No need for wiring—these lights plug-in with a three-prong plug. Use these fixtures to illuminate outdoor areas such as building grounds and entrance signs with a narrow beam of directed light. Heads adjust to any angle to direct light where needed. Lights work with LED, CFL, halogen, and incandescent bulbs (sold separately).

Illuminate outdoor areas such as building grounds and entrance signs with a narrow beam of directed light. Heads adjust to direct light where needed.

Style A have built-in LEDs that last longer, are more efficient, and generate less heat than other technologies. These fixtures produce a cool light appearance, which highlights white/blue tones creating good visibility at night. They can be hardwired to operate on any of the voltages listed.

Style B work with LED, CFL, halogen, and incandescent bulbs (sold separately).

Lights with an aluminum housing resist corrosion better than those with a zinc housing. Lights with a zinc housing are more impact resistant than those with an aluminum housing.

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.

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).

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.

These lights are UL listed for Class I, Division 2, Groups A, B, C, and D for use in environments where ignitable concentrations of hazardous material occur infrequently, such as in the case of an accidental spill or failure of a ventilation system. They withstand acetylene, hydrogen, ethylene, and propane. 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. They cannot be sold to the listed areas due to energy efficiency requirements.

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.

Similar in function to tubular machine lights, except strip machine lights have a flat lens that directs light downward. These lights are sealed to keep out fluid, chips, and shavings, so they can be mounted directly inside machines. With built-in LEDs, these lights last longer, are more efficient, and generate less heat than other light technologies. They produce a cool or daylight appearance that highlights white/blue tones, which is good for inspecting.

All lights are rated IP67 to withstand temporary submersion in a maximum of one meter of water for up to 30 minutes, so they're built tougher than needed for machine environments.

Style A lights have a low profile that allows them to fit into the tightest spaces inside machinery. They have a scratch-resistant acrylic plastic lens that won't turn yellow over time.

Style B lights have a magnetic mounting base for quick, temporary installation, as well as through holes for permanent mounting. They have a tempered glass lens that's more durable than acrylic plastic.

Power supplies, also known as transformers, convert your facility's 120 or 240 AC voltage into 24 DC voltage. They cannot be sold to California or Vermont due to local energy efficiency requirements.