Any building's maintenance must include saving the reserve cells for the emergency and escape lights in order to keep them ready for the worst. Fortunately, once you are familiar with the fundamentals of emergency light batteries, doing it correctly is pretty simple.
Batteries for exit and emergency lights
Emergency and exit lights must have a secondary power source in case the power goes out. Emergency and exit lights are typically connected to the building's electrical infrastructure. This calls for having cells that should be able to run for 90 minutes and be ready to use when the primary power source fails. This can be done by using enclosed lead-acid cells or nickel-cadmium batteries in emergency and escape lamps.
The discovery of nickel-cadmium batteries, which don't require the addition of any substances, is somewhat more recent. They function by sandwiching a layer of non-conductive substance between a small amount of nickel and cadmium. As a result, the metals release charged atoms, which in turn generate energy. These tiny cells have a longer lifespan than lead-acid batteries and can be placed in any direction. Lead-acid batteries are still widely used for emergency lamps despite the fact that they are more costly, don't handle temperature fluctuations as well, and sometimes need to be fully drained.
Lead metal plates submerged in acid are what make sealed lead-acid batteries function. They generate energy as the acid tears down the lead. Since lead-acid batteries are the most traditional form of portable battery, they are probably what you have if you acquired earlier light fittings. Allowing hermetic lead-acid batteries to fully loose their charge shortens their lifetime and causes permanent harm. Regular recycling preserves them and lowers your costs.
Batteries are being tested
Because exit lamps and emergency lights can be powered by the building's electrical system and continue to function regardless of the reserve power supply's condition, it can be challenging to determine when their batteries are low. The batteries will also have a surface charge even when they are not completely filled, allowing the lights to continue to operate for a brief period of time after the building's electricity is cut off. Because of this, most exit lights have a switch on their housing that is designated as the test button. If you press this for 30 seconds, the light ought to come on and remain lit throughout that period. Your battery is in danger if it dims or shuts off. Just keep in mind to press the trigger for the complete 30 seconds to avoid being duped by the battery's last-ditch attempt at power.
Another method of testing the batteries in your emergency and exit lights is to find the button that turns on the lights on your circuit breaker and toggle it off. This method is particularly helpful if you have a large structure with lots of lights to test. This is advised for the yearly 90-minute exam. Your batteries are safe if your lights remain on throughout the entire period. Your emergency and exit lights can last for many years if you have them routinely examined and recycled in between your yearly tests.
Luckily, Illumination Services, Limited offers battery testing and recycling services. Contact us if you want to have your emergency and escape lights examined.
