News and Information for Public Egress, Building Safety and Government Compliance
T5 Emergency ballasts pack a strong punch within a 5/8ths inch cylinder. Though T5s are almost 40% smaller than T8s, they can often provide just as much or even more light. But what T5 emergency ballast should you choose? We dug into the subject and found a solid choice in the ISL-54 T5 emergency ballast.
For almost 50 years, Iota has offered powerful and versatile solutions to lighting. Their ISL-54 model of emergency ballast continues the trend. The system allows facilities to use the same fixture for emergencies and regular operation. When the power fails, the IL-54 will switch to its emergency mode and continue to give light for 90 minutes. It uses battery backup power to do this, which fully recharges itself after 24 hours.
Aside from quickly adapting to emergency and non-emergency statuses, the ISL-54 can accommodate most two to four feet T5 and T8 fluorescent lamps.
Included with the ISL-54 system is a Ni-Cad battery. These types of batteries not only have a long life, usually 7 to 10 years, but they are also resistant to high temperatures. This is particularly important when it comes to fluorescent lamps, which produce a lot of heat.
The ISL-54 T5 emergency ballast can be had for under $200 and has a high lumen output. With a 54W T5 lamp, this emergency ballast can produce up to 825 lumens, helping you light a space with fewer lamps and fixtures, which save you money.
To learn more about the ISL-54 T5 emergency ballast, check out our product page, which gives a full breakdown of the features.
Thanks to a steady diet of cell phone and T.V. ads, you’ve probably heard of bundling, but it isn’t just telecoms offering bundles. With emergency lighting, you save by combining purchases of products. The most common bundle is the combo emergency light—half exit sign and half emergency light.
Which Combo Light Is The Best?
That’s a bit of a loaded question. The ideal emergency light usually depends upon your facility. However, there are quite a few high value systems that can serve a range of facilities. One of those is the Dual-Lite LTURW combo.
Great Value for Indoor Use
The model offers great durability for indoor use. Its UV stable thermoplastic housing offers protection against dust and dampness. It also meets applicable standards set in UL 924, NFPA 70 and NFPA 101 guidelines. In the event of a power outage you can expect it to last at least 90 minutes, offering sufficient time for individuals to evacuate a building.
Designed to be maintenance free, the lead-calcium battery also helps with longevity. By using lead-calcium instead of just lead, the battery becomes less prone to dry out. They also are better adapted to colder temperatures.
The combo light uses both halogens and LEDS. For the dual head emergency light, the Dual-Lite-LTURW uses two halogen lamps. While the exit sign relies on LEDs. The benefits of the lighting system offer economy. The halogens use little energy and the LEDs even less. To reduce operational costs, customers can go with the LTURW-03L model, which uses 3W LEDs instead of the two halogen lamps.
The Dual-Lite LTURW series offers multiple options for customization. Choose between red and green lettering and black or white housing. Include self-diagnostic testing , damp location listed models, fire alarm panel interface and more.
The Dual-Lite LTURW pairs versatility with value. You can have the standard model for under $160 dollars. To learn more about the model, check out its specs.
Wet Location Emergency Light
Electricity and water don’t mix. That’s why your emergency lighting needs to be ready for storms or daily exposure to moisture. Enter wet location emergency lighting.
All About The Enclosure
The main difference between wet location emergency light and regular equipment comes down to the enclosure housing the components vulnerable to water. Manufacturers of wet location emergency light design these enclosures to be air tight, durable and resistant to wear, but not all enclosures are equal. Some will perform fine under some conditions, while others won’t be tough enough.
Before deciding on any wet location emergency light, you should make sure it has a NEMA (National Electrical Manufacturer Association) rating. For almost a century, NEMA has been creating standards to keep electrical materials safe from water, dust, dirt and inclement weather. Today government entities use these guidelines from NEMA to create their rules. By using NEMA rated emergency light, you’ll be on your way to creating a safe facility.
NEMA Enclosure Types
NEMA rated enclosures are the standard, but there are several different ratings designed to meet specific environmental conditions. Sixteen of the NEMA ratings protect from moisture among other things. These ratings set the specifications of some heavy duty equipment with resistance to oil, harsh weather, ice formation, temporary submersion, dust and foreign objects. For most facilities, many of these protections aren’t necessary.
Many wet location emergency lights only have ratings for indoor use and provide protection from falling dirt, dripping or splashing water. For most emergency lights located indoors this is enough to ensure the longevity of the system and the safety of nearby persons. However, for outdoor use or caustic environments, you should familiarize yourself with the different ratings to ensure you find a system strong enough to handle the dangers of your facility’s environment. Fortunately, NEMA made it easy for consumers with this simple guide.
Still have questions about NEMA and wet location lighting? Don’t worry. Our team has been in the business for over 30 years, and they’re happy to help you find what you need. Browse through our wet location emergency lighting today and give us a call. Our team of specialists will help you determine the type of light that fits your need.
The lengthy name makes this type of system seem complicated, but it’s actually quite simple. Maintained emergency lighting is a luminary system that remains on at all times, even when there isn’t an emergency.
What’s Special About This Type of System?
To get a better understanding of the definition of maintained emergency lighting, you need to know about its opposite, non-maintained emergency lighting. Non-maintained emergency lighting is usually off, and only turns on when the regular lighting system and its power systems have failed.
The non-maintained emergency lighting uses backup power in case of an emergency like a fire or power outage. These systems are special because they use both backup and regular power sources to remain lit at all times, including emergencies.
Why Maintained Emergency Lighting Systems?
Few facilities benefit from these systems. Most offices, schools, shops and other buildings use non-maintained emergency lighting. However, large assembly spaces, like auditoriums, movie theaters and night clubs use this type of lighting. These spaces need to have emergency lighting just as schools, shops and offices, but they don’t need as much day-to-day lighting as them. To get more bang for their buck, theaters, auditoriums and clubs use their emergency lighting to illuminate spaces.
These spaces also enjoy the benefit of simplified maintenance. With non-maintained systems, facility managers need to regularly test the equipment to see if it will work in the event of an emergency. Testing is the only way to find out if a luminary works for them, but for a facility with maintained emergency lighting, facility managers can immediately see when a luminary has failed.
What System Is Right For You?
There’s no one size fits all when it comes to emergency lighting. Depending on the facility, your needs will be different. Ultimately you want what’s practical. Our team has been in emergency lighting for over 30 years. For help understanding legal requirements or lighting options, give them a call today. They’ll lead you to the right solutions for you.
Emergency lighting is complex. To simplify it all, we dug up a few resources from our archives and sniffed out some of the best tips we could find from emergency lighting experts, creating a useful emergency lighting guide.
Emergency Lighting Rules
There’s plenty of strange language, complex rules and details when it comes to emergency lighting. These resources will help you get a good hold on them.
Maintaining Your Emergency Lighting Systems
Maintaining an emergency lighting system may seem daunting, but it is a must to avoid liability and meet regulations. Here are a few helpful resources to get you started.
Getting The Most Out Of Your Batteries
Batteries are expensive. That’s why you need to get the most out of them. Over the past year and a half, we’ve delved into the topic. Here are just a few of the nuggets we found.
Emergency Lighting Installation
To make installing emergency lighting just a bit easier, we’ve hunted up a few resources to help.
For even more info on emergency lighting systems, check out our blog, or give us a call. One of our experts will be happy to help!
According to Inside Energy, the five year annual average of outages doubles every five years in the U.S. Whether the power outages derive from minor incidents or catastrophic situations like a fire, your emergency lighting needs to be ready.
Inverters help provide uninterrupted power to lighting systems in the event of an outage. This is important for facilities because emergency lighting must remain lit for at least 90 minutes when the power goes out. They also help facilities meet NFPA’s life safety requirements and UL’s 924 code, two standards your systems must meet.
How They Help
You can buy emergency lighting units with backup batteries, which can meet the requirements without an inverter. Depending on the size and makeup of your facility, you may need more power to meet demand. Usually this comes from a backup generator or battery sets connected via diodes. The inverter helps provide power by converting electricity to a useable format. Facilities use alternating current, while the backup (emergency) power generally comes from a direct current. The inverter will convert the DC power to an alternating current, allowing your facility to continue functioning as it had before the outage.
Getting The Right Inverter
The costs of inverters can vary from hundreds to thousands of dollars. You may easily be able to get by with a low cost solution, but before you decide, it’s good to get a second opinion before making a big investment. Whether you want to go at the shopping process alone or consult a guide, you should ensure each inverter you look has two very important listings: NFPA 101 and UL924. To meet inspection and avoid liability, your backup power system will need to at a minimum pass these codes.
To find the perfect inverter for your facility, we encourage you to give us a call. Our team has been working with emergency lighting inverters for over 30 years. They can help you find the inverter you need to meet your needs at the right cost. Just give us a call. We’ll be happy to help.
It can be easy to take emergency lighting for granted. After all, it’s only there for emergencies, but what happens when an emergency comes? If your emergency lighting equipment is ready, you’ll have the necessary illumination to guide individuals to safety. Inverters are one of the key pieces of equipment used in emergencies.
The Case For Inverters
In situations of power failure, your emergency lighting needs to kick in 10 seconds after the lights go out. An inverter will store power for such cases and feed much needed juice to lighting fixtures and lamps. Though your inverter shouldn’t need to be used often, it will play an important role in safety.
As far as inverters go, the costs can range from hundreds to thousands of dollars. For this reason, you’ll want an inverter you now will last, like Iota inverters. These inverters are UL certified, which means they’ve passed stringent standards and even exceeded them. Having one of these inverters could save your facility and personnel from serious harm and protect your organization from liability.
Iota inverters provide a level of reliability and sophistication you need in your emergency lighting. They will automatically run a variety of lamps and fixture types. They’ll also automatically run switched, normally-on, or normally-off fixtures. Last of all, they lengthy warranties from the manufacturer—three year warranty and a seven year warranty on the battery. Your iota inverter will be ready for emergencies years down the road.
You can learn more about Iota inverters from our products page, or you can give us a call at 763-542-3155.
You might think your days of tests ended with school, but you’re wrong. Even though you retired your number two pencil years ago, leaving only the memories of filling in those nasty little alphabetized bubbles, the ominous aura of tests follows. For emergency lighting, passing the test can be easy, if you know the rules.
Look Into NFPA Guidelines
Unfortunately, there are a lot of rules, and depending on what facility you’re talking about and where this facility rests, the rules can be quite different. Start with the NFPA guidelines. OSHA and a number of other regulators across the country use these guidelines as their rules. In fact, every state uses their NFPA 70 code and 43 use their 101 guidelines.
Lighting To Egress
Highlighted in NFPA 101, the requirement for illuminated pathways all the way to an exit is pretty standard. This rule will apply no matter the state or facility. It’s also likely you’ll need to go even further. Changes in direction to an exit, such as turns in a hallway, must be marked clearly.
Your lighting needs to stay lit for 90 minutes or more during an emergency or power outage. These 90 minutes of light give the needed time for individuals to evacuate.
When the lights go out, your emergency lighting needs to be ready. The transfer must be automatic and replace normal lighting within 10 seconds. Anything short of these standards will likely result in a failed test for your emergency lighting, leaving your facility open to greater liability.
To pass most code, your emergency lighting must provide one foot candle of initial light. A foot candle is a measurement of light coming from a single source. A light offering a foot candle of light would cast a glow on an object a foot away. Your emergency lighting will most likely need to maintain an average of .1 to 1 foot candle. Last of all, the light must shine on the pathway to the exit.
Depending on your situation, you’ll need to have lights specifically adapted to your area’s natural hazards. For wet or damp locations, you’ll need NEMA lights and exit signs. For areas susceptible to flames, explosions or vandalism, you’ll need emergency lights and exit signs that meet the location’s demands.
Nailing down all the rules can be a tough task, but you don’t have to gather all the answers by yourself. Get the help of our team who has over 30 years of experience in emergency lighting.
There are plenty of regulators out there. Each has pages of rules. Getting them straight is a nightmare for poor facility managers and construction personnel. It gets worse. Each of these rules differ depending on state, city and type of facility. To help you navigate the cascading mass of rules, we’ve gathered a list of the top three regulators you’re going to want to look into, along with helpful resources.
Most people have never heard of it, but facility and construction managers across the planet follow many of the guidelines from this trade organization. The NFPA’s reach is wide, but the codes relating to emergency lighting include five key parts.
NFPA 101 – This is their Life Safety Code. Used in 43 states, this code sets standard facility requirements protecting people from smoke, fires, and noxious fumes. When it comes to your emergency lighting, this code lays out a number of rules regarding an illuminated pathway to egress.
NFPA 70 – What does it do? It sets the benchmarks for electrical design, installation and inspection for every state.
NFPA 110 and NFPA 111 – They set standards for the backup power supply needed for electrical failures from fires and other catastrophes. Again, these guidelines form as the basis for related regulations throughout the U.S. and even a few places internationally.
NFPA 99 – For healthcare facilities, the rules are even tighter. This explains why NFPA has its own code for hospitals and the like. The reasoning for the extra rules? Immobile patients, numerous staff and visitors packed into one facility simply have a hard time evacuating.
There are numerous requirements you need to know, but when it comes to your emergency lighting, you’ll find a majority of them in 1910.37 of the Occupational Safety and Health Standards.
At this point, you’re probably thinking, “not another regulation.” Don’t worry. There may be a lot of rules and guidelines necessary to receive this certification, but you need only do one thing: look for the UL 924 certification on your emergency lighting equipment. When you see UL 924 on emergency lighting, you know your equipment meets or exceeds stringent standards set by the Underwriters Laboratories. Buying UL 924 certified products will make your job easier, as these standards meet a number OSHA and NFPA guidelines.
Navigating these guidelines is a tricky proposition. If you’re unsure, seek help. Our team has been in the emergency lighting business for over 30 years, so we know a thing or two about the products that’ll meet your specifications. To learn more, check out our emergency lighting industry pages. They’ll guide you to the right lighting for your needs. Or, for some extra assistance, give us a call at 800-521-4045. Our team is happy to help you find a solution that fits your needs.
With the Magnificent Mile, Millennium Park, the Sears Tower and tons of museums, Chicago is a special place, and when it comes to emergency lighting, Chicago is even more unique. Exit signs used throughout the rest of the country will probably not be approved by city regulators.
Why So Strict?
There are 2.7 million people living in the city, and that doesn’t include the scores of workers commuting every day. With so many people packed into one place, the need for greater safety measures exist.
Another reason for the strict codes is Chicago’s history. The city suffered from a number of deadly fires. In just one fire, 300 people were killed and 3.3 miles of the city interior had been destroyed. The aftermath of the Great Chicago Fire was even worse. 100,000 residents were left without homes. Incidents like these led to tighter codes and restrictions.
At first glance, a Chicago approved emergency light looks quite a bit like units used throughout the country, but there are three key differences: the housing, the letters and the faceplate. Chicago approved exit signs have larger letters, and those letters always glow red. The faceplate is typically glass, and the housing for the unit is metal not plastic.
How to Keep Up To Code?
You need to know the rules, and the best place to find the building rules is on the city of Chicago website. If you’re short on time, Chicago Decoded is a great resource that briefly explains the rules.
The easiest way to be up to code is purchase Chicago approved emergency light equipment. At Emergency Lighting, you’ll find sections of our inventory solely devoted to Chicago approved lights, fixtures and exit signs. To learn more about our exit signs, or to receive additional tips, contact us online or give us a call at 800-521-4045.