Commercial LED Exit Signs and Emergency Lights

What are LED Lighting Supply Exit Signs?

Emergency exit signs deliver illuminated directional guidance to the nearest exit route during power outages or emergencies. Our LED exit signs consume less than 5 watts while maintaining superior visibility at distances up to 100 feet. Built-in NiMH battery backup systems automatically engage when power fails, providing continuous illumination for 90+ minutes to meet code requirements.

What are LED Lighting Supply Emergency Lights?

LED emergency lights activate instantly when a power disruption occurs, flooding exit pathways with bright illumination. We typically recommend models with dual LED heads that deliver 400-800 lumens of emergency lighting coverage. Advanced power management circuits ensure reliable operation, while integrated self-testing capabilities automatically verify battery and lamp function monthly, reducing maintenance requirements significantly.

What are the Types of LED Lighting Supply Exit Signs and LED Emergency Lights?

LED Red Exit Signs: Traditional red lettering configuration favored in most US commercial applications. Output intensity reaches 15 cd/m² for maximum visibility in smoky conditions.

LED Green Exit Signs: International standard green lettering preferred for healthcare facilities and modern commercial buildings. Studies show green increases recognition speed by 2.5 seconds in emergencies.

LED Single Face Clear Edge Lit Exit Signs: Contemporary edge-lit design with ultra-thin 0.5-inch profile perfect for modern architectural spaces. Available in red or green with viewing angles optimized for single-direction visibility.

LED Double Face Clear Edge Lit Exit Signs: Dual-sided edge-lit construction ideal for hallway intersections and corridor centerline mounting. Uniform light distribution covers 180-degree viewing angles from both sides.

Hazardous-Location Exit Signs: Explosion-proof housings rated for Class I, Division 2 environments, including chemical plants and refineries. All units undergo rigorous UL844 explosive atmosphere testing.

Fire-proof Emergency Exit Signs: Fire-resistant construction withstands direct flame exposure for specified durations. Most standard models lack this specialized protection, making proper selection critical for high-risk applications.

LED Exit Sign With Emergency Lights: Combination units integrate directional signage with dual-head emergency lighting in one compact fixture. Consolidated design reduces installation points while ensuring 90-minute backup duration.

High-Temperature Emergency Exit Lights: Specialized units engineered for continuous operation in ambient temperatures reaching 140°F, suitable for boiler rooms, commercial kitchens, and industrial environments.

What Types of Mounting are Common with LED Lighting Supply Exit Signs?

Surface Mount Exit Signs: Direct wall or ceiling attachment offers the simplest installation approach. Universal mounting brackets accommodate standard 4-inch junction boxes while providing adjustable positioning for optimal visibility angles.

Recessed Mount Exit Signs: Flush installation requires precise ceiling cutouts but delivers clean architectural integration. Recessed mounting works best with suspended ceiling systems and provides tamper-resistant positioning in high-traffic areas.

What are the Common Certifications Associated with LED Exit Signs?

Our emergency lighting systems meet stringent safety and performance standards through comprehensive third-party testing:

• UL Listed for Damp Locations: Rigorous safety testing ensures reliable operation in humid environments, including stairwells and loading docks.
• The National Fire Protection Association (NFPA): Updated every three years, NFPA guidelines mandate specific illumination levels and battery backup durations to ensure safe building evacuation during fire emergencies.
• The National Electric Code (NEC): Comprehensive electrical installation standards covering proper circuit protection, wiring methods, and emergency power requirements for life safety lighting systems.
• OSHA: Occupational Safety & Health Administration regulations establish minimum emergency lighting requirements for workplace safety, including monthly testing protocols and maintenance documentation.

Installation Considerations for Maximum Performance

• Surface Mount Applications: Wall-mounted units should be positioned 6-8 feet above floor level for optimal visibility. Ceiling mounting works well in areas with 10+ foot ceiling heights where wall space is limited.
• Recessed Installation Benefits: Flush mounting prevents accidental damage in narrow corridors while maintaining clean sightlines. Professional installation ensures proper heat dissipation and code compliance in fire-rated ceiling assemblies.

Safety and Performance Certifications

All our fixtures carry essential certifications, including DLC Premium, UL Listed, and ETL Listed approvals. These certifications ensure safety, performance, and energy efficiency while qualifying your project for utility rebates and tax incentives. DLC Premium certification guarantees the highest efficiency standards and maximum rebate eligibility.

5 Year Warranty and Warranty Support

All our lights come with at least a 5-year warranty, and all warranty support is based in the USA. We take customer support seriously, and helping you with a warranty claim is important to us. Our experienced support team understands the importance of keeping your lighting operational and will work quickly to resolve any warranty issues.

Expert Emergency Lighting Guidance and Custom Solutions

LED Lighting Supply's product specialists bring over 15 years of emergency lighting expertise to help you navigate complex code requirements and application challenges. We provide complimentary custom emergency lighting plans specifically designed for your facility layout, ensuring complete code compliance while optimizing fixture placement for maximum safety coverage. Our team also performs detailed energy savings calculations comparing your current emergency lighting costs against LED retrofits, typically identifying 60-75% energy reductions that justify upgrade investments within two years. Unlike general electrical suppliers, our specialists understand the critical differences between standard exit signs and specialized applications like hospital egress lighting or hazardous location requirements, ensuring you select the right emergency lighting solution the first time.

Commercial LED Exit Signs and Emergency Lights Frequently Asked Questions

How Long Do LED Exit Signs Last Compared to Traditional Exit Signs?

LED exit signs operate for 25+ years with minimal maintenance, compared to fluorescent exit signs that require lamp replacements every 2-3 years. The integrated NiMH battery backup systems maintain peak performance for 5-7 years before replacement, while traditional incandescent exit signs need bulb changes every 6-12 months. LED technology eliminates the recurring maintenance costs that make traditional exit signs expensive over their lifecycle.

What Is the Required Mounting Height for Exit Signs to Meet Code Compliance?

Exit signs must be mounted with the bottom edge at least 6 feet 8 inches above the floor according to IBC and NFPA 101 requirements. Wall-mounted units work best at 7-8 feet for optimal visibility, while ceiling-mounted signs require minimum 10-foot ceiling heights to maintain proper viewing angles. Signs must be visible from 100 feet away under normal conditions and remain clearly readable through smoke during emergencies.

How Often Do Emergency Exit Signs Need Testing and What Are the Requirements?

Monthly testing requires activating the battery backup for 30 seconds to verify proper operation, with results documented in maintenance logs. Annual testing mandates a full 90-minute discharge test to confirm battery capacity meets code requirements. Modern LED exit signs with self-testing capabilities automatically perform these checks and indicate any failures through built-in diagnostic LEDs, reducing manual testing labor by 80%.

What Is the Difference Between Red and Green Exit Signs for Code Compliance?

Red exit signs remain the standard for most US commercial buildings under NFPA 101 and IBC codes, while green exit signs are becoming preferred in healthcare facilities and modern construction. International studies show green signage reduces evacuation time by 2.5 seconds due to improved recognition in emergency conditions. Both colors must meet the same 15 cd/m² luminance requirements, but local AHJs may specify color preferences for specific building types.

Can LED Exit Signs Operate in High Temperature Environments Like Commercial Kitchens?

Standard LED exit signs operate reliably up to 104°F ambient temperature, while specialized high-temperature models function continuously at 140°F for commercial kitchen and boiler room applications. High-temperature units feature enhanced battery chemistry and thermal management systems that prevent failure in extreme heat. These specialized units carry UL924 listings for elevated temperature operation and typically cost 40-60% more than standard models.

What Emergency Lighting Coverage Area Is Required by Code for Different Building Types?

Emergency lighting must provide minimum 1 foot-candle illumination along exit pathways and 10 foot-candles at floor level in stairwells according to NFPA 101. Dual-head emergency lights typically cover 400-800 square feet depending on mounting height and beam pattern. Industrial facilities and assembly occupancies require enhanced coverage with maximum 30-foot spacing between emergency fixtures to eliminate dark zones during power outages.

How Much Energy Do LED Exit Signs Save Compared to Fluorescent Models?

LED exit signs consume less than 5 watts compared to fluorescent models using 15-20 watts, delivering 70-75% energy savings annually. A typical commercial building with 50 exit signs saves approximately $800-1,200 per year in electricity costs after LED conversion. The elimination of lamp replacement labor adds another $2,000-3,000 in savings over the LED's 25-year lifespan, making payback periods typically 18-24 months.

What Certifications Are Required for Exit Signs in Hazardous Locations?

Hazardous location exit signs must carry UL844 certification for explosive atmosphere operation and appropriate Class I, Division 2 ratings for chemical processing environments. Explosion-proof housings prevent internal sparks from igniting flammable vapors, while specialized gaskets maintain environmental sealing. These units cost 300-400% more than standard exit signs but are mandatory in refineries, paint booths, and chemical storage areas where standard fixtures could create ignition sources.

Why Do Electrical Contractors Choose LED Lighting Supply for Emergency Lighting Projects?

Our 15+ years of emergency lighting expertise and 25,000+ completed projects help contractors navigate complex code requirements and avoid costly specification errors. We provide complimentary emergency lighting plans with fixture placement calculations, ensuring code compliance while optimizing coverage areas. Our consultative approach includes detailed energy savings analysis and utility rebate documentation that contractors can present to building owners, making LED upgrades easier to justify and sell.

Do LED Exit Signs Work During Power Outages and How Long Do Batteries Last?

LED exit signs automatically switch to NiMH battery backup within milliseconds of power failure, providing continuous illumination for 90+ minutes to meet code requirements. Battery systems maintain peak performance for 5-7 years before replacement, compared to traditional lead-acid batteries requiring replacement every 2-3 years. Advanced charging circuits prevent overcharging damage and extend battery life while maintaining readiness for emergency activation.

What Is the Installation Process for Recessed LED Exit Signs in Drop Ceilings?

Recessed installation requires precise ceiling cutouts matching fixture dimensions, typically 12" x 3" for standard models. The fixture housing mounts above the ceiling grid with the face plate sitting flush with ceiling tiles. Electrical connections require dedicated 20-amp emergency circuits that remain energized during normal building shutdowns, ensuring battery charging continues uninterrupted for code compliance.