Customize these lights to label doors or areas of a building. They’ll display up to four letters and numbers horizontally, or two vertically. The lens is made of polycarbonate to resist impact. ETL listed for wet locations, these lights are sealed to keep out humidity and dripping, splashing, and falling liquids.

Mount these lights directly to a wall with the included hardware.

Illuminate steps to reduce the risk of tripping or falling, especially at night or in poorly lit areas. They mount flush with your wall or step, so they won’t get snagged or bumped. A glass lens protects the LEDs from dust and damage. UL listed for wet locations, these lights are sealed to keep out humidity as well as dripping and splashed liquids.

Mount these lights in a standard 1-gang outlet box (not included) with the included mounting bracket.

Install wall-mount lights alongside the step.

Use these lights in large, open areas such as warehouses and manufacturing spaces where the ceiling is up to 30-ft. high. They are ETL and C-ETL listed for Class I Division 2 Groups A, B, C, and D, Class II Divisions 1 and 2, Groups E, F, and G, and Class III Divisions 1 and 2 for use in environments where ignitable concentrations of acetylene, hydrogen, ethylene, and propane occur infrequently, such as in the case of an accidental spill or failure of a ventilation system. With built-in LEDs, these lights last longer, are more efficient, and generate less heat than other light technologies. They produce a neutral light appearance, which creates a balanced environment for general work areas. These lights produce a wide beam of uniform light. Lights can be hardwired to operate on any of the voltages listed. Thread onto 3/4 NPT conduit to suspend lights from the ceiling.

Mount these lights in recessed spaces so the lens is flush with the ceiling or wall. NEC Classes I and II, they’re safe to use in paint spray booths, blast booths, and other areas with ignitable concentrations of flammable or combustible gases, vapors, liquids, and dust.

LED lights have a cool light appearance that highlights white and blue tones for high visibility. They are lighter and easier to install than fluorescent lights, and you never have to change a light bulb. They’re UL rated for wet locations, so they’re sealed against humidity and dripping, splashing, and falling liquids.

Fluorescent lights have an access door in the back, so you can mount them in the wall of a paint spray booth and change the bulbs from outside of the booth.

Built for hot, hazardous areas such as steel mills and refineries, these lights work in temperatures up to 212° F. Rated NEC Classes I and II, they’re safe to use where there are ignitable concentrations of flammable or combustible gases, vapors, liquids, and dust. Rated IP67 and NEMA 6, they’re sealed against humidity, washdowns, and even temporary submersion. They’ll also stay sealed in dusty conditions.

Mount these lights with the included bracket. It tilts to direct light where you need it.

These lights last at least a year when used at 212° F continuously. And at 131° F, they’ll last almost 7 years.

Hazardous location environmental ratings indicate where manufacturers have included safety features in products to facilitate their safe use in hazardous environments. Before selecting a product for a hazardous location, ensure it is rated for your environment.

Also known as jelly jar lights. These fixtures have a heat-resistant lens and a guard that protects the lens from breaking. They are CSA certified for hazardous locations where flammable/combustible gases, vapors, and liquids may be present. They are rated NEMA 4X for protection against corrosion and washdowns. Lights are sealed to keep moisture out. They can be hardwired to operate on any of the voltages listed. Some work with LED or incandescent bulbs (sold separately).

Styles 1, 2, 3, 5, and 6 can be used in environments where ignitable concentrations of flammable/combustible gases, vapors, and liquids or combustible dust occur infrequently, such as in the case of an accidental spill or failure of a ventilation system, and where combustible/ignitable fibers or flyings are present under normal operating conditions and/or during frequent equipment maintenance or failure. Rated for Class I, Division 2, Groups A, B, C, and D; Class II, Division 2, Groups F and G; and Class III, Divisions 1 and 2, these lights withstand acetylene, hydrogen, ethylene, propane, carbonaceous dusts, and nonconductive dusts.

Styles 4 and 7 can be used in environments where ignitable concentrations of hazardous material are present under normal operating conditions, and/or during frequent equipment maintenance or failure. Rated for Class I, Divisions 1 and 2, Groups C and D; Class II, Divisions 1 and 2, Groups E, F, and G; and Class III, Divisions 1 and 2, these lights withstand ethylene, propane, conductive or metal dusts, carbonaceous dusts, nonconductive dusts, and combustible/ignitable fibers or flyings.

Safely light up chemical processing plants, mining operations, and other large areas where combustible gases and dust are present. These lights have an explosion-proof housing that contains sparks and flames, so they won’t react to nearby hazards. With a T4 classification, their surface temperature stays below 275° F to avoid igniting flammable substances. Because they’re totally sealed, they also work well in wet, dusty, and corrosive environments—they’re IP and NEMA rated, and UL marine listed.

Mount them to your ceiling or other surface with the included adjustable bracket. The bracket pivots, so you can aim the light where needed. To suspend them from your ceiling, combine a pendant mount and junction box (sold separately).

Also known as jelly jar lights. These fixtures have a heat-resistant lens and a guard that protects the lens from breaking. Lights are sealed to keep out humidity and dripping, splashing, and falling liquids.

Lights with built-in LEDs last longer, are more efficient, and generate less heat than other light technologies. They emit a neutral white light often found in workspaces.

Lights without bulbs work with medium (standard household) screw-in base LED, CFL, halogen, and incandescent bulbs (sold separately).

Lights with a tempered glass lens are more impact resistant than those with a glass lens.

Heads adjust to any angle to direct light where needed. These lights automatically turn on when the sensor detects motion. Lights turn off when an area is unoccupied.

Lights with built-in LEDs last longer, are more efficient, and generate less heat than other technologies.

Style A produce a neutral white light. They detect motion up to 70 feet away.

Style B detect motion up to 68 feet away. They are compatible with LED, halogen, and incandescent bulbs (sold separately).

Style C are battery-operated—use where you don't have access to electricity. These lights emit a cool light appearance, which highlights white/blue tones creating good visibility at night. They detect motion up to 30 feet away.

Also known as wall packs, these lights mount to exterior walls and ceilings. With built-in LEDs, they last longer, are more efficient, and generate less heat than other technologies. They can be hardwired to operate on any of the voltages listed. All have a prismatic lens that disperses light evenly.

Lights with a cool light appearance highlight white/blue tones creating good visibility at night.

Style A and D lights can be set to cool, neutral, or warm color appearances.

Lights with a polycarbonate lens are more impact resistant than lights with a glass lens.

Lights with a photocell switch on/off automatically when they detect the presence or absence of light.

IIlluminate outdoor areas and objects such as parking lots, flag poles, and signs. These lights can be hardwired to operate on any of the voltages listed. All have built-in LEDs. They last longer, are more efficient, and generate less heat than other technologies. These lights produce a cool light appearance, which highlights white/blue tones and creates good visibility at night. Lights have an acrylic lens which is more impact resistant than standard glass lenses. They won’t turn yellow over time.

Use a bracket (sold separately) to mount lights to a wall or pole.

These lights are UL listed for Class I, Division 2, Groups A, B, C, and D for environments where ignitable concentrations of acetylene, hydrogen, ethylene, and propane occur infrequently, such as in the case of an accidental spill or failure of a ventilation system. They can be hardwired to operate on any of the voltages listed. They require a metal halide bulb (sold separately). These floodlights cannot be sold to California due to local energy efficiency regulations.

Also known as wall packs, these lights mount to exterior walls to illuminate building perimeters, entryways, loading docks, and other outdoor areas. No need for timers—a sensor automatically turns the light on at dusk and off at dawn. With built-in LEDs, these lights last longer, are more efficient, and generate less heat than other technologies. They produce a neutral white light appearance. The lens is prismatic to disperse light evenly, and made of durable, impact-resistant polycarbonate.

Heads adjust to any angle to direct light where needed. No need for timers—a sensor automatically turns the light on at dusk and off at dawn. These lights work with LED, CFL, halogen, and incandescent bulbs (sold separately).

Powered by the sun, these security lights function in areas that don’t have access to electricity. They’re often used to shine light on parking lots, landscaping, signs, entryways, and other outdoor spaces. They turn on when they detect motion. These lights use a built-in LED bulb that lasts longer, is more efficient, and generates less heat than alternatives. The solar panel is built into the top of the lights, so there’s no need to run wire between the two. These lights must be mounted in the sun so they can charge during the day.

Styles B and C are protected from low-pressure jets of liquid such as water from a garden hose.

Mount add-on heads in remote areas to extend emergency lighting. Hardwire each head to an emergency backup light; they operate on any of the voltages listed. These add-on heads have built-in LEDs so they last longer, are more efficient, and generate less heat than other technologies. Rated for use in damp locations, these heads withstand exposure to humidity and moisture. Heads adjust to any angle to direct light where needed.

No need for wiring—these lights plug-in with a two-prong plug. When the power goes out, these lights go on. They have a low-voltage disconnect so they won’t drain the backup battery. The built-in LEDs last longer, are more efficient, and generate less heat than other types of lights.

Use the test switch to check that the heads and battery are working properly. Heads adjust to any angle to direct light where needed.

When the power goes out, these lights go on. These backup lights have built-in LEDs so they last longer, are more efficient, and generate less heat than other technologies. Rated for use in damp locations, these lights withstand exposure to humidity and moisture. Lights can be hardwired to operate on any of the voltages listed. They have a low-voltage disconnect so they won’t drain the backup battery. Use the test switch to check that the heads and battery are working properly. Heads adjust to any angle to direct light where needed.

Lights with a plastic housing resist corrosion better than lights with a steel housing.

Lights with a steel housing are more durable than lights with a plastic housing. Mount add-on heads in remote areas to extend emergency lighting. Wire up to three of these heads to your emergency backup light.

Lights that cannot be sold to California or Oregon are restricted due to energy efficiency requirements.

Light the path toward exits where combustible gases and dust are constantly present—the enclosure on these lights contains sparks and flashes to prevent a reaction with nearby hazards. They’re often found in extreme environments, such as refineries and chemical plants. Because they’re totally sealed, these lights meet IP66 to withstand dust and washdowns. They’re also UL marine listed to resist corrosion from salt water. Rated IK10—the highest level of impact protection—they stand up to wear and tear.

Adjust the heads toward your walkways, and they’ll kick on when the power goes out. With a battery life of 3 hours, they meet UL 924 standards for generating at least 90 minutes of light. Press the test switch to check if the heads or battery require maintenance.

Maximum distance between lights represents how far you can space out two lights without creating a dark zone.

Rated NEMA 4X, these lights are protected from corrosion and washdowns. They have built-in LEDs so they last longer, are more efficient, and generate less heat than other technologies. Lights can be hardwired to operate on any of the voltages listed. They have a low-voltage disconnect so they won’t drain the backup battery. Use the test switch to check that the heads and battery are working properly. Heads adjust to any angle to direct light where needed.

Mount add-on heads in remote areas to extend emergency lighting. Wire up to three of these heads to your emergency backup light.