Emergency Lights, Steel, Surface/Wall Mount, Self-Testing, PAR36 Products (12 items)

An emergency light is a lighting device with a battery backup that switches on automatically when a building experiences a power outage. Emergency lights are standard in commercial and high occupancy residential buildings, such as college dormitories. Most building codes require emergency lighting be installed in older buildings as well.

Steel emergency lights and exit signs are designed to provide illumination and guidance in case of a power outage or an emergency situation. They are typically used in applications where steel housing is required for durability, protection, or aesthetics.

Some examples of where to use steel emergency lights and exit signs are:

Offices, factories, and warehouses: These places may have harsh environments or heavy machinery that can damage plastic or aluminum fixtures. Steel emergency lights and exit signs can withstand impacts, vibrations, and corrosion better than other materials.

Exit signs & emergency lights that are surface mountable are typically one sided and have a back plate that can be connected directly to a wall or flat surface.

This feature may be added to many exit sign and emergency light fixtures, the SDT feature prolongs battery life, and reduced man hours required OSHA tests. Self testing diagnostic automatically executes a 15 minute test every 30 days and runs a 90 minutes test once per year. The major reasons batteries typically fail is because they remain dormant for long periods of time. With the SDT feature automatically simulates a full discharge and full recharge to keep the batteries in peak performance. If any problems arise during this testing process it will report them through the user interface. This benefit drastically reduces man hours required by OSHA to manually perform the tests.

PAR36 bulbs are the industry standard light source for aircraft landing (ACL) lights. These airplane landers usually use 28 Volt DC. Nowadays, PAR36 are mostly used in a 12 Volt DC or AC setting and commonly used for: Suitable for most low voltage systems using power supplies or direct DC systems.