Explosion-Proof LED Linear Lights
- ETL, UL & DLC Premium Listed for the highest quality performance
- All of our products come with a hassle free 5-year warranty
- Trusted by Contractors with over 500 5-star reviews
Get Your Custom Lighting Plan With Product Recommendations
- Professionally Designed Lighting Layout
- Fixture Count & Recommendation
- Improved Energy Efficiency & Reduced Maintenance
Our Explosion-Proof LED Linear Lights for Hazardous Locations include long, narrow fixtures for replacing fluorescent-style hazardous lighting. Also referred to as hazardous area strip lights, these LED fixtures are available in ceiling-mounted and wall-mounted configurations. Their linear design distributes LEDs across a wider area than round or square fixture styles. Available products include 5000K models for replacing fluorescent and metal halide lighting. The fixtures are weatherproof, certified for harsh environments, and carry the highest available impact rating.
Common applications for these linear fixtures include hazardous areas where explosive gases or dust are present. They are commonly installed at mounting heights below 15 feet and in locations previously illuminated by fluorescent fixtures. Wall and ceiling mounting configurations support placement across hazardous industrial environments, including areas where a long, thin fixture profile matches the existing lighting layout. Their extended linear form provides an alternative to round or square hazardous-area fixtures while retaining the familiar shape of enclosed fluorescent-style lighting.
Explosion-Proof LED Linear Lights for Hazardous Locations
Explosion-proof LED linear lights provide long, even illumination for classified industrial areas where flammable gases, vapors, combustible dusts, or other hazardous materials may be present. Their rectangular design is well suited for production lines, equipment rooms, walkways, inspection areas, paint and finishing spaces, and lower mounting heights where broad, uniform coverage is preferred.
Linear fixtures are also commonly used to replace older fluorescent explosion-proof lights. LED replacements can provide immediate startup, consistent light output, and reduced lamp and ballast maintenance. The replacement should be selected by required lumens, distribution, mounting height, and foot-candle levels rather than by fluorescent lamp count or fixture wattage alone.
Choosing a Linear Hazardous-Location Fixture
The fixture style should be considered only after the hazardous-area requirements are confirmed. Before ordering, verify the exact:
- Class and Division: Match the fixture listing to the gases, vapors, dusts, fibers, or flyings present and how frequently the hazard may occur. Review applicable Class I Division 1 lighting, Class I Division 2 lighting, Class II Division 1 lighting, or Class II Division 2 lighting options as required by the documented area classification.
- Group: Confirm compatibility with the specific gas, vapor, or combustible dust identified in the area classification.
- T-rating: Verify that the fixture’s maximum surface temperature is appropriate for the hazardous material.
- Ambient rating: Confirm suitability for the expected operating temperature, especially in hot, cold, enclosed, or process areas. For elevated-temperature conditions, review high-temperature explosion-proof LED lights.
- Voltage: Match the fixture driver to the electrical circuit, including 120-277V or 277-480V explosion-proof lighting options where available.
- Mounting: Confirm whether the installation requires ceiling, wall, pendant, surface, or bracket mounting.
- Environmental exposure: Review IP rating, wet-location suitability, corrosion resistance, washdown exposure, vibration, and impact requirements.
Linear explosion-proof lights are available in different lengths, lumen packages, beam patterns, and mounting configurations. Longer fixtures may improve coverage over workstations, process equipment, corridors, and production lines, but fixture spacing and output should be based on the actual layout and required task lighting.
Explosion Proof Is Not the Same as Vapor Tight
Vapor-tight linear fixtures can resist moisture, dust, and dirt, but they are not automatically approved for hazardous classified locations. An explosion-proof or hazardous-location fixture must carry markings and certifications that match the specific Class, Division, Group, and temperature requirements of the installation.
Do not select a fixture only because it has a sealed housing or high IP rating. IP ratings describe protection against dust and water intrusion; they do not replace hazardous-location certification.
Certifications, Installation, and Warranty
Selected linear hazardous-location fixtures may carry certifications such as UL 844, cUL, CSA, ETL, ATEX, or IECEx, depending on the model and classification system. Verify the exact product marking, certification, voltage, T-rating, ambient range, and environmental ratings before ordering.
The complete electrical system – including conduit, cable glands where permitted, explosion-proof junction boxes and lighting controls, sealing fittings, switches, grounding, and bonding – must also be suitable for the classified area. Installation should be completed by a qualified electrician experienced with hazardous locations and reviewed against applicable codes, project documents, and authority-having-jurisdiction requirements.
Many explosion-proof LED linear lights include a 5-year warranty unless otherwise specified. Warranty coverage depends on the model, application, operating conditions, and installation requirements.
Need help selecting a fixture? Provide the hazardous-area classification, material present, required T-rating, voltage, mounting height, existing fixture information, and environmental conditions. LED Lighting Supply’s Product Specialists can help identify compatible linear lighting options for review by your project professional.
Explosion-Proof LED Linear Lights FAQs
What Should I Verify Before Ordering Explosion-Proof LED Linear Lights?
Verify the documented Class and Division, Group, T-rating, ambient rating, voltage, mounting method, and environmental exposure requirements before ordering. The exact product marking, certification, IP rating, wet-location suitability, corrosion resistance, washdown exposure, vibration, and impact requirements should also match the installation.
Can Explosion-Proof LED Linear Lights Replace Fluorescent Hazardous-Location Fixtures?
Yes, LED linear fixtures can replace older fluorescent explosion-proof lights when the replacement is selected for the required lumens, distribution, mounting height, and foot-candle levels. Do not select a replacement by fluorescent lamp count or fixture wattage alone.
Are Vapor-Tight Linear Lights Suitable for Hazardous Locations?
No, vapor-tight linear fixtures are not automatically approved for hazardous classified locations. A suitable hazardous-location fixture must have markings and certifications that match the required Class, Division, Group, and temperature requirements.
How Should Fixture Spacing Be Determined for Explosion-Proof Linear Lighting?
Fixture spacing should be based on the actual layout and required task lighting rather than fixture length alone. Longer linear fixtures may improve coverage over workstations, process equipment, corridors, and production lines, but output and spacing must suit the application.
What Electrical and Installation Requirements Should Be Considered?
The fixture driver must match the electrical circuit, including 120-277V or 277-480V options where available. The complete electrical system, including conduit, permitted cable glands, junction boxes, controls, sealing fittings, switches, grounding, and bonding, must also be suitable for the classified area.