Showing all 13 results
- SKU:MLLG-LS-BH-2-BZ | Web ID:2072Availability:165 In StockShips 3-5 Days
- Type: 2 fixture bull horn 180 degrees
- Color: Bronze
- Tenon Size: 2 3/8 inch
- EPA: 0.9
- Weight: 24 lbs
- Warranty: 1 years
Starting At$167.57 - SKU:MLLG-LS-BH-3-BZ | Web ID:2001Availability:265 In StockShips 3-5 Days
- Type: 3 Fixture 180 Degree Bullhorn Mount
- Color: Bronze
- Tenon Size: 2 3/8 inch
- EPA: 1.4
- Weight: 18 lbs
- Warranty: 1 years
Starting At$236.43 - SKU:MLLG-WL-BH-4-BZ | Web ID:2002Availability:95 In StockShips 3-5 Days
- Type: 4 Fixture 180 Degree Bullhorn Mount
- Color: Bronze
- Tenon Size: 2 3/8 inch
- EPA: 2.6
- Weight: 28.5 lbs
- Warranty: 1 years
Starting At$560.00 - SKU:LLS-X-BHLP-2-BZ | Web ID:2073Availability:129 In StockShips 3-5 Days
- Type: 2 fixture bull horn 180 degrees
- Color: Bronze
- Tenon Size: 2 3/8 inch
- EPA: 1.0
- Weight: 18 lbs
- Warranty: 1 years
Starting At$167.50 - SKU:MLLG-LS-BHLP-3-BZ | Web ID:2074Availability:144 In StockShips 3-5 Days
- Type: 3 fixture bull horn 180 degrees
- Color: Bronze
- Tenon Size: 2 3/8 inch
- EPA: 1.6
- Weight: 28 lbs
- Warranty: 1 years
Starting At$277.31 - SKU:MLLG-LS-BHLP-4-BZ | Web ID:2075Availability:73 In StockShips 3-5 Days
- Type: 4 fixture bull horn 180 degrees
- Color: Bronze
- Tenon Size: 2 3/8 inch
- EPA: 2.2
- Weight: 41 lbs
- Warranty: 1 years
Starting At$322.78 - SKU:MLLG-LS-120BH-3-BZ | Web ID:1996Availability:106 In StockShips 3-5 Days
- Type: 3 fixture bull horn 120 degrees
- Color: Bronze
- Tenon Size: 2 3/8 inch
- EPA: 1.5
- Weight: 38 lbs
- Warranty: 1 years
Starting At$222.50 - SKU:MLLG-LS-90BH-4-BZ | Web ID:2000Availability:75 In StockShips 3-5 Days
- Type: 4 fixture bull horn 90 degrees
- Color: Bronze
- Tenon Size: 2 3/8 inch
- EPA: 1.5
- Weight: 39 lbs
- Warranty: 1 years
Starting At$251.92 - SKU:MLLG-WL-120LP-3-BZ | Web ID:2076Availability:107 In StockShips 3-5 Days
- Type: 3 fixture bull horn 120 degrees
- Color: Bronze
- Tenon Size: 2 3/8 inch
- EPA: 1.4
- Weight: 22 lbs
- Warranty: 1 years
Starting At$234.55 - SKU:MLLG-LS-90LP-4-BZ | Web ID:2077Availability:210 In StockShips 3-5 Days
- Type: 4 fixture bull horn 90 degrees
- Color: Bronze
- Tenon Size: 2 3/8 inch
- EPA: 1.6
- Weight: 29 lbs
- Warranty: 1 years
Starting At$259.36 - SKU:MLLG-WL-SPOKE-1T-90D | Web ID:2582Availability:210 In StockShips 3-5 Days
- Pole Color: Bronze
- Type: 1 Fixture Spoke 90 degrees
- Tenon Size: 2 3/8 inch
- Material: Powder Coated Steel
- EPA: 0.5
- Weight: 5 lbs
- Warranty: 1 years
Starting At$96.00 - SKU:MLLG-WL-SPOKE-2T-180D | Web ID:2511Availability:158 In StockShips 4-7 Days
- Type: 2 Fixture Spoke 180 degrees
- Color: Bronze
- Tenon Size: 2 3/8 inch
- Material: Powder Coated Steel
- EPA: 0.7
- Weight: 7.5 lbs
- Warranty: 1 years
Starting At$168.00 - SKU:MLLG-WL-SPOKE-3T-120D | Web ID:2583Availability:147 In StockShips 3-5 Days
- Type: 3 Fixture Spoke 120 degrees
- Color: Bronze
- Tenon Size: 2 3/8 inch
- Material: Powder Coated Steel
- EPA: 0.7
- Weight: 20 lbs
- Warranty: 1 years
Starting At$188.89
LED Lighting Supply's comprehensive line of steel light pole bullhorns are essential mounting accessories that transform commercial and industrial lighting systems. These specialized brackets enable strategic fixture placement on poles, dramatically improving illumination coverage while optimizing lighting performance across outdoor areas. Whether upgrading existing infrastructure or planning new installations, understanding bullhorn bracket benefits and applications helps you make informed decisions for your lighting requirements.
What Are Steel Light Pole Bullhorns?
Steel light pole bullhorns function as specialized mounting brackets that extend outward from poles, enabling installation of multiple fixtures away from the central pole structure. These robust brackets create arm-like extensions that position lighting fixtures at optimal angles and distances for maximum illumination coverage. Bullhorn brackets serve critical purposes in outdoor lighting installations:
- Extending fixture reach beyond the pole's immediate vicinity
- Supporting multiple fixtures mounted on a single pole
- Delivering structural support required for heavy-duty area lighting fixtures
- Creating proper angles for directing light where needed most
Available in various lengths, angles, and load capacities, steel bullhorns can be engineered to meet specific lighting requirements for virtually any commercial or industrial application.
Benefits of Steel Bullhorn Brackets
Engineered from High-Grade Materials for Maximum Durability
Steel bullhorn brackets deliver exceptional strength and longevity compared to alternative materials. Manufactured using premium steel and finished with protective coatings, these brackets withstand:
- Extreme weather conditions, including high winds, heavy snow, and ice accumulation
- Corrosive environments and exposure to industrial pollutants
- The substantial weight of LED fixtures and flood lights
- Vibrations and environmental stressors over decades of service
Robust construction guarantees extended service life with minimal maintenance requirements, making steel bullhorns a cost-effective investment for long-term lighting installations.
Versatile Mounting Options for Outdoor Lighting Setups
Steel bullhorns maximize flexibility for outdoor lighting systems, accommodating single or multiple fixture configurations. Compatibility extends to square, round, and concrete poles across diverse applications. Adjustable angles enable precise lighting control for area fixtures, parking lot illumination, and flood lighting systems. This adaptability makes bullhorns indispensable for complex lighting designs requiring optimal coverage, uniformity, and architectural aesthetics.
Cost-Effective Lighting Solutions
Premium steel bullhorn brackets provide substantial long-term value through reduced installation expenses. By mounting multiple fixtures on individual poles, bullhorn brackets eliminate unnecessary pole installations while cutting project costs. Superior durability minimizes maintenance expenses, while proper fixture positioning extends overall system lifespan. Optimized light distribution enhances energy efficiency across the installation.
Types of Projects to Incorporate Steel Bullhorns
Parking Lot Illumination
Parking facilities demand uniform, efficient lighting for safety and security compliance. Steel bullhorns excel in these environments through:
- Strategic LED fixture placement for maximum coverage areas
- Reduced pole requirements through multi-fixture mounting capabilities
- Consistent illumination across expansive parking areas
- Elimination of dark spots and shadows between lighting poles
Proper bullhorn configuration transforms parking lot lighting, improving visibility while reducing energy consumption and maintenance expenses.
Sports Field Lighting
Athletic facilities require specialized lighting solutions, ensuring optimal playing conditions for athletes and spectators. Steel bullhorns prove ideal for sports applications due to their capacity for supporting heavy-duty fixtures, providing stable mounting platforms, and enabling precise fixture aiming. From baseball diamonds to soccer fields, bullhorn brackets deliver the structural performance needed for competitive play and spectator visibility requirements.
Commercial Property Lighting
Office complexes, retail centers, and commercial properties benefit from bullhorn-mounted lighting through:
- Enhanced security around building perimeters and entry points
- Improved visibility in walkways, common areas, and loading zones
- Attractive, uniform illumination that enhances property aesthetics and value
- Reduced energy costs through efficient fixture placement and distribution
Strategic combinations of poles and steel bullhorns create effective lighting solutions that enhance both functionality and architectural appearance.
Choosing the Right Steel Bullhorn
Selecting appropriate steel bullhorns depends on several critical factors:
Pole Compatibility
Different pole types require specific bullhorn designs and mounting configurations:
- Square poles often utilize square-to-round adapters with bullhorn attachments
- Round poles typically accept direct bullhorn mounting systems
- Concrete poles may require specialized mounting hardware and solutions
- Single-pole installations might need balanced multiple bullhorn configurations
Consider your existing pole infrastructure or planned pole purchases when specifying bullhorn bracket requirements.
Load Capacity Requirements
Fixture weight and wind loads determine the necessary bullhorn structural strength:
- LED fixtures generally weigh less than traditional lighting, but still require adequate support
- Multiple fixture configurations demand higher load capacity ratings
- Wind load calculations must factor into bullhorn selection and engineering
- Always include appropriate safety margins in load capacity planning
Undersized bullhorns risk structural failures, making proper engineering assessment essential. Calculate your pole wind load capacity using LED Lighting Supply's complimentary pole wind load calculator.
Environmental Considerations
Specific location conditions influence bullhorn material selection and design:
- Coastal areas require enhanced corrosion resistance and marine-grade coatings
- High-wind regions demand stronger structural designs and reinforced connections
- Areas with extreme temperature variations need materials to withstand thermal expansion cycles
- Locations with heavy snow or ice accumulation require additional load capacity specifications
Custom engineering solutions may be necessary for particularly challenging environmental conditions.
Why Choose LED Lighting Supply's Steel Bullhorn Solutions
Our steel light pole bullhorns represent the industry's optimal combination of quality, performance, and value:
- Manufactured using premium materials for exceptional durability and longevity
- Engineered to precise specifications, ensuring perfect compatibility with lighting systems
- Finished with superior protective coatings for maximum weather resistance
- Designed for straightforward installation procedures and minimal maintenance requirements
- Quick-ship options available with fast truck delivery to meet tight project timelines
Steel Light Pole Bullhorns Frequently Asked Questions
What Are Steel Light Pole Bullhorns and How Do They Work?
Steel light pole bullhorns are specialized mounting brackets that extend outward from poles, positioning lighting fixtures away from the central pole structure for optimal illumination coverage. These robust arm-like extensions support multiple fixtures on a single pole while creating proper angles for directing light where needed most. Available in various lengths, angles, and load capacities, bullhorn brackets eliminate the need for additional poles while maximizing lighting effectiveness across commercial and industrial applications.
What Are the Main Benefits of Using Steel Bullhorn Brackets Over Other Materials?
Steel bullhorn brackets deliver exceptional strength and longevity, withstanding high winds, heavy snow loads, and corrosive environments for decades with minimal maintenance. Premium steel construction with protective coatings provides superior durability compared to aluminum or composite alternatives, supporting heavy LED fixtures while resisting vibrations and environmental stressors. The robust construction guarantees extended service life, making steel bullhorns a cost-effective investment that reduces long-term replacement and maintenance expenses.
How Much Money Can Steel Bullhorns Save on Parking Lot Lighting Projects?
Steel bullhorns significantly reduce installation costs by mounting multiple fixtures on individual poles, eliminating 30-50% of required pole installations depending on the layout. Each avoided pole installation saves approximately $2,000-$5,000 in materials and labor costs for typical commercial projects. We have found that bullhorn configurations optimize light distribution patterns, reducing total fixture counts while maintaining uniform illumination across parking areas, resulting in additional energy and maintenance savings over the system's lifespan.
What Load Capacity Do I Need for My Steel Bullhorn Brackets?
Load capacity requirements depend on fixture weight, wind loads, and local building codes, with most commercial applications requiring bullhorns rated for 150-300 pounds per arm. LED fixtures typically weigh 15-40 pounds each, but wind loads can multiply effective forces by 3-5 times during severe weather conditions. Multiple fixture configurations demand higher load capacity ratings with appropriate safety margins, and coastal or high-wind areas require additional structural reinforcement to meet local wind load specifications.
Which Pole Types Are Compatible with Steel Bullhorn Brackets?
Steel bullhorns accommodate square, round, and concrete poles through various mounting configurations and adapter systems. Round poles typically accept direct bullhorn mounting, while square poles often require square-to-round adapters for proper bracket attachment. Concrete poles may need specialized mounting hardware and custom engineering solutions, and single-pole installations require balanced multiple bullhorn configurations to prevent structural stress and ensure optimal weight distribution.
How Do Steel Bullhorns Improve Sports Field Lighting Performance?
Steel bullhorns excel in athletic facilities by supporting heavy-duty sports lighting fixtures while providing stable mounting platforms for precise fixture aiming and glare control. The robust brackets eliminate fixture vibration during high winds, maintaining consistent light patterns required for competitive play and broadcast applications. Multiple bullhorn configurations on strategically positioned poles deliver uniform illumination across playing surfaces while meeting professional lighting standards for athlete performance and spectator visibility.
What Environmental Factors Should I Consider When Selecting Steel Bullhorns?
Coastal areas require enhanced corrosion resistance and marine-grade coatings to withstand salt air exposure and humidity. High-wind regions demand stronger structural designs with reinforced connections, while areas with extreme temperature variations need materials engineered for thermal expansion cycles. Locations with heavy snow or ice accumulation require additional load capacity specifications to handle increased weight loads, and industrial environments may need specialized protective finishes to resist chemical exposure.
Why Do Electrical Contractors Choose LED Lighting Supply for Steel Bullhorn Projects?
We provide comprehensive technical guidance beyond product sales, leveraging our 15+ years of expertise and experience from 25,000+ commercial and industrial lighting projects to specify the optimal bullhorn solutions for each application. Our consultative approach includes load calculations, compatibility assessments, and custom engineering solutions for challenging installations. We offer quick-ship options with fast truck delivery to meet tight project timelines while providing ongoing technical support throughout the installation process.
How Do Steel Bullhorns Compare to Installing Additional Light Poles?
Steel bullhorns eliminate 30-50% of required pole installations while delivering superior lighting coverage through strategic fixture positioning and multi-fixture mounting capabilities. Each avoided pole saves $2,000-$5,000 in installation costs plus ongoing maintenance expenses over the system's 20+ year lifespan. Bullhorn configurations provide greater design flexibility, allowing precise light control and reduced light pollution compared to traditional single-fixture pole layouts while maintaining uniform illumination standards.
What Installation Requirements Should I Plan for Steel Bullhorn Brackets?
Steel bullhorn installation requires proper torque specifications for mounting bolts, typically 150-200 ft-lbs depending on bracket size and manufacturer specifications. Electrical connections must be weatherproofed using appropriate junction boxes and conduit systems rated for outdoor exposure. Most installations require bucket truck access for safe mounting at height, and balanced multi-arm configurations need careful weight distribution calculations to prevent pole stress and ensure structural integrity throughout the system's service life.