation dimensions, reinforcement, concrete requirements, and bolt placement must be determined for the specific pole and project conditions.
Can An Anchor Base Pole Be Replaced Without Excavation?
Yes, an anchor base pole can generally be removed from its foundation by disconnecting the anchor-base hardware. This can simplify future pole replacement compared with a direct burial pole, which normally requires excavation around the buried section.
How Do Wind And Fixture Configuration Affect Pole Selection?
Wind exposure and the complete fixture configuration affect the pole loading and allowable EPA required for the project. Review the number of fixtures, mounting arms or brackets, fixture weight, and projected area against the exact pole structural specifications.
Should I Choose Steel Or Aluminum For An Anchor Base Light Pole?
Choose the material based on project, environment, corrosion exposure, appearance, and structural requirements. Steel poles are commonly used where strength and a wide range of configurations are needed, while aluminum can provide a lighter-weight, corrosion-resistant option for appropriate projects.