Asolvi, Europe’s provider of field service and contract management software, announces that it has agreed to acquire TIVAPP, the German field service solution for the fire protection and security sector. TIVAPP is a specialist service, inventory, test documentation and billing software solution, developed by fire prevention professionals. Founded in Germany, the company has over 20 years of experience in the sector. During that time, TIVAPP has built up a customer base and established its...
Combining thermal imaging and augmented reality (AR) enables firefighters see through smoke, in effect enhancing their vision in the life-threatening environment of a fire. AR capabilities can be deployed in a visor attached to a helmet, and an affixed thermal camera captures the images. The most recent prototype of such a product is a robust helmet design that withstands rough treatment. The system also includes software processing that augments thermal images to enable firefighters to see th...
Only approved cabling should be used in critical signal and control equipment in the event of a real fire - and the announcement of a revized version of the Code of Practice covering these areas of performance clarifies the detail. The equipment served by these cables - including smoke and heat extraction systems - assists fire services in the case of firefighting and a safe evacuation in the case of life safety. fire performance cables As the only supplier in the UK with independent approval...
Carbon monoxide (CO), also known as the ‘silent killer’, is especially dangerous because it is not visible and cannot be smelt or tasted. The only way to protect against this potentially deadly threat is with a CO alarm. In honor of CO Awareness Month in November, First Alert and the National Volunteer Fire Council (NVFC) have partnered to create an online CO awareness and CO alarm training course for volunteer fire departments nationwide, supplemented by an alarm donation program f...
Adapting workspaces to operate safely during a pandemic presents complications, not least of which is making sure that the measures taken to protect employees from infection do not undermine fire safety. In the course of altering a building to prevent infection spread, there are risks of introducing new life safety hazards and compromising emergency preparedness. As buildings adapt to new occupancy standards and requirements, it is critical that any protective measures do not interfere with ope...
In response to a specific customer requirement, Kentec Electronics, a globally renowned manufacturer of life-critical control systems, has developed through their Special Applications Department an Evacuation and Alert Control Indicating System (EACIE) to provide fire and rescue teams with an intelligent communication structure to support staged evacuation. Evac-Point system Kentec’s made-to-order ‘Evac-Point’ system uses user-defined zone reference labeling to enable Fire Se...
Global fire systems provider, Advanced, has been specified on another landmark tall building. Set to stand at 62-storeys high, 22 Bishopsgate in the City of London will, on completion, become the second tallest building in Western Europe. The 278m office building will offer 1.275 million sq. ft. of high specification office space, as well as eight community spaces, covering over 100,000 sq ft, including an innovation hub, curated gallery space, fresh food market, gym and wellbeing retreat. Once completed, Advanced will protect both of Western Europe’s tallest buildings, with 22 Bishopsgate being the latest in a long line of London’s most prestigious and iconic skyscrapers specifying Advanced, including the Shard, the Leadenhall Building, the Heron Tower and the HSBC Tower. Fire Command Centre Advanced’s panels are used alongside Soteria detectors and its networking is regarded as the most resilient At the center of the active fire protection for 22 Bishopsgate are over 80 networked MxPro 5 panels with graphic display and BMS integration, alongside three special build panels for the building’s Fire Command Centre, that will form part of the intelligent fire detection network. Advanced’s panels are used alongside Apollo’s Soteria detectors and its networking is widely regarded as the most resilient and scalable solution on the market. It can be expanded up to 200 node networks covering huge areas with complicated cause-and-effect. As a UK-first, 22 Bishopsgate will utilize a specially developed lift-evacuation strategy in case of fire. The building is separated into four vertical areas by fire-hardened slabs with a two-hour fire rating separating a floor from the one above at levels 26, 42 and 58. renowned networking capabilities Depending on which of the four vertical areas of the building a fire is detected, workers on that floor and the floors above egress via fire escape stairs to the area below and from there can evacuate via the lifts, safe in the knowledge that these are protected by the slabs above. Responsible for every aspect of installation of the fire system from design to completion, PHF Fire, a division of PHF Electrical, used Advanced for its renowned networking capabilities, best suited to managing a network of this size and complexity. dependable fire protection Paul Falkner, Director at PHF Fire, said: “Great emphasis and consideration has been placed on the fire protection for 22 Bishopsgate - a building truly at the at the forefront of fire technology. From working with Advanced previously we knew its products could be relied upon to deliver powerful, flexible and dependable fire protection for the complex nature of a building of this size.” Advanced is a renowned brand in the development and manufacture of intelligent fire systems Amanda Hope, UK Business Development Manager at Advanced, said: “Advanced is a leader in the market in terms of performance, quality and ease-of-use and being specified in arguably the UK’s most high-profile commercial development, since the Shard, reinforces this. We are thrilled to now not only protect Western Europe’s tallest building, but soon also the second tallest. It was a pleasure to work with the team at PHF Fire where we were able to meet their needs with a system capable of delivering the complicated cause and effect programming and flexible networking required.” false alarm management systems With EN54 parts 2, 4 and 13 approval the MxPro is one of the fire industry’s leading multiprotocol fire solution, offering customers a choice of two panel ranges, four detector protocols and a completely open installer network that enjoys free training and support. Advanced is a renowned brand in the development and manufacture of intelligent fire systems. The performance, quality and ease of use of its products sees Advanced specified in locations all over the world, from single panel installations to large, multi-site networks in some of the world’s most prestigious sites. Advanced’s products include complete fire detection systems, extinguishing control panels, fire paging and false alarm management systems.
Fire and life safety systems manufacturer, Advanced has announced the appointment of a dedicated business development manager responsible for the launch and growth of EvacGo, Advanced’s new BS 8629-compliant evacuation alert system. EvacGo, Evacuation Alert System Ken Bullock, who joined Advanced as Regional Sales Manager for South East England, four years ago, brings over 35 years of fire industry experience to his new role as Business Development Manager – EvacGo, Evacuation Alert Systems. Ken has been instrumental in the development of the EvacGo solution and ensuring that it will make life easy for anyone who needs to meet the BS 8629 Code of Practice recommendation, applicable to buildings over 18 meters in height and containing flats. Enhancing fire safety in high-rises I’ve been heavily involved in developing our evacuation alert system and am passionate about the ability of this product" Ken Bullock, Business Development Manager – Emergency Evacuation Systems, said “I’ve been heavily involved in developing our evacuation alert system and am passionate about the ability of this product to help improve fire safety for residents in high-rise buildings. It therefore seemed natural for me to focus on educating the market about the importance of following BS 8629 recommendations and to raise awareness of our evacuation alert solution, EvacGo.” Ken adds, “In developing our system, we’ve worked with renowned fire industry experts to ensure it delivers maximum performance, quality and ease of use. I now look forward to developing these relationships still further as we all strive to build a safer future.” Built using MxPro 5 fire panel components The EvacGo panel is built using Advanced’s industry-renowned MxPro 5 fire panel components, providing the added assurance for installers and building owners that their sites will be protected with robust and proven technology that’s been rigorously tested to EN 54 parts 2 and 4 as recommended in BS 8629. To ensure every aspect of the BS 8629 Code of Practice was followed, the panel is housed in a tamper-proof STS 205 class BR2 security-rated enclosure, made by renowned manufacturer, Gerda with a patented BS EN 1303-compliant lock and key mechanism for exclusive access by the fire and rescue service. BS 8629:2019 Code of Practice compliant BS 8629:2019 is the new Code of Practice for the design, installation, commissioning and maintenance of evacuation alert systems for use by fire and rescue services in England. In place since November 2019, this code of practice recommends the installation of a dedicated evacuation alert system intended for the sole use of the fire and rescue services and separate from the building’s fire alarm system. It is relevant to blocks of flats with a story located at a height of more than 18 meters above ground level. Evacuation alert control and indicating equipment installation EACIE installation is already mandatory in new buildings containing flats over 18 meters high in Scotland Although not yet a legal requirement in England, evacuation alert control and indicating equipment (EACIE) installation is already mandatory in new buildings containing flats over 18 meters high in Scotland and considered best practice by a number of fire and rescue services. Gary Craig, Sales Director at Advanced, stated “Over recent months, Ken’s work on EvacGo has focused on ensuring it is easy for building owners and installers to meet the recommendations of the BS 8629 Code of Practice, while ensuring optimum safety for the residents of high-rise buildings and ease of use for the fire service. Ken’s expertise will help ensure the process of specifying, designing and sourcing a BS 8629 system is simple, straightforward and stress-free.” Expansion of evacuation alert systems business Gary adds, “Ken’s appointment adds a vastly experienced voice to this project and the future direction of our evacuation alert systems business. His expertise and track record in driving growth and expansion within the UK market will be immensely valuable, as we experience rising demand for this new product.” Account customers currently looked after by Ken will continue to receive excellent support, as they transfer to Business Development Manager, Amanda Hope.
For the honor of wildland firefighters who risk it all to protect the forests and natural resources. KIMTEK is proud to introduce the Ford Motor Company Bronco-Filson Wild Fire Vehicle which features the KIMTEK FIRELITE® Fire Rescue skid unit that includes a Darley-Davey Pump, Hannay Reel, and Mercedes Boostlite Forestry Hose. KIMTEK is excited about this collaboration between Ford, Filson and KIMTEK and more excited to see the formation of the Bronco Wild Fund to celebrate wildland firefighters and to help raise awareness and funds to assist in preserving America's Natural Resources and National Forests. KIMTEK thanks Ford Motor Company and Filson for choosing and trusting the design quality of the FIRELITE Transport skids manufactured by KIMTEK Corporation.
CU First Responders Finance (CUFR) is excited to welcome Nashville Firemen’s Credit Union to their Referral Credit Union program. CUFR’s business lending program provides the avenue for first responder credit unions to refer commercial real estate, apparatus, equipment, and other business loans for potential funding. Nashville Firemen’s Credit Union is happy to collaborate with other first responder credit unions to offer its membership business services through CUFR. The referring credit union gets business loans on their books and the lead lender earns points and a portion of quality loans. First responder credit unions Additionally, there is an opportunity to sell a portion of the loan back to the referring credit union. Nashville Firemen's Credit Union is a not-for-profit financial cooperative. It is owned and managed by the membership who share a common bond. Membership is available to the Nashville Fire Department and their immediate family members. Retirees of NFD are welcome to join as well! Membership information and current rates may be obtained by calling. CU First Responder Finance is a partnership between the National Council of Firefighter Credit Unions and Biz Lending & Insurance Center, Inc. Their mission is to develop commercial real estate marketing and business lending programs specifically designed for first responder credit unions.
DMP releases its new line of alarm communication radios that are FirstNet Ready™ and approved for use on FirstNet®. FirstNet is built with AT&T in a public-private partnership with the First Responder Network Authority and is the only nationwide, high-speed broadband communications platform dedicated to and purpose-built specifically for America’s first responders and the extended public safety community. It’s the solution to decades-long interoperability and communications challenges first responders have long been experiencing. Alarm panel communications “The FirstNet network is an important step forward in our nationwide first responder infrastructure, and DMP is pleased to support public safety nationwide,” says Mark Hillenburg, vice president of Marketing at DMP. “Also, we are very excited to work with The Monitoring Association (TMA) and AT&T to deliver alarm panel communications using the highly secure and reliable FirstNet service.” Alarm service companies qualify to use the FirstNet network by first obtaining a TMA Certificate The transmission of public safety related alarms via FirstNet Ready™ alarm panels qualifies for FirstNet extended primary service. Alarm service companies qualify to use the FirstNet network by first obtaining a TMA Certificate of Verification that verifies they are in compliance with accepted Alarm Industry Standards. Safety related alarms The Certificate of Verification ensures the company transmits public safety related alarms (e.g. burglary, fire, emergency medical) to a Central Monitoring Station that confirms and verifies the authenticity of the alarm before notifying a Public Safety Answering Point (PSAP) for relay to a public safety agency for the purpose of initiating an emergency response. In addition to the TMA certification, alarm service providers must enter into a FirstNet Agreement with AT&T before they can offer FirstNet Ready™ alarm panels with FirstNet service. With DMP’s FirstNet Ready™ communicator, the XR Series control panels are among the first available for use on the FirstNet network. This gives alarm companies the advantage of using Band 14 – nationwide, high-quality spectrum set aside by the federal government specifically for FirstNet.
Following its General Assembly, Euralarm will organize an industry webinar that will run from 16:00 - 16:50 (CET) on October 29, 2020. The webinar is intended to look at the key regulations and standards that affect gaseous extinguishing systems in Europe and to distinguish between approved gaseous fire extinguishing systems and approved components, which is the subject of the recent Euralarm document titled, Guidance on Gaseous Systems: approved systems versus approved components. Free registration is open for members and other non-member professionals from the industry. fire extinguishing system Gaseous fire extinguishing systems are a very effective way to protect critical hazards and high value assets, when it is important to have no collateral damage caused by the extinguishant or residues. But how should the efficiency and reliability of a gaseous fire extinguishing system be assessed? And what is the role and the influence of the various standards, regulations and approvals that are used to validate the efficacy of the systems. This Event will make the attendees aware of the major differences between voluntary and mandatory standards This Event will make the attendees aware of the major differences between voluntary and mandatory standards quality marks and will help them to make decisions based on clear and balanced information. Attendees should register for the Euralarm industry webinar in advance. Prior to the event a separate link to the webinar will be sent to the attendees. fire safety and security In case one or more of a registered attendee’s colleagues would be interested in joining the webinar, Euralarm asks them to not hesitate to forward them the invitation. The registration for the event can be done on the company’s official website. Euralarm represents the electronic fire and security industry, providing leadership and expertise for industry, market, policy makers and standards bodies. Their members make society safer and secure through systems and services for fire detection and extinguishing, intrusion detection, access control, video monitoring, alarm transmission and alarm receiving centers. Founded in 1970, Euralarm represents over 5000 companies within the fire safety and security industry valued at 67 billion Euros. Euralarm members are national associations and individual companies from across Europe.
Our world is filled with ‘extrusions’. They are small and not-so-small cross-sections that operate as seals, bridging the complex components of machines and moving parts together and helping them to keep them in working order. There are many different types of extrusions, and the diversity of their functionality often puts them at risk of — and makes them important in preventing — situations that can lead to electrical fires. Extrusions are also often made out of different materials, the quality of which can also influence how protected an environment is against the risks of fire. The benefits of silicone One of the more well-suited materials that help with fire prevention is silicone. Silicone is a manmade compound that repels water, is electrically insulating, extremely resistant to high temperatures and, importantly, can be formulated to be a flame-retardant. These qualities and more are, increasingly, making silicone the material of choice for extrusions in manufacturing, at least in part because of these advantages. The While there is certainly more work to be done on the safety front — no environment can be too safe, after allonly other rubber with the highest tolerance for extreme temperatures is viton, but this type of material is at its best when exposed to types of fuel. In other (most) situations, silicone is arguably of superior quality. Heat-resistant or flame-retardant? There are two different types of silicone extrusions that are often confused when talking about fire safety: silicone extrusions that are heat-resistant and those that are flame-retardant. The former is manufactured to function and maintain its mechanical properties at high temperatures. A silicone extrusion operating as an oven door seal would be an example of a heat-resistant type of extrusion. The highest temperature these grades of silicone can withstand is about 300°C. Flame-retardant silicone is formulated specifically to be self-extinguishing. To be certified as flame retardant the material is subjected to a flame for a specified time. The material then has to pass a minimum burn distance, or extinguish in a certain time. Flame-retardant silicones cannot withstand the same temperature extremes as heat-resistant silicones, but have much better self-extinguishing properties in general. They tend to max out at around 200°C. When talking about fire safety, it is the grades that are specially flame-retardant that are important to think about. Although silicone is naturally heat-resistant, it is only heat-resistant up to a point. Special grades are required for the extrusions needed to function in high-temperature areas, like the aforementioned oven door. But this does not make them the same as being flame-retardant. Industry grades of flame-retardant silicone There are several grades of silicone that meet different flame-retardant requirements for specific industries. Including: UL-94: This grade is the general standard in the United States, and is most commonly specified on lighting fixtures and other components. EN45545-2: This grade is the standard in the railway industry, and to a lesser degree across all mass transit vehicles (such as buses). All silicone components used on trains, for example, need to meet this required standard. FAR/JAR 25.823: This is the flame-retardant standard for silicone components used in aircraft industries. Apart from being self-extinguishing, the other main property of flame-retardant silicone grades is that they have a low smoke, low toxicity quality. Meaning that if they do come into contact with a fire, and are subsequently burned, they will not release large amounts of smoke or toxic fumes. Low smoke, low toxicity rubbers have been a legal requirement ever since the tragic Kings Cross Station fire in 1987. In which smoke from burning rubber and When talking about fire safety, it is the grades that are specially flame-retardant that are important to think aboutother materials contributed to fatalities. As implied by the above standards, flame-retardant silicones are commonly found across the aerospace industries, the automotive and rail (and to a wider extension the mass transit) industries, and the consumer goods and lighting manufacturing bases. They are also present in the emergency services sector; usually in vehicles, including in ambulances and fire fighting vehicles. Why are fire-retardant extrusions important? An increasing trend for office spaces and everyday household items is for them to rely more and more on synthetic carbon-based polymers in the form of furniture, fabrics, housings for electrical equipment and as surface coatings for other materials, to name a few. The high fuel values of carbon-based polymers means that their very existence is potentially hazardous in the event of a fire. By having fire-retardant silicone extrusions bridging the components together in machinery and moving parts, their substance reduces the likelihood of a fire breaking out within one of these machines and spreading onwards — and causing catastrophic damage to — the everyday carbon-based polymers in the environment. An increasing trend for office spaces and everyday household items is for them to rely more and more on synthetic carbon-based polymersImportantly, the flame-retardant silicone grades used in extrusions are not harmful to human health, and in any case, exposure to them is minimal. Although some can be in visible areas, such as door seals on trains, by nature most of them are located inside machinery, and do not tend to be out in the open. Fire prevention and the future Silicone might be one of the best materials for extrusions to be manufactured out of, in terms of guarding against and preventing fire hazards. But when it comes to preventing tragedies such as the aforementioned Kings Cross Station incident, nothing can be too perfect. That’s why the standards for silicone are continuously being revised and improved upon. All the time, silicone grades are increasingly put to the test in laboratory settings and tweaked to increase their performance. The standard priorities are: how can we make this material even more likely to help with the reduction and the spread of fires? How can the amount of smoke and fumes emitted in the event of burning be even more diminished? But while there is certainly more work to be done on the safety front — no environment can be too safe, after all — the fact remains that, of all the options currently available, the safest options out there are made from silicone.
According to the 2009 edition of the Emergency Care Research Institute Health Devices Guide, operating room fires rank third on the top 10 technology hazards. ECRI estimates that between 550 to 650 fires occur in operating rooms in the United States. The most common sites where fires were the head, face, neck and upper chest (Hart, MD et al. 2011) which means that patients are disproportionately at risk compared to patients exposed to fire risks in other parts of a hospital. Fire hazards in Operating Rooms I’ve had the opportunity to participate in the design or implementation of fire protection and life safety systems at different stages in several hospitals across Latin America. In these projects, fire professionals have recognized the importance of protecting the operating room from fire and electrical risks. The risk is heightened considering the cost of the medical equipment that exists there, but not many people really grasp the level of risk that exists during surgery. The risk is heightened considering the cost of the medical equipment Fires in these type of places are especially deadly because they might occur directly on the skin or air ways of patients on oxygen enriched environments. Hospital designers and planners should focus on prevention first, and with the help of medical experts create an environment where the likelihood of a fire is kept to the minimum, and where doctors and nurses have access and means to put down fires and keep patients out of harm. Common fire sources The most common fire sources that can be found in this type of environment are medical PPEs, such as gowns, hood and masks, drapes, towels and sponges that cover or are used over the patient’s skin, as well as plastic tubes and accessories directly attached to the patient and that might go into the airways. There are also different kinds of flammable chemicals and alcohol-based solutions used to prepare and clean the patient and the presence of medical gases. ECRI considers the patient’s skin and hair can be considered as fire sources as well, when certain conditions are met, like high oxygen concentrations on the air. According to the ECRI guide, 68% of fires in operating rooms were caused by electrosurgery equipment and other electrical hemostatic devices. In these environments prone to high concentrations of oxygen, any spark can become a potential ignition source. Between the medical equipment that might cause sparks, you can find: high speed surgical drills, defibrillators, lasers and electrocautery units. Of course, the most obvious ignition sources found in an OR are damaged cables and wires. The NFPA 99 (Standard for Fire Protection in Healthcare Facilities) considers that medical air and gas distribution systems have an inherent risk of fire and explosion associated with them, because these gases can act as oxidizers and create ideal conditions for ignition. Many studies indicate that almost any material can ignite with oxygen concentrations on the air above 30% (normal O2 concentration on the air is 21%). It’s also important to mention that nitrous oxide used in anesthesia supports combustion the same manner as oxygen (Hart MD. Et al. 2011). Types of Fires and how to minimize their risk According to the ECRI, fires in the operating room environment can be divided into fires that occur in the OR environment, like ignitions on medical equipment or materials stored or located around the operating table, and fires that ignite directly over the skin and airways of the patient. Many studies consider that 44% of fires over the patient’s skin are in the face, neck, head or upper chest and 21% on the airways. “The basic elements of a fire are always present during surgery” says Mark Bruley, vice president of Accident and Forensic Investigation on ECRI. “Slow reaction or the use of improper firefighting techniques and tools can lead to damage, destruction or death”. This calls for active involvement of the medical staff, including surgeons and anesthesiologists, in fire prevention training and pre-surgery planning. The basic elements of fire, such as oxygen, are always present during surgery Fire prevention in pre-surgery planning ECRI and the FDA (Food and Drug Administration) strongly recommend that surgeons and nurses should include fire prevention and possible hazard identification during their pre-surgery planning. “Each one control a specific side of the fire tetrahedron and by properly managing their technique and part of the equation, surgical fires can be avoided” says Bruley. Medical staff should identify the location of gas and oxygen shutoff valves and evaluate the need of oxygen concentrations above 25%. Organizations like the OMS recommend avoiding the use of open oxygen sources on the face during procedures and use tracheal tubes or laryngeal masks instead. Also, it’s a good practice to use floor to ceiling drapes to create a barrier between the oxygen-enriched atmosphere around the operating table and the rest of the room. Staff should participate in drills and training on the use of firefighting equipment Also, ECRI recommends that all the staff should participate in drills and training on the use of firefighting equipment and rescue and escape methods. In case of a fire, all oxygen and medical gas sources need to be managed, and medical equipment removed or relocated (if possible) if they are directly affected by fire or the fire extinguished in place. It’s important to note that ECRI and other institutions, like the World Health Organization, recommend that fire extinguishers should be used only after the patient has been safely removed from the hazard. In extreme cases of fires over the patient’s skin, ECRI says that a CO2 extinguisher is preferable because they minimize tissue contamination and damage. Fire Protection Equipment in the Operating Room The IFC (International Fire Code) and the NFPA 99 and 101 (Life Safety Code) provide several guidelines to manage fire safety in healthcare facilities. Fire protection means can be passive or active, and one of them doesn’t exclude the other. Passive fire protection serves the purpose to minimize fire spread through ventilation, electrical wiring and openings through walls and windows. They need to be designed to keep flames and smoke from nearby fires away from the operating room, and to prevent smoke and flames that might occur inside one operating room to spread to the nearby areas. These protections include, but are not limited to: Walls, floors and ceilings should not only be fire rated for 120 minutes, and doors for at least ¾ of that time, but to be constructed in a manner that they are sealed to prevent smoke and flame leakage inside and outside. Use of fire stoppings in all ventilation, electrical and other kind of ducts that go through fire rated walls, floors or ceilings. Use of intumescent coverings in all structural and non-structural elements. Use of fire-retardant furniture, although is important that almost no material is fire retardant in atmospheres where the oxygen concentration is over 30%. Dampers and smoke control systems. All electrical systems and medical air, gas and oxygen distribution systems should be designed according the guidelines of the NFPA 70 (National Electrical Code) and the NFPA 99. Active fire protection Active fire protection includes automatic detection and alarm and extinguishing measures Active fire protection includes automatic detection and alarm and extinguishing measures. Fire extinguishers should be located for easy access and clearly identified by a plastic sign from the wall to the ceiling. Even though the NFPA 101 recognizes that fire sprinklers are mandatory in healthcare facilities, they should not be activated during an active surgery because this water might contaminate open wounds. In fact, ECRI recommends against the use of any water-based fire extinguished in operating rooms, including water mist systems. Also, the ECRI mentions that water that pools near or below medical equipment can cause electric shocks to the occupants. Regarding automatic detection and alarm, point type smoke detectors are not recommended for this type of application because they can accumulate dust, and regular dust contains levels of dead human tissue that might contaminate the environment. early fire detection Operating rooms call for early detection to avoid damages to costly medical equipment, but most importantly to minimize the risk and exposure to smoke and flames to staff and patients. The preferred detection method for this kind of application is aspirating smoke detection. Considering that operating rooms usually use forced ventilation, international guidelines propose the use of high sensibility detectors. The EN 54-20 prescribes Class 1 o Class 2 sensibility for rooms with high velocity air changes. Bosch Security and Safety Systems offer the Invisible Type smoke detector which doesn’t use a smoke chamber to detect smoke particles, but instead uses a state of the art technology and patented infrared source arrangement that allows it to be completely flat and with no openings. This detector can be easily cleaned, and with the IP66 back box accessory it doesn’t accumulate any dust whatsoever. Duct smoke detection should be installed in the air conditioning ducts to activate dampers and smoke control systems. As with fire extinguishers, manual pull stations should be properly located and identified to allow medical staff to give alert of a potential fire hazard. Notification appliances Notification appliances activate in specific areas of the hospital In the event of a fire, notification appliances activate in specific areas of the hospital, related to the fire location and risk. Inside operating rooms only visible notification is recommended, because audible signals might affect patient’s wellbeing. Voice evacuation should be activated in common and prepping areas nearby the operating rooms. All the fire detection and notification devices shall be connected to a central Fire Alarm panel (FACP) to allow staff in charge of fire and evacuation response to receive timely information and make real time decisions. The panel and all the systems related to fire detection and evacuation should be installed according to the NFPA 72 (National Fire Alarm and Signaling Code), EN 54-14, BS 5839 or any local relevant guidelines. Proper maintenance of all passive and active fire protection systems and regular training and preparation from medical staff and doctors are critical to minimize the risk of fires in operating rooms. Prevention is the first step, but when fires occur, optimal outcomes depend on coordinated team efforts (Hart MD. Et al, 2011). Also, a comprehensive fire safety program should be implemented in all hospital areas, including operating rooms.
With commercial fires up 46% during lockdown, it’s crucial to understand and become more aware of the damage fire risks can have on a business when left undetected and unresolved. Fires can be a devastating experience for all, resulting in irreversible physical damage and, arguably more importantly, the unseen destruction of jobs, livelihoods, families and homes. While the risk of fire can never be completely eradicated, there are things you can do to help minimize the problem. More than simply guarding against a worst-case scenario, this is about making sure your business is as robust as possible. In other words, ensuring that you have in place effective protection long before a 911 call is required. Returning to work Evaluate how things may have changed since COVID-19 As businesses return to their premises, it’s a good idea to evaluate how things may have changed since COVID-19. Many premises remain either closed entirely, open for reduced hours or are operating with reduced staff. Even if you completed a fire risk assessment just before the pandemic began, it may need revisiting in light of these recent changes. For example, the amount of stock put into storage or the number of people using the building may have changed, and new risk factors may have emerged. Have employees trained as fire marshals been furloughed since the pandemic or unable to return to work? Any one of these factors being changed will require you to fill out a new fire risk assessment. If on the other hand, if your building remains unused – due to COVID-19 or other factors – it’s important to realize your responsibilities. Empty, unmanned buildings are at increased risk of break-ins and arson, failure to comply with best practice can put you at risk of insurance invalidation: Ensure that all keys to the building are accounted for and recovered. If any are missing, it is highly recommended that the locks are changed as soon as possible Apart from essential services such as lighting or fire and security systems, disconnect all services and utilities at the perimeter of the building In winter, maintain temperatures at or above 4ºC to avoid frost damage to any sprinkler system or other essential water services. Drain down all tanks except those which specifically need to be used Remove as much combustible material as you can, especially litter and scattered paperwork Secure letter flaps, install an anti-arson metal box inside and redirect mail Given the variety of business premises it’s difficult to say what’s likely to be a cause of fire in any one situation – which is why it’s essential to have an up-to-date fire risk assessment carried out by someone who can provide a more in-depth assessment aligned with your ways of working. Getting this done will give you a good understanding of the potential causes of fire in your workplace and is a good place to start for any business owner. protection methods If your premises are largely empty due to COVID-19 restrictions, you must ensure you have a protection method in place that isn’t primarily dependent upon people, such as fire extinguishers or fire hoses. It is crucial to install and test a monitored smoke detection system or automatic fire sprinklers which can help protect the premises whilst it remains vacant. While you can never have too many systems in place to protect your business from fire, there are a few key ones to consider: Fire ExtinguishersThere are different fire extinguishers for different types of fire, your fire risk assessment will contain information on the ignition and fuel risks that are in your building and you should ensure that the correct type of device is selected, either mounted on the wall or a special stand with a label that shows the types of fire the extinguisher is suitable for and basic operating instructions. Sprinkler SystemsModern Automatic Fire Suppression Systems, commonly called sprinklers, can save lives and livelihoods. They provide protection from fire damage and, most importantly, give people a greater chance of getting out if there is a blaze. If you’re unlucky enough to have a fire they can significantly reduce the cost of the damage it causes by reducing its spread and severity. Monitored Smoke and Fire AlarmsWhether your building is currently unoccupied or you’re starting to return to work, having a monitored smoke detector and fire alarm allow you to rest easy knowing that even if the battery is low or there’s a technical fault, they’re still effective. Fire alarm systems such as those from ADT are monitored 24/7/365 which help you rest assured knowing you can depend on your system and our team to take care of things even when you’re not close by. Fire Hose ReelsA level up from extinguishers, fire hose reels offer a quick and inexhaustible flow of water. They can be installed by a single technician, minimising disruption to your business, and in an emergency they’re easy to identify and use. Emergency LightingAll fire-fighting equipment and alarms, emergency routes and exits must be well lit. That includes lighting at every door, corridor, floor level, staircase. Your emergency lighting should, of course, be tested regularly. In the event of a fire, you’ll want to get out quickly and safely.
Fire extinguishers are red for a reason, aren’t they? Traditionally, red is associated with danger and fire and red is certainly easy to see, even in darker environments. Aesthetic fire extinguishers But a company in Japan is offering a line of fire extinguishers that abandons the signature color for an approach that is more aesthetically pleasing and that fits more easily into modern decor. Disaster prevention brand, Modular Aerial Fire Fighting Systems (MAFFS) has unveiled fire extinguishers that are black or white, thus defying convention and better harmonizing with a variety of living spaces. The Japanese company, Morita Miyata Corp. has been making fire extinguishers for more than 100 years The Japanese company, Morita Miyata Corp. has been making fire extinguishers for more than 100 years. Their new sleek, minimalist fire extinguishers have won a Good Design Good Focus Award in the category of disaster prevention and recovery design. The award celebrates outstanding works designed for the prevention of and recovery from natural disasters. Disaster preparedness The concept is to ‘Take Bosai into the lifestyle’ (Bosai is disaster preparedness in Japanese). Beyond aesthetics, there is a practical reason to make the lowly fire extinguisher blend more seamlessly with a room’s decor. The reason is that prettier fire extinguishers encourage consumers to place the extinguisher proudly out in the open, where it is within easier reach to use quickly if needed. The minimal and attractive design allows the fire extinguisher to be placed in a more visible, high profile place in homes, without the ‘harsh’ red interfering with the interior decor. Consumers are prompted to enter the date of purchase and expiration date on the fire extinguisher’s body. Higher effectiveness of fire extinguishers in visible spots In short, fire extinguishers can be more effective if they are not hidden away in a closet or cupboard where valuable seconds are lost locating them in case of a fire. The idea is to unify style and function. Obviously, style is an undervalued element in the entire fire industry, given the affinity for less subtle use of red evident in everything from fire apparatus to web site names. Breaking traditional conventions Abandoning tradition may be creative, but don’t years of convention complicate the concept of changing the color of emergency equipment? For example, in the case of fire extinguishers, although primarily red, they also use color-coded labels to designate their type, such as blue for dry powder, yellow for wet chemical, etc. Also, fire pull stations, for example, are red, but pull stations for police emergencies may be blue instead. The colors have meaning that is understood to building occupants. Therefore, using new colors in public buildings could cause confusion, even if they contribute positively to the aesthetics of an expensive office suite, for example. Extending the concept of ‘Kanso’ to fire extinguishers Extending the concept of 'Kanso' to fire extinguishers has promise, as long as design does not interfere with safety The Japanese interior design concept of ‘Kanso’ is all about simplicity and focuses on the flow and movement of energy in a space. The concept seeks to eliminate clutter from a home and to show restraint and simplicity in every aspect of design. Extending the concept of 'Kanso' to fire extinguishers has promise, as long as design simplicity does not interfere with safety. The Good Design award jury states, “The simple modification of changing the color of the fire extinguisher to black and white is a big step forward in creating harmony with the living space.” Changes in style of fire apparatus and firefighting equipment The jury adds, “There has been a preconceived notion that fire extinguishers must be red in order to grab visual attention. We have just accepted fire extinguishers to be red because that is the way they are. Maybe an innovation like this can happen in other areas. The fact that the development of this product could lead to changing many other preconceptions we have was another important factor for the award.” Should everyone be looking for ‘Kanso’ to make its way soon to fire stations? Might a more positive flow of energy contribute to more relaxed and effective firefighters? Should fire apparatus colors be coordinated with station decor? Could it be that stylish fire extinguishers are only the beginning? These are some of the important questions in the development of new fire extinguishers and other firefighting equipment.
A wealth of data is used to track the course of wildfires and guide an effective firefighting response. Computers crunch the data using software and a computing infrastructure to yield information in the form of wildfire modeling and better situational awareness to guide fire service response. On the front line of turning data into useful information to advance fire science is the WIFIRE Lab at the University of California San Diego. The WIFIRE lab grew out of a project funded by the National Science Foundation (NSF). With a primary goal of enhancing fire science, the lab also impacts operational fire response, increasingly in real time. Complex natural disasters “Wildfires are complex natural disasters that are caused by many changing systems like weather and landscape,” says Ilkay Altintas, Ph.D., WIFIRE Founder and Director. “Ongoing observations using modern technology and analysis of changes using artificial intelligence are helpful to augment fire science and response efforts.” The mission of the WIFIRE Lab is to provide a collaborative and transparent framework to bridge data, artificial intelligence and computing with fire science and its application to practice. “We are envisioning this framework to extend to the modeling and management of disasters beyond fires in the long term, such as floods and smoke plumes," adds Altintas. The mission of the WIFIRE Lab is to provide a collaborative and transparent framework to bridge data, artificial intelligence and computing with fire science and its application to practice Detecting smoke patterns WIFIRE Labs analyzes climate data such as wind speeds and direction provided by utility company weather stations Much of the work at WIFIRE involves automating processes and creating workflows ‘behind the scenes’ to crunch a variety of data, sometimes using supercomputers, machine learning and artificial intelligence (AI). The resulting ‘data assimilation’ provides valuable tools to advance the science of fire and to facilitate the work of firefighters. Among the goals is to provide ever-faster and more accurate intelligence, even for rapidly moving fires that have previously defied real-time computer analysis. WIFIRE Labs analyzes climate data such as wind speeds and direction provided by utility company weather stations, the National Weather Service, and the U.S. Forest service. Conditions such as moisture levels help to predict the course of a fire. Satellite imagery can detect smoke patterns, the hottest areas of fires, which areas are still burning and how they will likely continue to expand. Multiple weather forecasts Guiding WIFIRE Labs’ research is close collaboration with fire departments, including the Los Angeles and Orange County Fire Departments. They provide “Regular feedback about what they want out of the interface,” says Jessica Block, WIFIRE Associate Director for Operational Programs. “It is a direct product of close collaboration with firefighters.” “Being able to monitor our environment requires putting all the data together,” says Block. “Understanding how fires are behaving and changing the environment is important and available to the entire fire community.” A data portal and public interface is called FIREMAP. Fire agencies can request accounts and use the system to run predictive models to help with firefighting. For example, they can project the possible course of a fire based on multiple weather forecasts. Understanding how fires are behaving and changing the environment is important and available to the entire fire community Active fire perimeters The community knows there is a need for additional models to serve the need" FIREMAP is a decision-support and information tool that analyzes and visualizes data and makes it available to decision makers in a format that informs and assists them before, during and after a wildfire event. The map interface can show a variety of information such as active fire perimeters, weather conditions, wind direction, satellite images, local video camera views, surface fuels, etc. The currently used fire model is called FARSITE, but it was not designed for rapidly moving fires. “The community knows there is a need for additional models to serve the need,” says Block. For example, how are fire models different for fires fueled by surface grasses and shrubs versus those fueled in a conifer forest environment? Fire perimeter mapping The Fire Integrated Real-time Intelligence System (FIRIS) Pilot Program seeks to leverage enhanced intelligence, surveillance and reconnaissance to identify early onset fires using fixed wing aircraft equipped with aerial infrared (IR) computerized mapping. WIFIRE Labs is building a system that can enable the AI community to apply its tools to solving fire science problems The program provides better early intelligence, including initial real-time fire perimeter mapping within five minutes of aircraft arrival. Real-time intelligence from such a system is a game-changer. Data from historic fires aid in modeling future events. ‘Educating’ an AI system using historic data helps to inform smarter models for next year’s fires. WIFIRE Labs is building a system that can enable the AI community to apply its tools to solving fire science problems. The program provides better early intelligence, including initial real-time fire perimeter mapping within five minutes of aircraft arrival Advanced systems research For example, how can satellite imagery be used to better understand how vegetation has changed? The payoff from AI and other advanced systems research will likely happen in future fire seasons. Some of the fire systems use supercomputers such as the one at UC San Diego, or even systems in the cloud. However, much of the data is leveraged using everyday desktop computers. “We know how to leverage supercomputers when we need them, and how to take advantage of them,” says Block. “But we don’t use them if we don’t need them, and our systems are available to users and research partners.”
Drones, or unmanned aerial vehicles (UAVs), are expanding their usefulness in the arenas of firefighting and fire prevention, whether in a downtown business district or in fire-prone wildlands. Among other benefits, drones can provide situational awareness, guide emergency response, and perform dangerous duties while keeping fire personnel safe. Drones provide a new solution for extinguishing fires in high-rise buildings, which can occur beyond the reach of fire nozzles and rescue ladders. Chinese autonomous aerial vehicle (AAV) manufacturer EHang has announced a large-payload intelligent aerial firefighting solution for high-rise buildings. Urban fire stations With a maximum flight altitude of 600 meters (1968 feet), the EHang 216F can carry up to 150 liters (40 gallons) of firefighting foams and six fire extinguisher bombs in a single trip. A visible-light zoom camera on EHang can quickly identify the location of a fire. The vehicle then hovers precisely in position and uses a laser aiming device to shoot (in succession) a window breaker, the fire extinguishing ‘bombs’ and then a full-range spray of firefighting foam. The EHang 216F devices are expected to be deployed in urban fire stations to assist in firefighting within a 5km (3-mile) radius. Autopilot and centralized management technologies enable a fleet of the vehicles to be remotely dispatched for first response even before firefighters arrive. Multiple 216Fs can be deployed to rapidly extinguish a larger fire. EHang 216F devices are expected to be deployed in urban fire stations to assist in firefighting Fighting and preventing wildfires Drones are also finding multiple uses when it comes to fighting and preventing wildfires. One application is to drop self-igniting ‘dragon eggs’ that spark smaller fires to trim back overgrown forests and help prevent more destructive megafires. The dragon egg system is made up of self-igniting plastic spheres – about the size of a ping-pong ball. Dragon eggs have been an industry standard for years, usually dropped from planes or helicopters The spheres are filled with potassium permanganate powder and injected with glycol as an igniter just as they are being dropped. The reaction sets the balls ablaze after about 30 seconds, which is enough time for them to bounce to the ground through a forest canopy. Controlling the size and scope of a managed fire is simply a matter of how many balls are dropped. Dragon eggs have been an industry standard for years, usually dropped from planes or helicopters. Manned aviation activities Drones provide a new approach, directed the U.S. Department of Interior and the Forest Service. In effect, unmanned aircraft are being used to battle larger wildfires by setting smaller ones first. Another use of drones to set fires involves use of ‘flamethrower’ technology. The drone carries gasoline and shoots a steady stream of fire at vegetation or other targets. Aerial ignition using drones is aimed at supplementing manned aviation activities, not replace them, according to the Forest Service. In fact, there is a strong desire in the fire community to convert some of the missions to unmanned systems, considering the possible dangers involved. Drones can also fly better after dark and in dangerous, smoky conditions. Disaster response strategies The maps were used by search-and-rescue teams to spot missing persons in the area Directing disaster response strategies and mapping the type and location of wildfire destruction are additional missions for drones in firefighting. After California’s deadly Camp Fire in 2018, drones were used on 518 different mapping flights through smoky conditions and collected 1.4 trillion pixels of data, which were stitched together into maps of the destruction. The maps were used by search-and-rescue teams to spot missing persons in the area. Neighborhood homeowners could submit the imagery to insurance providers for rapid claims processing. The images also facilitated access to FEMA relief funds. Assess danger levels The benefits of unmanned vehicles have become obvious in the wake of out-of-control wildfires in Northern California and other Western states. Drones are particularly useful given how fast forest fires can get out of control and the danger to pilots and crew. Drones can be critical during the brief window of time between when a fire starts and when it gets out of control. Situational awareness from drones can help fire crews know how to respond, including the type and amount of resources needed. Drones can also assess danger levels and help to keep crews safe and going in the right direction.
C-TEC’s revolutionary Hush Pro BS 5839-6 Grade C domestic fire detection and alarm system has been chosen for three iconic tower block developments in Manchester, United Kingdom. Located in the center of Piccadilly, Oxygen Towers is a striking set of three new 31-storey, 16-storey and 10-storey buildings consisting of 345 stylish 1, 2 and 3-bedroomed apartments and 12 spacious family townhouses. Protecting futuristic ‘vertical village’ Designed to provide the ultimate living experience, the futuristic ‘vertical village’ combines luxury accommodation with fabulous five-star leisure facilities including a swimming pool, cinema, gym and spa. The stunning development also features lush garden terraces and rooftop gardens. Selected for its cutting-edge technology and capacity to align with the building’s fire strategy, Hush Pro will integrate with the site’s BS 5839 part 1 landlord system to offer higher levels of fire protection than the Grade D unmonitored battery alarm systems, typically used in domestic installations. Hush Pro BS 5839-6 Grade C fire detection and alarm system As a fully-monitored BS 5839 part 6 Grade C system, Hush Pro reports open and short circuit faults As a fully-monitored BS 5839 part 6 Grade C system, Hush Pro reports open and short circuit faults and operation faults back to the fire panel and even allows management and maintenance companies to remotely monitor the system. Once the project is complete, each of the flats will feature an easily accessible low-level Hush Pro Controller connected to a series of Hush Pro smoke detectors, base sounders, multi-sensors and heat detectors all seamlessly interfaced to a powerful network of C-TEC 4-loop ZFP addressable fire control panels to provide all-encompassing fire and fault monitoring of the system. Enhancing fire safety management If, for any reason, part of the domestic fire alarm is compromised, this will immediately be reported to the building management team to allow them to action the fault and re-instate full fire detection coverage to the flat. John Blundell, Head of Solid State Security Ltd (Solid State Living), the specialist fire company involved with the design and delivery of the project, said “As well as enhancing the fire safety management, property and life protection of the buildings, a key factor in our client’s decision to invest in Hush Pro was the system’s ability to notify building management in the event of a real fire and, at the same time, its potential to virtually eliminate false alarms.” Reducing false fire alarms He adds, “Hush Pro’s unique capacity to differentiate between Fire Level 1, usually a false alarm reported locally in the dwelling, and Fire Level 2, almost always a real alarm activated outside of the dwelling, reduces false fire alarms, unnecessary call-outs and the risk of a real fire alarm being ignored. As our client requires immediate notification in the event of a fire but also first-class false alarm management, Hush Pro will prove ideal.” John further stated, “Also of vital importance to our client is that, as the project consists of private balconies with an open plan flat arrangement, Hush Pro is the only fire alarm solution that can actually meet the requirements of BS 9991 Annex D3.” Hush Pro’s powerful false alarm management capability will also prove invaluable at the site" Jason Lawler, 24-7 Group’s Group Director and the person responsible for delivering the electrical and mechanical systems for the project, said “Hush Pro is an outstanding solution. The system will provide residents with easy-to-use detection, alarm, silencing and test facilities so they can test their own devices, be alerted to system faults and hush any false alarms at the Hush Button, which is positioned at light-switch level for safe and easy access. Hush Pro’s powerful false alarm management capability will also prove invaluable at the site.” Integrated BS 5839 part 1 and part 6 fire alarm solutions John Blundell said, “Client satisfaction is incredibly important to us so we were delighted to be able to specify a robust and fully-compliant integrated BS 5839 part 1 and part 6 fire alarm solutions for Oxygen Towers.” He concludes, “With its capacity to provide high levels of fire protection yet also minimize costly and disruptive false alarms, Hush Pro is fast becoming the system of choice for fire strategy engineers and consultants dedicated to enhancing fire safety in high-rise residential and specialist housing projects throughout the UK.”
When Thames Valley Air Ambulance’s Helicopter Emergency Medics became concerned about their current helmet due to its obsolescence and poor comfort, the charity contacted Vimpex who they were aware had successfully supplied helmet solutions to other Air Ambulance Services, including Lincolnshire and Kent. Pacific R6C Rescue Helmet Following meetings to identify product performance requirements, and a product trial by critical care paramedics and doctors, Thames Valley Air Ambulance chose the Pacific R6C Paramedic/Rescue Helmet because it gives the charity a high-performing, future-proofed safety solution that can also be fully customized. Every part of the Pacific R6C Paramedic/Rescue Helmet can be quickly removed without the use of special tools" Vimpex Business Development Manager Steve Clelland explains, “Every part of the Pacific R6C Paramedic/Rescue Helmet can be quickly and easily removed without the use of special tools. Cost of ownership is therefore minimized as repairs and replacement of all components is simple. Pacific helmets are tested in the most extreme conditions required for conformity to relevant clauses of the latest EN standards.” High performance PPE equipment The fantastic life-saving work carried out by Thames Valley Air Ambulance when there’s a life-threatening injury or medical emergency, and relies on the skill and bravery of its team of doctors and critical care paramedics, some of the most highly skilled pre-hospital medics in the world, to deliver advanced trauma care to some of the most seriously injured patients across Berkshire, Buckinghamshire and Oxfordshire from its base at RAF Benson. Such exceptional individuals, who regularly put their own safety on the line to protect others, need the highest levels of equipment performance, including their head protection PPE, to ensure that their well-being is never compromised. Fire evacuation and alarm systems major Vimpex is Europe's renowned independent manufacturer and distributor of high quality fire evacuation and alarm system products for installers, distributors and OEM manufacturers. The company is also a specialist in the supply of technical rescue and PPE equipment for UK fire, rescue, police, military and emergency services teams.
A network of 10 MxPro 5 fire panels from Advanced, have been installed to protect London’s famous Lloyds Building. About Lloyds Building Also known as the Inside-Out Building, the Lloyds Building is located in the City of London’s main financial district and is a leading example of radical Bowellism architecture in which services for the building such as ducts and lifts are located on the exterior to maximize space in the interior. Built-in 1986, commercial office development became the youngest structure ever to obtain Grade I listing in 2011. The state-of-the-art Advanced fire panels, which were installed as part of a phased upgrade to the fire system, cover all areas of the 14-storey building, include BMS integration for graphics and are linked to over 3200 Hochiki devices, including wireless devices installed within the building’s towers. Installation Of Fire Panels Undertaking phase one, the design, installation, and commissioning of the fire panels and graphics system at the Lloyds Building were Kent-based Pacific Security Systems Ltd. Kirk Short, Director at Pacific Security Systems Ltd, said “Our client’s brief was to retain the existing Hochiki devices and wiring while upgrading the panels and graphics system on site. The system also needed to be both user-friendly and reliable.” “Advanced’s MxPro 5 panels were able to tick all of the boxes. Its network performance is particularly good, no matter the size of the system or complexity of the site Advanced’s products have the capability to deliver complete protection.” “Our customers are always happy with the product and find the panels very easy to operate with limited technical understanding.” Custom-Built Fire Safety Products As part of the work for phase two of the upgrade, a custom-built annunciator for sprinkler, wet riser, and plant status control will be designed and manufactured by the Advanced’s AdSpecials department. MxPro 5 fire system is certified by FM Approvals to the EN 54 standard Regional Sales Manager at Advanced, Ken Bullock, said: “It’s a pleasure to be able to support Pacific Security Systems Ltd with the equipment needed to protect such an iconic London landmark, and as a high performance yet a user-friendly solution, the MxPro 5 just makes sense.” “Our industry-leading fire panel offers the ideal solution for this project, where an intuitive interface that the end-user can easily operate and superior networking capabilities that can deliver protection across a large area, are crucial. Pacific Security Systems Ltd will also benefit from the MxPro 5’s built-in false alarm management software, AlarmCalm, enabling the configuration of the building’s investigation delays and double knock procedures with ease.” Multiprotocol Fire System MxPro 5 is the fire industry’s multiprotocol fire system solution and is certified by FM Approvals to the EN 54 standard. It offers four detector protocols and a completely open installer network, backed up by free training and support. MxPro 5 panels can be used in single-loop, single-panel format or easily configured into high-speed networks of up to 200 panels covering huge areas. Its ease of installation and configuration as well as its wide peripheral range make it customizable to almost any application.
Cadiz Fire Brigade in Spain has recently taken delivery of new, state-of-the-art fire kit supplied by Bristol Uniforms, a globally renowned designer and manufacturer of protective clothing for emergency services across the globe. The contract was secured through Bristol’s international distributor, El Corte Ingles, who fought off stiff competition to secure the four-year contract. Ergonomic XFlex design Cadiz has ordered 780 sets of Bristol’s lightweight, ergonomic XFlex design (called FireFlex in Spain), with integrated safety harnesses incorporated into the jacket and trouser. The kit has a Hainsworth TITAN1250 outer, a highly breathable fabric featuring Nomex and a high percentage of Kevlar, which gives the fabric outstanding tensile and tear strength. In addition, it has a GORE-TEX FIREBLOCKER moisture barrier, which is made from a micro-porous breathable fabric that stops water passing through to the firefighter’s personal clothing, whilst allowing sweat to escape and reducing heat stress. Four-year care and maintenance contract To ensure health and safety of its firefighters, Cadiz Fire Brigade has opted for a four-year care and maintenance contract To further protect the health and safety of its firefighters, Cadiz Fire Brigade has opted for a four-year care and maintenance contract, so as to ensure that the kit is kept in good condition and free from contamination. Total Safety manages all Bristol’s garment care and maintenance in Spain and has worked with Bristol for more than 25 years. It collects soiled garments from customers and returns them clean and repaired within 72 hours. Featuring integrated safety harness Paco Griso, Bristol Uniform’s agent in Spain, said “The new kit has now been rolled out to firefighters in the Province of Cadiz and we are already getting positive feedback from them. They are really pleased with how flexible the kit is and how easy it to maneuver in tight spaces. The integrated harnesses, certified to EN 361, are an additional safety feature which will help prevent serious falls in fire and recuse situations.” Richard Cranham, International Sales Manager at Bristol Uniforms, said “This is a large contract for us in Spain, which was delivered on time, despite the ongoing COVID-19 pandemic. As the risks of wearing contaminated PPE have become ever more apparent, more and more fire and rescue services across the globe are opting for ongoing care and maintenance packages, so as to ensure their PPE is free of carcinogens and the health of their crew is prioritized.”
Ajax Systems in cooperation with Elotec, a Norwegian distributor of security systems and manufacturer of wired fire alarms, won a tender from the municipality of Bergen in Norway for the supply of a wireless fire security system. The project aims to protect the wooden architecture of the city, which is a UNESCO World Heritage site. Wireless Ajax detectors will provide an opportunity to protect the city center without disturbing the interior of the buildings. Wireless fire solutions “We are lucky that our distributor in Norway, Elotec, has an in-depth expertise in fire security. Being also a manufacturer of wired fire alarm systems with almost 30 years of experience, they chose Ajax as their wireless partner to protect the important historical site. This further proves that wireless fire solutions are becoming a trend in the industry,” said Valentine Hrytsenko, Ajax Systems CMO. This project is a big win, and securing UNESCO World Heritage buildings is our responsibility" “This project is a big win, and securing UNESCO World Heritage buildings is our responsibility. The development we have done with Ajax to make this solution was crucial, and making the system perfect for these kinds of projects,” said Kristian Kleven, product and quality manager in Elotec. Bergen has been affected by multiple fires over centuries, but the city is still one of Europe’s largest historical centers with wooden architecture. Fire detection cameras The city has 12 districts with old wooden buildings located close to each other, and about 11,000 residents. The project is funded by the Norwegian Directorate for Cultural Heritage. The implementation is supervised by Elotec in cooperation with the Bergen Fire Department. Every resident or business owner in the protected area of Bergen had an opportunity to apply for the installation of a fire alarm system and to connect to the fire monitoring station free of charge. In total, 13 street fire detection cameras and 640 Ajax security kits (consisting of Hub control panels, FireProtect fire detectors, and Button panic buttons) will be used to protect the areas. Fire monitoring station Ajax fire detectors have a synchronous alarm function (interconnect) — when one detector is triggered, all fire detectors within the system are activated. Following Elotec’s initiative, for the Bergen project, the Ajax R&D team needed to implement a delay in interconnect distribution and transmitting alarms to the fire monitoring station in order to minimize false calls of fire brigades. The Ajax R&D team needed to implement a delay in interconnect distribution and transmitting alarms Hub control panels, FireProtect fire detectors, and Button panic buttons (with the new alarm interconnect delay function) for every house. If the owner of the premises simply overcooks a meal on the stove, they can press the Button within 2 minutes from the moment when smoke was detected, thus postponing alarm transmission. Preventing false calls In this way, they will have another 10 minutes to air the premises out and prevent the alarm from spreading to other detectors, and also to prevent false calls to the fire brigade. However, if the button is not pressed within 2 minutes, the alarm will be directly transmitted to the fire department. The FireProtect and FireProtect Plus fire detectors with firmware version 3.42 or later are technically ready to support the interconnect propagation delay. The feature will be fully available to all users with the new OS Malevich 2.10 update to be released in Q4 2020.
A network of fire panels from UK manufacturer, Advanced, has been installed as part of a campus-wide system replacement at the Imperial College London (ICL), Hammersmith, United Kingdom. Six industry-renowned 8-loop MxPro 5 fire panels and a TouchControl remote control terminal and repeater panel have been installed across the Wolfson Education Center, the Institute of Reproductive Development Biology and the Commonwealth Building at Imperial College London’s Hammersmith campus. 8-loop MxPro 5 fire panels The installation, part of a system-wide upgrade, was conducted by Surrey-based Lloret Fire & Security Ltd who were tasked with replacing the existing fire alarm control panels, installing new cabling and devices and commissioning the system across occupied buildings, where live coverage needed to be maintained at all times. Imperial specifically requested a move away from the closed protocol fire system approach, and its associated service charges, which had been in operation for 15 years. Lloret Fire & Security’s experience installing Advanced control indicating equipment in other large-scale educational facilities meant they were confident that the open protocol MxPro 5 could easily provide the levels of flexibility and stability required by the site. Multi-sensor detection system installed Paul White, Design Director at Lloret Fire & Security Ltd, said “The project at Imperial’s Hammersmith campus involved the replacement of the fire system across a range of building environments, from offices, workshops and research labs, through to lecture theaters and conference halls, each with its own specific fire protection requirements.” Multi-sensor detection system was installed to manage and reduce the risk of false alarms In consideration of the site’s false alarm management strategy, multi-sensor detection system was installed to manage and reduce the risk of false alarms. For example, detectors have been configured for day/night use or can be altered as area usage changes. TouchControl repeater panel installed To replace the existing flush-fitted panel positioned front-of-house in the reception area of the Institute of Reproductive Development Biology, and for aesthetic purposes, Lloret Fire & Security Ltd suggested installing Advanced’s touch technology remote control terminal and repeater panel, TouchControl. Combining aesthetics with practicality, the low-profile, high-resolution touchscreen makes it easy to check fire system status via interactive maps and zone plans, while complementing even the most stylish interiors. When in standby mode, administrators can use TouchControl to display branding, advertisements and information, while it will instantly revert to fire operation when a fire condition occurs. Advanced fire safety solutions Amanda Hope, UK Business Development Manager, said “It’s fantastic to see that our partners Lloret Fire & Security Ltd are so confident in the Advanced solutions installed at Imperial. When installing or upgrading a building’s fire system, it’s important to consider which protocol is right for you." Amanda adds, “The nature of our MxPro 5’s open protocol gives end users greater freedom and flexibility over key factors such as detector partners, suppliers, installers and service companies. This in turn helps the end user to more easily achieve best value for money and access top-quality expertise.”
Round table discussion
When a fire or other emergency occurs in a building or facility, first responders depend on every available resource to ensure a safe and orderly evacuation and response. One element in any response plan is the facility’s physical security systems, including access control, video surveillance and intrusion detection. How can these systems contribute to an orderly response to a chaotic situation? We asked this week’s Expert Panel Roundtable: What is the role of security systems in the event of a fire or other emergency evacuation?
Welcome to our Expert Panel Roundtable, a new feature of TheBigRedGuide.com. We will be asking timely questions about the fire market and seeking out experts in the field to provide responses. Our goal is to promote a useful exchange of information on a variety of topics and to create a forum for discussion of important issues facing the fire service and market. For our first question, we look to the year ahead and ask our panelists: What trends are likely to change the fire market in 2020?
Fire Detection: Manufacturers & Suppliers
- Edwards Signaling Fire Detection
- Guide Infrared Fire Detection
- Fire Lite Alarms (Honeywell) Fire Detection
- Hochiki Europe Fire Detection
- Siemens Fire Detection
- GST Fire Detection
- Zeta Fire Detection
- System Sensor Fire Detection
- Chubb Fire Detection
- Gamewell-FCI Fire Detection
- Honeywell Analytics Distribution Inc Fire Detection
- Esser by Honeywell Fire Detection
- First Alert Fire Detection
- Eltek Fire & Safety Fire Detection
- Cervinka Fire Detection
- VRC Terofire Fire Detection
- Nittan Fire Detection
- Draeger Fire Detection
- Notifier Fire Detection
- Silent Knight Fire Detection