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

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.

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.

These signs are lit from within for high visibility. Mount them flush against a wall, or use the included bracket to mount them perpendicular to a wall or ceiling.

Signs with a message on the front and back have the same message on both sides. Signs also included a solid back plate to display the message on one side.

Signs with a backup battery stay illuminated during power failures.

Signs with knockout arrows allow you to punch out one or both arrows to point to the exit.

Plastic signs with a powder-coated steel frame are more durable than all-plastic signs.

Signs that cannot be sold to the listed areas are restricted by energy efficiency regulations.