The LitesGo Explosion Proof LED Lighting Collection is the definitive choice for global industrial facilities where safety and high-performance illumination are non-negotiable. Engineered to perform in atmospheres containing flammable gases, combustible dust, and ignitable fibers, our fixtures carry rigorous Class I Division 1 (C1D1) and Class I Division 2 (C1D2) certifications. From offshore oil rigs to chemical processing plants, we provide the most durable, high-efficiency lighting systems designed to withstand the world’s harshest environments.
C1D1 & C1D2 (North America)
Unlike most countries, Canada and the United States do not base national compliance for hazardous area products on the IEC 60079 series of standards. Instead, a separate range of UL (or CSA for Canada) standards exist that the equipment must comply with. The UL Listing indicates that products comply with the requirements of the standard and have been tested according to Canadian or US standards. Look out for the UL markings on the nameplates of the physical product and on any product literature shared by the manufacturer.
Our explosion-proof fixtures are mission-critical across high-risk sectors worldwide:
Upstream & Downstream Oil & Gas: From drilling decks to fuel refinement towers.
Chemical & Pharmaceutical: High-concentration laboratories and mixing facilities.
Energy & Power Generation: Coal dust environments, turbine rooms, and battery storage.
Mining & Heavy Industry: Smelting plants, grain elevators, and woodworking shops.
Marine & Offshore: Salt-spray resistant lighting for rigs and maritime vessels.
Our Round High Bay series is designed for traditional high-ceiling mounting, providing uniform circular distribution and superior thermal management.
Performance: 60W to 200W configurations delivering up to 28,000 Lumens.
Durability: Compact, low-profile copper-free aluminum housing with specialized cooling fins.
Best For: Refineries, aircraft hangars, and large-scale industrial warehouses.
Engineered for low-profile applications and narrow workspaces, our Linear series replaces traditional fluorescent vapor-tights with indestructible LED technology.
Configurations: 2ft and 4ft lengths, ranging from 40W to 80W.
Design: Impact-resistant polycarbonate or glass lenses with multi-mount capabilities (ceiling, wall, or pole).
Best For: Narrow walkways, pumping stations, and paint spray booths.
The powerhouse of our collection. These heavy-duty square fixtures are available in both Division 1 (Explosion Containment) and Division 2 (Hazardous Area) ratings.
Power: Massive output ranging from 40W to a flagship 400W (56,000 Lumens).
Safety: Thick-walled "pressure vessel" construction for maximum-risk zones.
Best For: High-altitude mounting in chemical reactors and fuel storage facilities.
Equipped with heavy-duty trunnion brackets, these floodlights provide the punch and throw required for targeted safety illumination.
Precision: 100W to 200W models with high-transmittance clear optics.
Flexibility: 360-degree rotation and wide tilting angles for eliminate shadows in complex structures.
Best For: Loading docks, outdoor refineries, and maritime ports.
The ultimate lifeline for hazardous zones. Our emergency series features an industry-leading 180-minute (3-hour) battery backup.
Options: Twin-head spot units, integrated Exit Signs, and Running Man directional signage.
Certification: Dual C1D1 & C1D2 ratings for universal deployment.
Best For: Exit paths in offshore platforms and chemical plants.
This FAQ provides critical technical insights for engineers, facility managers, and safety officers operating in high-risk industrial sectors worldwide. Our solutions are designed for maximum compliance and performance across global hazardous zones.
A: The distinction is based on the frequency of the hazardous presence.
C1D1 (Division 1): Designed for environments where explosive gases, vapors, or liquids are present continuously or during normal operations (e.g., inside a chemical reactor or near an open fuel vent). These fixtures utilize "Pressure Vessel" containment to isolate internal ignitions.
C1D2 (Division 2): Engineered for areas where hazardous substances are handled but normally confined within closed systems. Explosive concentrations only exist in the event of an accidental rupture or system failure (e.g., storage areas or peripheral refinery walkways).
A: Our explosion-proof series is engineered for extreme thermal resilience. With a certified operating temperature range of -40°C to +55°C, these fixtures maintain structural and electrical integrity in both sub-zero arctic environments and high-heat desert operations. The advanced thermal management systems prevent heat buildup, ensuring consistent light output regardless of external ambient temperatures.
A: Yes. Every fixture in this collection is constructed from copper-free die-cast aluminum alloy and finished with a specialized industrial-grade powder coating. This prevents the oxidation and galvanic corrosion typical in salt-rich maritime environments. These units are IP66-rated, making them completely dust-tight and resistant to high-pressure water jets used during industrial wash-downs.
A: Absolutely. Unlike traditional HID or fluorescent lamps with fragile filaments and glass tubes, our LED engines feature a solid-state design. This, combined with high-impact IK10-rated tempered glass, allows the fixtures to operate without flickering or failure in high-vibration zones such as oil and gas drilling decks, smelting plants, and heavy-duty milling facilities.
A: Yes. Our lighting is manufactured to meet and exceed the safety requirements of the National Electrical Code (NEC) for hazardous (classified) locations. They are rigorously tested to ensure they maintain a low T-Rating (Temperature Class), meaning the surface temperature of the fixture will never reach the ignition point of the gases or dust present in the atmosphere.
A: By utilizing high-efficacy LED technology (140 lm/W), facilities can typically achieve energy reductions of 60% to 75%. For example, our 150W Square High Bay provides the equivalent illumination of a 400W metal halide while significantly reducing the load on the facility’s electrical grid and emergency backup systems.
A: Most industrial safety codes require a minimum of 90 minutes of backup. LitesGo emergency fixtures provide double the requirement (180 minutes). This extended 3-hour duration is vital for large-scale complexes—such as massive refineries or offshore platforms—where evacuation routes are long and emergency shutdown procedures are complex and time-consuming.
