It’s clear that climate change has reached a point where it can affect people’s daily lives. It has affected society by the increasing number of power outages from coast to coast.
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In fact, emergency lighting has become a critical safety feature for many. The power outages from increasingly severe winters and summer storms mean it may be time to check and repair your lighting system.
At LITELUME, our goal is to help educate our end-users on emergency lighting so they can buy with confidence heading into .
Keep reading to learn about emergency lighting systems and how it contributes to a building’s safety.
Life is showing signs of getting back to normal, and buildings are beginning to reopen. This means that property managers must ensure the building follows emergency lighting standards.
Whether it’s a residential or commercial property, these systems must follow regulations. Doing so helps keep everyone safe in the event of an emergency like a fire.
The system is in place to provide lighting for a safe escape when the main source of power fails. In these situations, a building without emergency lights can prove fatal to trapped inside.
Some systems wire directly into the main electrical supply. Others integrate a separate power source, like an emergency light battery. This guarantees light even when the main power supply shuts off.
Property managers and owners must conduct routine maintenance on their fixtures. Batteries have a notoriously short lifespan and must be constantly tested. In order to pass the test, batteries must be able to provide light for a minimum of 90 minutes in case of power failure.
Generally, a licensed professional must conduct these tests every six months. However, not all lights use batteries as a power source. The code only states that exit signs must remain illuminated. This means that you can use other sources of illumination like photoluminescence.
Buildings with public access or employees require an emergency lighting system. Some examples include office buildings, hospitals, terminals and places of worship.
Some properties don’t require an emergency lighting system. These are generally privately occupied residences. Essentially, places where the public cannot readily access them.
There are various broad categories of emergency lights. These include self-contained fixtures, central batteries and others named by their specific function.
For example, you may come across LED emergency lights, which are self-contained fixtures. These lights come equipped with a built-in recharging circuit and rechargeable batteries.
Self-contained fixtures must remain at or near 100 percent charge. They must also wire directly to the main power supply.
A central battery emergency lighting system operates how it sounds. It delivers power to a central battery using fire-resistant cables. These systems are generally found in larger buildings like offices and hospitals.
These systems are either maintained or non-maintained. An example of a maintained fixture is an exit sign with an emergency light.
Maintained fixtures operate as normal lights but remain lit when there’s a power outage. Another example of this is the large square LED panels found in schools and office buildings.
These panels can operate in emergency situations because of a conversion kit. So when the main power supply is operational, the light can switch on and off. However, it automatically switches on when the main power supply dies.
On the other hand, non-maintained emergency lighting fixtures stay turned off as long as the main power supply is operational. They only turn on in the event of a power outage. The LED bulkheads found installed over doors in stairwells are a perfect example.
The three other types include escape, standby and high-risk task lighting.
The purpose of escape lighting is to help people safely navigate out of a building in an emergency situation. You’ll find open area lighting fixtures and emergency signage within this type of system.
Open area fixtures serve as a lighting tool to help minimize panic. They also help people to follow their designated escape route. The purpose of emergency signage is to indicate the direction of each escape route. It also guides people by indicating whenever there’s a directional change.
Standby lighting fixtures aren’t a required emergency light source. However, they’re beneficial for situations that cannot experience a power outage. For example, many hospital operating rooms have installed standby lighting fixtures.
High-risk task fixtures serve to light areas where you must not have a power outage. Oftentimes, you’ll find these emergency lighting fixtures used with hazardous tasks.
While power outages in the past have been minimal, climate change has increased the odds. There are instances of more buildings experiencing an emergency situation. In addition to safety, these lighting fixtures come with several other key benefits.
The first is somewhat obvious. The most apparent benefit is that emergency lighting acts as a consistent light source. This helps to reduce panic and get everyone out of the building in a safe manner.
They also help reduce wasted time and costs. When there’s a power outage, productivity ultimately declines. The company must also spend potentially thousands in figuring out a solution. Additionally, the installation process is simple, and the fixtures follow fire regulations.
Emergency lights can also serve an economic purpose for commercial buildings and businesses. Some may find their insurance premium drop when installing emergency lights.
Modern emergency lighting fixtures typically use LED technology. This means they have significantly longer lifespans and are much more energy-efficient.
Having an emergency lighting system isn’t enough. Without routine maintenance and checkup by a licensed professional, the system is useless. It’s like purchasing a Porsche and having it sit in your garage collecting dust.
There’s no denying that an emergency lighting system is an investment. The best way to prolong your investment and get the greatest return is to use quality emergency lighting hardware.
When it comes to emergency lighting, there are two main options for businesses and homes: battery backup or traditional. Both have their advantages and disadvantages that need to be considered before making a decision.
In this article, we’ll explore the differences between the two types of emergency lights so you can decide which is right for you.
First off, let’s look at battery backup lights. These are powered by batteries rather than mains electricity and provide reliable illumination in case of an outage. They’re also relatively low-maintenance as they don’t require regular checks like traditional systems do.
On the downside, they tend to be more expensive than traditional lights and must be replaced periodically due to battery life expectancy.
Battery backup lights provide a reliable source of emergency lighting when needed. They are powered by internal batteries and will continue to work even during power outages or other disruptions, ensuring that the area remains illuminated in an emergency situation.
Battery backup lights have several advantages over traditional emergency lights. Firstly, they require no wiring, so installation is much simpler than with hardwired systems. This can result in significant cost savings when it comes to installation and maintenance costs. Secondly, battery-powered units tend to last longer than their wired counterparts due to reduced wear and tear on their components. Finally, there is no risk of electric shock associated with these lights as they operate independently from mains electricity supplies.
In summary, battery backup light fixtures offer many benefits for both commercial and residential buildings alike. From the ease of installation to increased longevity and safety, these products are well worth considering if you’re looking for effective emergency lighting solutions.
The main disadvantage of battery backup lights is their cost. Not only are they more expensive to buy, but you also have additional costs associated with the batteries which power them.
In addition, the time taken for a battery backup light to come on when the electricity supply fails can be longer than that of traditional emergency lighting – so if an evacuation must take place quickly due to danger present in a building, then this could pose problems.
One other factor to consider is maintenance – because these lights require regular checking and replacing of batteries, it means there will need to be somebody assigned to do this task as part of ongoing duties related to safety requirements in the workplace or home.
This extra responsibility may not suit everyone’s needs or budget. Therefore, before deciding whether battery backup lights are right for you, it’s important to weigh up all the factors involved.
It’s essential to have a reliable emergency lighting system in place, whatever the context. But when it comes to deciding between battery backup and traditional emergency lights, which is right for you?
Let’s take a look at some of the advantages of traditional emergency lights…
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Featured content:Traditional emergency lighting systems are often more cost-effective than their battery-powered equivalents. They also require less maintenance; once installed, they do not need frequent checks or replacement batteries.
As well as this, these fixtures tend to be aesthetically pleasing and provide even light distribution around the area – ideal for stairwells and other large spaces where visibility must remain consistent during an outage. Furthermore, these types of fixtures can be equipped with advanced features such as programmable options, allowing them to automatically turn on when power fails.
Traditional emergency lights have several disadvantages. They can be bulky and require a lot of wiring, making them difficult to install in tight spaces or on high ceilings. Additionally, they are expensive and need regular maintenance to remain effective.
This means that if the power fails, any faults may not be spotted until it is too late and an outage has already occurred. Moreover, traditional emergency lights rely on battery backup systems which themselves are prone to failure due to their limited lifespan and inability to handle heavy usage over long periods of time.
This makes them unreliable compared with modern alternatives such as LED lighting since these do not require batteries at all and so provide more reliable illumination during an outage. To sum up, traditional emergency lights often prove costly both financially and logistically.
When it comes to choosing the right emergency lighting system, there are a few factors you should consider.
Firstly, you need to think about your budget and determine which option is more cost-effective in the long run. You may find that battery backup systems offer higher initial costs but lower running costs due to their efficient energy usage.
Secondly, you must decide whether or not you’re looking for an upgradeable solution. Battery backups allow for additional components such as sensors and even remote monitoring capabilities. This can help provide extra safety features when needed.
Lastly, you’ll want to assess the size of the area which needs illuminating – battery-backed-up models tend to be small and compact making them ideal for tighter spaces or where space is at a premium.
To summarise:
Moving on from the factors to consider when choosing your system, let’s take a look at the cost comparison of battery backup versus traditional lights.
Generally speaking, battery backups are more expensive than their traditional counterparts due to the added benefits that come with them such as improved safety and reliability.
The upfront costs for battery-backed emergency lighting can be quite high in comparison to regular fluorescent or LED lamps. However, they offer many advantages which can save money over time.
Battery-backed systems require less maintenance than traditional lights since they do not need to be replaced regularly. Additionally, because these systems provide an uninterrupted power supply during outages, businesses don’t have to incur additional costs incurred by having employees manually reset light fixtures after a blackout occurs.
Moreover, battery backups are virtually always compliant with building codes and fire regulations – meaning you won’t have any trouble complying with local government standards if you choose this option.
Overall then, while there is certainly an initial investment required for battery-backed emergency lighting solutions, it pays off, in the long run, thanks to its reliable performance and reduced maintenance requirements. So why not give them a try?
If you’re looking for the perfect way to light up your home or business in a crisis, nothing beats combining battery backup and traditional emergency lights.
Not only do they work together seamlessly, but they are also incredibly reliable when it comes to keeping your space illuminated during an emergency.
The combination of these two lighting solutions offers maximum protection against blackouts and power outages. With both systems running simultaneously, you can be sure that your property will never be left in darkness even if there is a disruption to the electricity supply – day or night.
When it comes to peace of mind, there really is no better option than this dynamic duo!
When it comes to emergency lighting, the longevity of a battery backup light is an important factor to consider.
A battery backup light should be able to last for an extended period in order to ensure safety during emergencies.
Generally speaking, a quality battery backup system will have enough power stored up that it can maintain the lights for several hours at a time, depending on how much load has been placed on them.
Furthermore, some systems are designed with features such as low-power modes which can extend their lifespan even further.
It is indeed possible to use a combination of battery backup and traditional emergency lights in the same system.
This can be beneficial for providing additional layers of safety, as well as ensuring that any potential power outages are dealt with efficiently.
In addition, having both types of lighting available means that you have more flexibility regarding where they’re placed within your property or premises.
Battery backup systems also provide convenience, since they don’t require manual activation in case of an emergency – they will automatically switch on if there’s a power outage, making sure everyone remains safe.
When it comes to the installation of emergency lighting, there are several regulations and codes which must be adhered to in order for a system to meet safety standards.
For example, all exit doors must have an illuminated sign or light installed above them so that they can clearly be seen during a power outage.
Additionally, luminaries used must provide at least one foot-candle (one lumen per square foot) of illumination over any walking surface – this is particularly important in areas such as stairwells where visibility is essential.
As you can see, these regulations serve as a beacon of safety amidst uncertain times by providing assurance that no matter what happens, your building will remain well-lit and visible!
When it comes to replacing the batteries in a battery backup system, it’s important to be aware of how often this should take place.
Generally speaking, most manufacturers recommend that the batteries are replaced every 5 years or so, although this can depend on usage and environmental conditions.
For example, if there is extreme heat or cold where the system is located, then the life expectancy could be reduced significantly – meaning batteries will need replacing sooner rather than later.
Maintaining traditional emergency lighting is like running a marathon; there’s no end to the long list of maintenance requirements.
Many systems require batteries to be changed regularly, and you may need expert help for more complex tasks such as inspecting the wiring and replacing bulbs.
It’s also important to keep up-to-date with safety regulations and ensure your system meets all necessary standards.
So if you’re looking for an easily maintained solution that requires little effort from you, traditional emergency lighting might not be suitable.
In conclusion, when weighing the pros and cons of battery backup vs. traditional emergency lights it is important to consider the individual needs of your facility.
Battery backups can provide a longer-lasting light source in an emergency situation and can be used with traditional lighting systems for maximum coverage. However, there are regulations concerning installation and maintenance that must be adhered to if you go down this route.
On the flip side, traditional emergency lights require less regular maintenance but may not last as long in an emergency situation.
It’s really up to you to decide what works best for you – just don’t forget to stay on top of those batteries!
Ultimately, it comes down to whether you want peace of mind or convenience; do you want something that will last the duration or something easier to maintain?
Whichever option fits your lifestyle best, there’s no denying that both battery backups and traditional emergency lights serve their purpose and keep us safe during times of crisis!
Contact us to discuss your requirements of Solar emergency lamp Manufacturer. Our experienced sales team can help you identify the options that best suit your needs.
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