Hochiki to demo new emergency lighting system at the Fire Safety Event

Life safety manufacturer, Hochiki Europe, are exhibiting at The Fire Safety Event 2023, for the first time. Taking place from the 25th-27th April at the NEC in Birmingham, this leading UK fire safety event attracts thousands of visitors and is the perfect opportunity to see the latest in life safety technology.

On stand 3a/D55 there will be live demonstrations of a range of Hochiki’s market leading life safety products, including their next generation emergency lighting system, FIREscape Nepto. For attendees interested in the future technological developments in fire safety, Hochiki Europe’s Systems Sales Manager, Martin Green, will give a presentation in the Innovation and Regulations Theatre on Day 2 at 11.15am.

Commenting on attending the event, Hochiki Europe’s UK Sales Manager, Ian Humby said: “As one of the first, big UK fire industry events of 2023, it will be fantastic to meet with customers and colleagues from across the sector. We are attending with some of our most innovative life safety solutions and providing the first UK demonstrations of our new emergency lighting system, FIREscape Nepto. This year’s Fire Safety Event promises to be the best yet, make sure to visit the Hochiki stand to meet with our team.”

FIREscape Nepto – Compliant, Self-testing Emergency Lighting System

Available for demonstrations at The Fire Safety Event, Hochiki’s next generation emergency lighting system, FIREscape Nepto, brings with it a suite of new features and benefits. This range of products builds on the success of its predecessor, FIREscape, first launched in 2009. BS 5266 compliant, the system is based around an addressable, emergency lighting control panel with addressable, self-contained LED-based luminaires and exit signs running on an extra-low operating voltage.

FIREscape Nepto is scalable no matter the size of the project due to its new networking capabilities and backwards compatible with the existing panels and devices within the older FIREscape range. To learn more, head to the Hochiki stand and speak with our team of experts.

ESP Intelligent Addressable Fire Detection

Adaptable to a broad range of environments, from schools and universities, to supermarkets, hospitals and airports, the ESP Intelligent range of fire detection equipment operates on Hochiki’s renowned Enhanced Systems Protocol. Advanced controls within the ESP products, including variable sensitivity, drift compensation and extended addressing, allow the system to be tailored to achieve optimum performance in the environment they are installed in.  This analogue addressable fire detection range will be showcased at The Fire Safety Event.

Specialist Fire Detection

For visitors looking for fire safety solutions for harsh and hazardous environments, the Hochiki Europe Team will be on hand to provide information on Hochiki’s Specialist Fire Detection ranges: Intrinsically Safe, Marine Approved, and SIL2 Capable. From refineries, biomass storage facilities, to offshore installations, ships, and windfarms, Hochiki’s team can help you find the right life safety solution for your project.

Visit Hochiki Europe at the Fire Safety Event 2023, at the NEC in Birmingham from 25th – 27th of April – Head to stand 3a/D55 to speak with our team of experts and discover how Hochiki’s market-leading life safety solutions can protect your business, people, and assets. More information is available on our website: www.hochikieurope.com

UL updates the Standard for Emergency Lighting and Power Equipment

UL Solutions has published revisions to UL 924, the Standard for Emergency Lighting and Power Equipment, to address the use of lithium-ion batteries, revised markings and more.

Shortly after publication of the 2020 edition of the National Electrical Code (NEC), the UL 924 Standards Technical Panel (STP) addressed several technology-related revision proposals that offered enhanced functionality and control options for emergency lighting systems.

The UL 924 STP concluded with a consensus that the technology was not yet sufficiently mature for inclusion in the UL 924 safety Standard for emergency lighting systems. Instead, the STP decided that, at the time, buildings should rely on legacy static emergency lighting equipment.

The 2023 NEC was published in late autumn of 2022, and UL 924 revisions that had been under consideration for most of that year were published in December 2022.

Among these revisions are:

  • Expanded and clarified requirements for using lithium-ion batteries.
  • Application of the 10-second switchover time limit to emergency power for all control devices.
  • Expanded descriptive content on the role of Power over Ethernet (PoE) equipment in emergency lighting systems.
  • Guidance for the evaluation of emergency lighting systems consisting of remotely located but interdependent and interoperable devices.
  • A full reorganization of the large set of requirements for equipment markings and instructions.

Rapidly changing technology

Many of the UL 924 revisions are to answer questions that arise during a time when the technology is changing rapidly, and the regulatory system is challenged to facilitate the deployment of potentially valuable building equipment enhancements while maintaining the established acceptable level of safety.

For emergency lighting, the regulatory system is built on establishing consensus among the stakeholder communities and charged with both driving consistency in how equipment is evaluated and establishing the reliability of performance claims.

Product designers and producers are responsible for innovation, while regulators are accountable for facilitating responsible implementation. The UL STP process is where these two sides meet to collaborate.

The latest revision process started in January 2022 with a 17-topic proposal package. The STP’s preliminary review generated comments and follow-up discussions with individuals and industry groups.

A virtual STP meeting was held in May 2022 to dive deeper into the comments and seek common ground. Several proposals were then revised, and balloting began in October 2022.

One proposal related to communication-enabled equipment, software updates and cybersecurity was withdrawn based on discussions concluding it was too soon to prescriptively regulate a situation that is still evolving and changing rapidly.

Another proposal related to the temperature test program for emergency LED drivers was rejected as an unneeded relaxation. The remaining 15 topics garnered unanimous support from the STP, and the revised Standard was published on Dec. 14, 2022.

UL Solutions said: “As one cycle ends, another begins. We are now taking note of innovative equipment offering new forms to accomplish old functions, meeting the intent of UL 924 but doing so in ways not anticipated by the existing text.

“While UL 924 does not operate on the same fixed three-year schedule as the NEC or the Life Safety Code (NFPA 101, whose 2024 edition will be published late in 2023), past practice strongly suggests that it must keep up with innovation.”

IFSJ Exclusive: The integrated approach to emergency lighting with Advanced

Matthew Jones, Emergency Lighting Business Manager at Advanced, talks fire safety strategy, CPD and emergency lighting maintenance

What led you to the role of Emergency Lighting Business Manager at Advanced?

I have background in the fire industry and when there was an opportunity to head up the emergency lighting business unit at Advanced, I thought it would be a great chance to raise the profile of emergency lighting education, particularly about best practice and British Standards.

As part of fire protection, emergency lighting is a vital life safety system which helps enable safe evacuations when a fire takes place.

What are some common emergency lighting pitfalls?

A common pitfall is not testing emergency lighting frequently enough. With emergency lighting, a short function test should be completed each month, which we usually recommend should take 10 minutes. Then once a year a full duration test is required, which typically takes 180 minutes. It is important to consistently test that your emergency lighting is functioning correctly to be compliant with the relevant standard BS 5266, the Code of Practice for the Emergency Lighting of Premises.

There needs to be a way of isolating the emergency luminaires in case other essential services are connected to the circuit. It is therefore essential to use test-key switches, self-testing devices or a fully automatic addressable system, such as Advanced offers. Many people still rely on manual testing with a test-key switch which is fine for a handful of lights on a shop front but when there is a greater number of lights another type of testing is needed.

If a building has more than 40- 50 emergency luminaires then it can benefit from an automatic addressable testing system. The sites that we work with at Advanced are vast, such as universities and hospitals, where systems feature 4,000+ luminaires being monitored at any time. These buildings have multiple teams of people maintaining the emergency lighting systems, so addressable systems that are robust and report all the information remotely are handy for the maintenance process. (This is available in the UK and Ireland, but we don’t currently offer this internationally.)

What are the latest emergency lighting developments that people should be looking out for?

Our intelligent lighting system, LuxIntelligent, is an automatic, addressable, emergency lighting test system, that shows all emergency lights are compliant and functioning, with no engineer involvement required and can work with retrofits or conversions of architectural lighting.

We work with standalone emergency lighting systems, but we also offer new technology to the market that is unique, for example our Dynamic Safety Signage System (DSSS) [pictured above]. The DSSS can be used as a standalone system or integrated with conventional/addressable fire alarm panels to trigger emergency lighting if an incident occurs. An addressable fire system can integrate with the DSSS telling it where the fire is within the building enabling the lighting system to indicate the routes that are viable for evacuation via green arrows, while also showing the routes that are no longer viable with red crosses, helping aid safe means of escape. This is all driven by the cause-and-effect software in the fire panel, which moves people away from hazardous areas within the building and provides them with a route to safety.

Finally, if a building has not already moved from fluorescent lighting to LED, now has never been a better time to do so, especially because this means lower electricity usage, lower CO2 emissions and so lower electricity bills.

Can you tell me more about integration of emergency lighting systems?

The way our intelligent emergency lighting systems work is based on EN 54 approved fire panel technology, so they are absolutely bullet proof in terms of robustness. Since they are based on the same fire panel architecture, we can interlink them to pretty much any fire system to drive and control emergency lighting using the fire control panel. This allows the integration of the emergency lighting with other systems, for instance anti-panic lighting or Dynamic Safety Signage which could be integrated to help with safe evacuations.

Where can the Responsible Person find out how to comply with emergency lighting regulation and best practice?

We want to help Responsible Persons gain the compliance they are trying to achieve and are happy to provide advice and guidance on emergency lighting legislation. At Advanced we offer a third-party CPD accredited service where we run an hour-long, online CPD remotely to help educate people on exactly what they need to know – everything from what the legislation is, to who is responsible, to where you need to put your emergency lighting. We also offer a handy pocket guide which helps explain in great detail where to install emergency lighting.

For more information contact Matt: mjones@advancedco.com, +44 (0)345 894 7000

This article was originally published in the January edition of IFSJ. To read your FREE digital copy, click here.

IFSJ Exclusive: Purpose driven innovation in emergency lighting with Nightstick

Derek Box, Marketing Manager Industrial at Nightstick, looks at emergency lighting in firefighting

Regardless of geographic location, basic firefighting principles are shared in the name of safety; locate the source of the fire and extinguish it. As a company grows to serve a global market, you learn that these fundamental principles are applied differently. This creates both challenges, but also opportunities for innovation.

Developing and customising lighting solutions for use worldwide requires a global mindset, strategic planning, extensive market research, and professional development. Portable LED lighting certified for use in Mexico might not be acceptable in Poland, or a disposable battery type favoured by firefighters in the City of New York may not be desirable for use in Paris, France.

To be competitive in a global market, you must hire experienced team members from around the world to understand the granular level region[1]specific knowledge and work that into your product development process. Designing only the best products coupled with the desire to expand globally to serve the fire service applications where they are at requires a massive expenditure of capital as well as research, testing, and country specific certification that pushes the limit on what needs to be done regardless of borders.

Primed for global demand

In 2007, that is precisely what Nightstick set into motion. With a strong presence already established in the US firefighting industry with cutting-edge products like the INTRANT®, DICATA®, and INTEGRITAS® series of angle lights, helmet lights, and lanterns respectively, Nightstick sought out to aggressively expand their tried-and[1]true brand of globally certified products.

The company expanded by adding local staff in Central and South America, Europe, Middle East, and Asia to create firefighting LED lighting products where the need was prime for innovation. Its solid foundation of firefighting light development in the United States served as a springboard for their engineers to develop products for this wider audience focused on one goal – Life Depends on Light no matter where you call home.

There are several key differences between North American firefighting equipment and vehicles compared to most other markets, and these differences must be considered when designing as a global manufacturer of portable firefighting lights. A great example of this is one of the primary pieces of firefighting equipment, the fire apparatus. Most firefighting vehicles in the United States are purpose-built from the ground up specifically to fight fires, whereas other countries have a history of modifying existing heavy trucks to serve as their primary firefighting vehicles. This means space is at a premium for non-US fire engines, and compact designs with multiple functions and the highest safety levels are required in these underserved markets.

Dual-light innovation

Originating out of the industrial safety lighting market in the United States and already growing in popularity around the world, Nightstick was already known for pushing the need for innovation in a stagnant market of product complacency when it comes to lighting. The most popular innovation was the introduction of Dual-Light by Nightstick out of Wylie, Texas, USA.

Dual-Light when first introduced by Nightstick as a means to keep those working in Hazardous Environments safe. Added to Intrinsically Safe Certified torches originally, and battle tested for the most extreme environments proved the concept that when it comes to life saving PPE lighting, the fire market was being ignored due to a lack of integration. So what is Dual-Light? What need does it answer for the global fire industry?

At its core, Dual-Light is combining a traditional spotlight for distance illumination with an unfocused floodlight for proximity illumination into one product. Until this point in time, two separate lighting products had to be used, but with Nightstick Dual-Light Technology, those two lights were merged into one useable product. When used in tandem, a smoke-cutting beam intended to shred the dark and a floodlight to see where your walking was now a reality. Don’t be confused. Dual-Light is not merely more light in one specific direction. Dual-Light is purpose placed light where you need it most.

With safety taking the lead, Dual[1]Light is all about seeing more when life depends on light. The Dual-Light phenomenon had already taken the US fire market and safety industry by storm. It was time that the rest of the world experienced how innovations can solve long-standing challenges and turn them into potentially life-saving PPE that you wouldn’t think twice about using in your department regardless of where you live.

Innovation is top priority

The research was clear. When a traditional torch (often called a flashlight in the US market) is activated, the sudden increase in available light causes the pupil to contract as it adjusts to the new level. This sudden constriction of the pupil reduces a user’s peripheral vision and decreases their situational awareness of objects around them, especially if they are wearing a helmet with a visor and a self-contained breathing apparatus (SCBA).

After a short period, the pupils will expand somewhat as the eye adjusts to the new light levels, but as they continue looking in the direction of the beam, the pupils will remain constricted. This reduced vision magnifies the odds of a slip or trip occurring in an active firefighting environment with jagged metal, holes, hoses, and other trip hazards in the area. To combat this, Nightstick added an auxiliary area flood light for two reasons.

First, it allows firefighters to regain the lost peripheral vision caused by pupil constriction, allowing them to see the immediate area below and to their sides, significantly reducing the chances of a slip or trip. Secondly, it enables them to switch off the focused spotlight light when not needed while having the ability to keep the non-glare floodlight without the bright hot spot. Anyone who has had to work with a high-lumen focused beam torch light and have the light bouncing back and blinding them knows how uncomfortable that can be.

As Nightstick Daul-Light torches quickly became the industry standard for most professional industrial users, the need to adapt Dual-Light technology to improve different firefighting light products just made sense. One of the first was the classic angle light used by every firefighter on their bunker gear jacket. The Nightstick XPR-5568GX and RX INTRANT® state-of-the-art angle light produces a powerful smoke-cutting beam via a large parabolic custom-tuned reflector without the need to stop and add smoke cutter plugs.

The addition of a downward-facing auxiliary light provides a clear view of the ground and surrounding area and can be used independently or combined with the spotlight for total coverage. Nightsticks engineers knew they could do more, and with another industry first, the entire torch head was designed to be rotated 90 degrees, quickly turning a traditional fixed beam angle light into a Dual-Light torch.

This combines three tools, a torch, floodlight, and angle light, into one compact package, freeing up space and reducing weight while lowering the number of items you need to carry when disembarking the fire engine reducing time in that first golden hour.

Expansion of purpose driven innovation

The safety advantages of Dual-Light were added to a host of other products, such as the XPP-5462GX and RX Dicata® helmet lights. A low-profile headlamp with a tight, focused primary beam for illuminating medium to distant objects and an area floodlight for viewing the ground below and surrounding areas. A green “follow me” light was added to the rear for even more visibility in smoky environments. Studies were done by the National Institute for Occupational Safety and Health (NIOSH) and found that green light is the most visible colour to the human eye. In fact, green is the colour the human eye has evolved into seeing the best and is up to four times as visible as other colours.

Another tool mired in outdated technology was the lantern. Nightstick knew modern LED technology and combined with industry-specific engineering goals, could produce the best lanterns available on the market. This was the impetus for creating the XPR-5584GMX and RMX INTEGRITAS® series. Utilising a unique four LED head to culminate an incredibly bright beam, and building on the popularity of the rotating head design of Nightstick’s popular angle light, this series has a 180-degree rotating head.

This allows the lantern to instantly convert into a powerful area light or be positioned to illuminate a specific area and stay there courtesy of the embedded rare-earth magnets on the tail.

For situations that demand the most flexibility and coverage, Nightstick created the XPR-5586GX lantern. This lantern incorporates the Dual-Light feature and, when combined with other Dual-Light products, such as the INTRANT angle light and DICATA helmet light, forms an unprecedented level of situational awareness previously unavailable to any firefighter. This lantern also features a rotating head design, quick-release strap, follow-me lights, and a strobe feature, making it part of a complete firefighters lighting solution.

In addition to limited space in non-US vehicles, there are other critical differences, like the electrical system. A US-spec 12-volt vehicle-mounted light charger will be destroyed in a 36-volt European apparatus. This requires electrical engineers to think globally, understand these differences, and create products that can adapt to multiple environments and specifications.

Market driven synergies

When it comes to personal protective equipment for firefighters, the significant difference between the US and other parts of the world is helmet styles. Steeped in tradition, the US firefighting helmets have a very flat, wide brim that extends over the back of the collar with a decorative crest up front, whereas their counterparts in other countries use a more modern design that fully encloses the entire head with a retractable full face shield.

This creates challenges when designing auxiliary lighting for both styles of helmets. In addition to model-specific mounts for popular helmets like the XF1 or XR2, Nightstick created a series of general-purpose mounting kits that accommodate almost any type of firefighting helmet.

As you move into the hazardous environment firefighting industry with formally certified products, the complexity and expense increases exponentially. In addition to the traditionally recognised certification standards for explosive atmospheres like UL-913 and IEC 60079, you must design or modify products to meet the many country-specific certifications, such as INMETRO for Brazil and KOSHA for South Korea.

Firefighting light applications differ in each region, and the methods in which they are bought and sold also vary widely. For many years, only a handful of companies created products for the firefighting market, and their dominance created a lack of innovation, leading to a “this is what we’ve always used” mindset with many large and small agencies.

The final thought to consider when purchasing firefighting equipment is the product’s manufacturer. A single-source manufacturer ensures consistent quality and safety across an entire product line when purchasing professional lighting products rather than mixing and matching products from several companies.

This is especially important when buying hazardous environment safety lighting. Nightstick, the original creator of the Dual-Light torch and a global manufacturer of over 50+ intrinsically safe professional, portable LED lighting products sold in 70+ countries, exceeds industry standards in performance, quality, value, and user safety. From penlights to floodlights, above ground or below ground, Nightstick has you covered. Focus on completing your job confidently, knowing your equipment was designed and rated for the highest safety levels.

This article was originally published in the January edition of IFSJ. To read your FREE digital copy, click here.

Product focus: Nightstick’s INTRANT, the intrinsically safe rechargeable angle light

The INTRANT® Intrinsically Safe rechargeable angle light is a flashlight, a floodlight, and a Dual-Light™ angle light that is cULus, ATEX Zone 0, IECEx, and INMETRO certified Intrinsically Safe.

The flashlight rotates 90 degrees up and down with a 45 degree downward angled floodlight. Multiple settings offer user-selectable brightness of 200, 110, and 60 lumens with a 401 meter beam distance. The ultra-tight beam is perfect for cutting through smoke and lighting up objects at great distances.

The floodlight setting has user-selectable brightness settings of 100, 40, and a Survival Mode of 20 lumens that provides just enough light in an emergency situation with a run-time of 27 hours. The Dual-Light™ mode allows the user to simultaneously see objects at a distance or through the smoke, as well as see the ground in front of them as they walk or work.

Powered by a rechargeable Li-ion battery pack and includes a AA battery carrier to provide backup power if needed. Rated IP-67 dustproof/waterproof. Meets the requirements of NFPA-1971-8.6 (2013).