LED is the most energy-efficient lighting technology of today and it is replacing other lighting alternatives. With the use of modern LEDs for emergency lighting, businesses can cut energy costs, reduce maintenance burden and gain other benefits.
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LED technology is already impressive with its energy efficiency and durability. However, LED technology has become even smarter than it was as LED lights are coming with intelligent features.
In this article, we will discuss the benefits that you can achieve by switching to intelligent LED emergency lights.
If your business work requires illumination, then LED emergency lights are highly beneficial.
Such lights provide illumination even when there is a disruption in the main power supply due to rain, thunder, or any other causes.
The emergency lights contain a rechargeable battery in them which powers LED lamps. The emergency battery pack comes with different types of batteries.
Also, LED emergency lights are energy-efficient as there is no need for heating the external load like a filament in the case of LEDs. LED illuminates directly from the source.
So, using LED emergency lights will help businesses to continue operation at minimum energy costs.
An Intelligent LED emergency light system features an automatic self-testing function. They contain a microprocessor chip that is programmed to perform different testing procedures to make sure that the emergency battery and lamp are functioning at their optimum level.
Due to this feature, there won’t be a need for manual testing of an emergency light system and this limits the chances of human error. This also minimizes the time needed to perform regular testing though general site maintenance is still required.
The condition of the LED indicators of all emergency points will be visually inspected with automatic self-testing. The smart automatic self-testing also protects the batteries by ensuring that they will not be discharged unnecessarily and helps to minimize potential over-testing.
This also simplifies testing, maintenance, and documentation and thus helps minimize the compliance issue for facility managers. Automatic intelligent self-testing emergency lamps can be programmed to meet compliance standards.
Emergency LED lights are used in commercial and industrial sectors for critical and life-saving roles. They are set in building settings for emergency evacuation and fire safety.
In case of failure in the main power supply due to any reason, LED emergency lights will provide bright illumination to direct the people out of the building safely.
So, such emergency lights used for critical purposes must be effective. Proper regular maintenance and testing are required for emergency lights to be effective.
The intelligent or smart LED emergency lights are capable of providing effective emergency lighting solutions as they are capable of detecting the problem if there is in battery, light source, or charger.
Intelligent LED emergency light technology goes beyond showing the direction to people out of the building in case of emergencies.
They help people be safe from hitting any potentially dangerous items like furniture, heavy equipment, etc., and becoming injured.
One of the intelligent features of a smart emergency LED system is remote-controlled lights. By tapping a few buttons, you can adjust the brightness and color of LED lamps as your requirement.
With remote control access, you can dim the LED lamps or increase their brightness and also set the color of lights based on the mood.
Emergency LED lights come with a rechargeable battery. They get charged in presence of the main power supply and LED lamps to light up automatically in absence of the main power supply.
Intelligent LED emergency lighting system has a robust self-charging functionality that ensures that the battery doesn’t get overcharged and provides illumination effectively.
Self-charging LED emergency lights can also be used as a temporary flashlight that can show the way in case of blackouts.
Intelligent smart emergency LED light system has sensing abilities. They are able to sense the changes in the amount of light available. As such, the LED light bulbs are turned on when dusk sets in and they automatically turn off once the sun comes up.
So, this ability makes such emergency lights the hassle-free way for the illumination of your facility. You don’t have to worry about not turning them off when not required and you can cut your electricity bills.
Also, there are intelligent emergency LED lights that have the motion-sensing ability. Such lights illuminate as soon as the movement is detected by them.
So, this will help to detect the presence of criminal intruders who are trying to hide in darkness. With the use of such motion-sensing LED lights, you can make your facility safer and secure.
Conclusion
Emergency LED lights have become common these days though the presence of intelligent features in them is still not that common.
However, with the progress of time, we will be able to see a large number of businesses using intelligent LED emergency lights.
Start enjoying the benefits of LED emergency lights if you haven’t yet. If your LED lighting system is not emergency, then you can convert your regular LED lights to emergency conveniently with the use of an emergency light conversion kit.
Remember Sanforce for quality emergency light conversion kits and other emergency lighting products.
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yes. These are required by code in almost every business establishment where there are employees or customers. Therequirements of the NFPA, within the Life Safety Code, are under section 7.9 reference. When needed, emergency illumination has to be offered for at least 90 minutes (1 hour 30 minutes) in case normal lighting fails. Sometimes this is limited to exit sign or escape routing but more commonly required in main overhead lighting and even external building wall lights.
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In big offices and buildings, emergency light systems are installed properly with the aid of electricians. There are laws about proper emergency life-saving lights for safe evacuation, following these laws is a must. Otherwise, action can be taken by the government against such project builders for non-compliance, nevermind the lawsuits that would follow in the event of injury or death for not providing proper safety lighting.
It is important to check the local safety requirements and building codes for your region. You can get the necessary information from the office of engineers in your county or city. Generally, a specific amount of brightness is needed from these lights – which is about 10 lux. However, as requirements tend to vary across areas, it is important for you to know about the requirements in your locality.
How Do Emergency Lights Work?
A:
Emergency lights use power supply from a battery inside the light fixture and turn on when the supply to external source of power is lost. These batteries charge during normal power. Typically they produce a lower level of illumination compared to the light level during normal conditions. Generally, the brightness is 10% to 20% of typical, which can extend how long the light would work while drawing power from the battery. Many battery back up lights are also intelligent and can distinguish from power turned off vs power failure and come equipped with testing buttons or methods to ensure proper function and battery condition
These lights are generally powered by two types of illumination technologies, which include:
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Fluorescent
- Fluorescent lamps are available in different sizes, and the affordable ones consume more power and require larger batteries and therefore more cumbersome fixtures. These have largely made way for LED•
LED
– Customers can get the best light output from these illuminates. These lights consume a minimal amount of power and the emergency battery can be smaller for a more compact fixture. Due to the greater efficiency of the LEDs versus a fluorescent lamp power usage even in normal conditions will be considerably less and keep the energy bill down.Some of the emergency illuminates are designed to be activated only when there is no power. These are generally in the shape of a battery pack having a couple of small lights on either side. Some people call these “bug-eye” lights due to their appearance.
According to fire code requirements, emergency lights must be tested and maintained regularly to make them last and ensure they will work when an emergency arises. Emergency lights testing requirements are below:
Most of these lights are designed to be tested easily.
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A few of these consist of a test button that can simulate the situation of a power outage and activate the light.
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Others comprise of a sensor that can put the light in a test mode, when the sensor has a laser pointer directed towards it.
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A few are self-testing lights comprising of an indicator light that will notify if the light is not passing the regular monthly tests.
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Some of the older lights might lack these, and power supply to the fixture has to be switched off for testing purposes.
An emergency lighting system should always be tested and serviced by a skilled electrician, given that it is necessary to simulate a failure of the mains power on the standard lighting circuit. It can compel the emergency light system to be switched on with the help of power from a backup battery.
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