Wireless fire alarm system from Cygnus enhances safety at Dartford’s temporary theatre

by Featured NewsFire DetectionProjects

Innovative solution for temporary venue

In response to the unique challenge posed by the temporary theatre in Dartford, Blake Fire & Security and Illumino Ignis (Kent) Ltd (IIKL) have successfully implemented the Cygnus EN 54 certified, fully wireless SmartNet-Pro fire detection and alarm system.

This system was chosen to meet the stringent fire safety requirements of the new venue, which aims to host 1,091 audience members while the main Orchard Theatre undergoes RAAC Works.

With a critical turnaround of just one week, the selection of SmartNet-Pro guarantees compliance with EN 54 and BS5839 Part 1 standards, providing an aesthetically pleasing and swiftly installable solution that supports the operational dynamics of the theatre.

The Cygnus technology behind the solution

The SmartNet-Pro system’s wireless network, powered by patented Cygnus technology, operates through battery-powered radio devices.

This forms a robust, self-healing mesh network ensuring maximum reliability with at least two communication paths for every device.

Rory Foster, Fire Safety Systems Manager at Blake Fire & Security, remarked: “We have worked with Cygnus and the SmartNet-Pro system previously and knew it would be ideal for this unique project.

“Being 100% wireless, robust, and reliable, it met the project’s complex requirements perfectly. The Cygnus team’s support was instrumental in delivering the project efficiently.”

Tailored features for theatre operations

Addressing the theatre’s specific needs, the system incorporates advanced features like a “Show Mode” to isolate smoke detection during performances, while maintaining heat detection functionality.

This thoughtful integration ensures the system’s adaptability to special effects and environmental factors within the venue.

Furthermore, the installation includes a strategy to prevent false alarms during performances, enhancing safety without compromising the audience’s experience.

The SmartNet-Pro system’s versatility was demonstrated through its ability to support 65 devices, installed within two days, showcasing its suitability for rapid deployment in complex environments.

Comprehensive approach to fire safety

Blake Fire & Security and IIKL provided a holistic service from site survey and design to installation, closely collaborating with the theatre and local authorities to ensure a seamless process.

Post-installation, comprehensive training was provided to the Stage Door crew, equipping them with the knowledge to operate the system’s advanced functions effectively.

IFSJ Comment

The collaboration between Blake Fire & Security, IIKL, and Cygnus to equip Dartford’s temporary theatre with a cutting-edge wireless fire alarm system represents a forward-thinking approach to fire safety in unique and temporary entertainment venues.

This initiative not only demonstrates the technical feasibility of deploying advanced, wireless fire safety systems in challenging environments but also underscores the industry’s commitment to ensuring the safety of audiences and staff.

By prioritising quick installation, aesthetic integration, and operational specificity, this project sets a new standard for fire safety in temporary venues, reflecting a broader trend towards more adaptable and technologically advanced fire safety solutions in the entertainment sector.

Firefly secures Amazon data centre with Titan Lite fire barriers

by Featured NewsPassiveProjects

Firefly provides key fire safety solution for Amazon data centre

In a significant development within the fire safety industry, Firefly’s Titan Lite™ 120:60 fire barriers have been selected to enhance fire safety measures at a new Amazon Data Centre located in Hemel Hempstead.

This project underscores the unique capabilities of Titan Lite™ to address complex structural challenges, notably its ability to accommodate a 200mm range of movement, a feature that set Firefly apart from its competitors.

Collaborative expertise and customised solutions

GSI Contract Services Ltd, based in Amersham, is leading the installation efforts as a specialist subcontractor for TSL.

The project, set to span a year, is currently at its midpoint.

Firefly’s technical sales manager, Andy Greenwood, has played a pivotal role in advising on specifications and supplying bespoke installation details.

Additionally, GSI’s operatives have benefited from on-site training, ensuring the project’s success.

Stan Tsenkov, the site manager for GSI Contract Services, shared insights into their experience with Firefly’s products: “We carry out specialist fire protection work in a variety of settings, from healthcare to commercial and residential premises.

“Over the past two years, we’ve relied on Firefly’s Titan Lite™ for several projects, especially in protecting roof spaces in blocks of flats.

“For the Amazon Data Centre, Firefly’s consultant recommended Titan Lite™ as the ideal solution to meet the required standards of integrity and insulation while handling the significant structural movements anticipated.”

Adapting to structural challenges

The capability of Titan Lite™ to manage up to +/- 200mm of movement has been a focal point of the project.

Andy Greenwood highlighted the barrier’s design to withstand such challenges: “The high specification of the Amazon Data Centre necessitated a fire barrier that could adapt to earth tremors and thermal movements without compromising safety.

“Titan Lite™ is engineered to ‘concertina’ back if significant movement occurs, ensuring continuous protection.”

Beyond conventional applications

Titan Lite™ 120:60 is engineered as a versatile fire barrier, offering 120 minutes of integrity and 60 minutes of insulation.

This exceeds the UK Building Regulations’ minimum requirements for Fire Barriers as detailed in Approved Document B (Fire Safety).

Manufactured from specially treated woven glass fibre fabrics, Firefly’s barrier products are designed for a wide range of buildings, from factories and warehouses to healthcare facilities and railway stations.

Specifiers and fire safety contractors seeking further information on Firefly’s comprehensive product range are encouraged to visit their website at www.tbafirefly.com.

IFSJ Comment

The implementation of Firefly’s Titan Lite™ 120:60 at the Amazon Data Centre in Hemel Hempstead represents a noteworthy advancement in fire safety measures for complex and high-value infrastructure projects.

The project’s success underscores the value of investing in specialised fire safety technologies that can adapt to structural movements, ensuring the safety and integrity of critical facilities.

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Hyfire wireless fire devices improve safety at Bristol Port Company

by Featured NewsFire DetectionProjects

Introduction of wireless fire safety technology

The Bristol Port Company has recently upgraded its office complex with over 250 Taurus wireless fire devices.

This initiative, in partnership with Astron Fire and Security, aims to bolster the company’s fire safety infrastructure, ensuring compliance with the rigorous BS5839-L2 standards.

Opting for a wireless solution to overcome challenges

The primary challenge encountered during the upgrade was the presence of asbestos within the building structure.

This condition necessitated a solution that could be implemented swiftly and with minimal impact on the daily operations of the office complex.

Simon van Laun, Operations Director at Astron Fire and Security, outlined the situation: “The challenge presented by The Bristol Port Company’s office complex wasn’t just about its scale, but predominantly the presence of asbestos.

Wired installations would have not only been hazardous, but would have also incurred a massive financial outlay, so turning to Hyfire’s Taurus wireless devices was the logical choice.

“By harnessing this cutting-edge technology, we were able to efficiently tackle the issue head-on, ensuring that the building’s integrity remained uncompromised, while delivering a fire system that offers the highest level of monitoring and protection.

This project underscores the adaptability and reliability that wireless devices offer in modern fire systems solutions.”

Hyfire’s advanced wireless technology

Hyfire is renowned for offering the broadest range of commercial standard wireless fire devices, including optical, multi-criteria and heat detectors, as well as EN54-23 Approved VAD’s, all certified to EN54 and fully compliant with BS5839 Part 1.

The technology allows for the construction of fully wireless systems or seamless hybrid solutions, providing unparalleled flexibility to specifiers and installers.

Rich Williams, Regional Sales Manager – South West at Hyfire, commented on the project: “This project with The Bristol Port Company demonstrates the adaptability of our Taurus wireless fire devices, particularly in complex environments.

We’re proud to see our devices play a key role in safeguarding such a significant commercial space, demonstrating the unmatched efficiency and reliability of wireless fire safety solutions.”

Enhancing safety without disruption

The use of Hyfire’s Taurus devices, developed in Trieste, Italy, a global centre for wireless fire design, has enabled The Bristol Port Company to enhance the fire safety of its office complex effectively.

The devices feature Pathfinder Technology for extended communication range and optimised antenna technology for efficient operation across various environments.

Luke Nesbitt, LV Team Leader at The Bristol Port Company, emphasised the importance of the project: “Ensuring the safety of our staff and the integrity of our infrastructure is paramount.

In collaboration with Astron Fire and Security, and with the use of Hyfire’s advanced wireless technology, we’ve successfully enhanced the fire safety of our office complex without the typical challenges and disruptions that come with large-scale fire system installations.”

IFSJ Comment

The collaboration between The Bristol Port Company, Astron Fire and Security, and Hyfire represents a forward-thinking approach to fire safety, highlighting the effectiveness of wireless technology in overcoming installation challenges and ensuring compliance with safety standards.

This project serves as a testament to the potential of wireless fire safety solutions in protecting commercial spaces, demonstrating a commitment to safety, innovation, and operational efficiency.

Livingstone Academy enhances fire safety with Hochiki’s ESP range

by Featured NewsFire DetectionProjects

Livingstone Academy Bournemouth, a newly established all-through school, has recently upgraded its fire safety measures.

The Academy, known for its innovative skills development programme for students aged four to 18, has installed over 400 devices from Hochiki’s ESP range.

This installation was led by Southern Fire Alarms, a team known for their expertise in next-generation fire safety projects.

Fire safety in a unique educational setting

The Academy, catering to over 1800 students and staff, spans four stories of brand-new facilities alongside historical buildings, including a preserved magistrates and coroners court.

These courts, integral to the school’s unique educational setting, will be used for lectures and staging parliament-style debates.

Importance of safety and reliability

The installation of the fire safety system was a critical aspect of the Academy’s infrastructure, given its unique blend of modern and historical buildings.

J&B Hopkins Ltd, with over 40 years of experience in design and build contracting, was the M&E contractor for the project.

They collaborated with Southern Fire Alarms for the installation, emphasising the importance of safety and reliability in protecting the school’s occupants and preserving its educational facilities.

Choosing the right system for efficiency and effectiveness

With the school’s opening approaching, Southern Fire Alarms faced strict deadlines.

They sought a fire safety system that was not only quick and easy to fit but also simple to maintain.

Their choice, Hochiki Europe’s ESP range, is renowned for its swift and precise threat detection, enhancing response times and minimising potential damage.

This range is particularly beneficial for school settings, offering optimal protection and peace of mind.

Innovative technology and seamless integration

The ESP range’s cutting-edge technology ensures reliable and accurate alerts, crucial in critical situations.

These devices are designed for easy integration with existing systems, making them a cost-effective choice for upgrades.

The project managers found these features particularly appealing for the installation at Livingstone Academy.

Insights from the project team

Naomi Fell, the contract manager at Southern Fire Alarms, shared her experience: “We’ve worked with Hochiki products for several years across multiple projects and industries.

We chose Hochiki almost every time because they know how to design and manufacture reliable and easy-to-fit devices.”

At Livingstone Academy, the team installed standard smoke detectors and multi-sensors from the ESP range.

The ACD Multi-Sensors, fully EN54 accredited, were chosen for their ability to detect heat, smoke, and CO, essential in a school environment.

These sensors were strategically placed in areas prone to false alarms, like food technology and science laboratories.

“Our fit-out team appreciated the common mounting base for all ESP devices.

In comparison to others in the market, Hochiki devices are some of the simplest to fit without compromising on quality,” added Fell.

She also commended Cathy from Hochiki for her assistance in resolving supply chain issues during an industry-wide component shortage.

IFSJ Comment

The recent installation of Hochiki’s ESP range at Livingstone Academy Bournemouth represents a significant advancement in ensuring the safety of educational environments.

This project highlights the critical role of fire safety systems in schools, particularly those with unique architectural elements and a large number of occupants.

The collaboration between various teams, including J&B Hopkins Ltd and Southern Fire Alarms, underlines the importance of expertise and experience in such significant installations.

The choice of Hochiki’s ESP range, known for its reliability and easy integration, further emphasises the need for advanced technology in safeguarding educational institutions.

As fire safety continues to evolve, such installations set a benchmark for others in the sector, showcasing how technology can be effectively utilised to protect and preserve educational facilities.

Hyfire and Fire Action collaborate to revitalise fire safety at Crowborough Beacon Golf Club

by Featured NewsProjects

Rapid response to fire system failure

Crowborough Beacon Golf Club, a renowned establishment in the South East, recently faced an urgent need for a new fire alarm system following the unexpected failure of their previous one.

The club’s lack of adequate fire alarm coverage necessitated a swift and efficient solution.

In response, Hyfire’s Taurus wireless fire devices were installed, comprising 46 devices along with a fire panel, translators, expanders, and base sounders.

This choice was particularly advantageous due to its seamless integration and minimal disturbance to the club’s aesthetics and structure.

Critical project execution

John Fletcher, Fire Safety Surveyor at Fire Action, highlighted the project’s urgency: “When we were approached by the club regarding their fire alarm system failure, we knew that time was of the essence.

“Normally these things can be planned over time, and the installation can be conducted with the existing system still in operation, but we didn’t have that luxury here.

“Using a wireless system was crucial due to the historic nature and decor of the building, as well as the need to get the new system live as rapidly as possible.”

Hyfire’s technological edge

Hyfire offers a wide range of commercial standard wireless fire devices, from optical multi-criteria and heat detectors to EN54-23 Approved VAD’s, all fully certified to EN54 and compliant with BS5839 Part 1.

Their products are known for their high performance and quality, and they provide flexible solutions for specifiers and installers, including hybrid systems combining wired and wireless products.

Gemma Hand, Regional Sales Manager London Herts & Essex for Hyfire, commented on the collaboration: “Our close collaboration with Fire Action on this project underscores the adaptability and efficiency of our Taurus wireless systems.

“We are proud to have played a pivotal role in restoring the fire systems at Crowborough Beacon Golf Club, getting the members and staff back on track as rapidly as possible.”

Taurus technology: a game-changer

Developed in Trieste, Italy, Taurus features Pathfinder Technology, allowing communication over long distances with minimal equipment.

This technology has been optimised for different frequencies and environments, offering cost-effective solutions.

Gratitude from Crowborough Beacon Golf Club

Gary Bateman, Maintenance Manager at Crowborough Beacon Golf Club, expressed his gratitude: “The unwavering dedication of both Fire Action and Hyfire in ensuring our club’s safety was truly commendable.

“The swift installation and flawless operation of the new system have not only ensured our rapid return to ‘business as usual’ for our members but also reaffirmed our trust in both companies.”

IFSJ Comment

The collaboration between Hyfire and Fire Action to restore fire safety at Crowborough Beacon Golf Club is a remarkable example of rapid response and technological innovation in the fire safety sector.

The project’s success not only ensured the safety of the club’s members and staff but also demonstrated the effectiveness of wireless fire systems in preserving historical buildings.

This case underscores the importance of adaptability and efficient problem-solving in emergency situations, showcasing the capabilities of modern fire safety technology.

It also highlights the need for regular maintenance and timely upgrades to fire safety systems, especially in establishments with significant public footfall.

Hyfire wireless technology pioneers in addressing school safety amid RAAC crisis

by Featured NewsFire DetectionProjects

Addressing the RAAC challenge in UK schools

Amidst Britain’s escalating ‘crumbling concrete’ crisis, Hyfire has taken a pivotal role in ensuring the safety of school environments.

The company’s Taurus wireless fire devices are being deployed in modular classrooms across the UK, offering efficient and swift solutions to institutions affected by the reinforced autoclaved aerated concrete (RAAC) controversy.

With a surge in demand for temporary classrooms, Hyfire’s technology ensures minimal disruption to the academic year.

RAAC, a lightweight concrete alternative used extensively in UK public buildings from the 1950s to the 1990s, has recently come under intense scrutiny for potential safety concerns.

Many RAAC structures are now considered beyond their lifespan, posing a significant risk of sudden collapse.

In this urgent situation, modular construction firms have been thrust into the limelight, with Hyfire’s Taurus wireless devices streamlining the installation and commissioning of fire systems in temporary structures.

These systems can also integrate with existing fire systems in other school buildings.

Innovative solutions for crisis management from Hyfire

Oli Barker, Technical Manager at Hyfire installation partner SPG Fire and Security, stated: “This is a growing and unexpected crisis, so modular building suppliers require an immediate and viable solution.

“We saw Hyfire as the obvious choice and once a thorough bench test was carried out in a mock-up site environment, it was given the green light.

“These systems have so far been installed in a dozen schools, all reaping the benefits of Hyfire technology.”

The flexibility and efficiency of Hyfire’s wireless technology have enabled SPG to meet tight deadlines, significantly reducing on-site labour time.

This approach has not only expedited the erection and commissioning of temporary buildings but has also enhanced their aesthetic appeal by minimising the need for extensive cabling.

The future of fire safety in modular constructions

Robert Bruce, National Key Account Manager at Hyfire, highlighted the synergy between the urgent requirement for modular buildings and Hyfire’s offerings: “Our wireless solutions are tailor-made for situations like this.

“The urgent demand for safe and efficient temporary structures is seamlessly addressed by the adaptability and robustness of our Taurus devices, which are perfectly suited to modular building systems.”

Hyfire was launched in 2007, introducing some of the first commercial wireless detection and alarm devices certified to EN54.

The brand has become synonymous with quality, reliability, and innovation in the commercial fire sector.

Hyfire devices, backed by a five-year warranty and a dedicated partner programme, ensure the best survey, installation, commissioning, after-sales service, and technical support.

IFSJ Comment

The integration of Hyfire’s Taurus wireless technology in addressing the RAAC crisis in UK schools represents a significant development in ensuring the safety and continuity of education.

This innovative approach not only provides a rapid response to a pressing issue but also demonstrates the potential of modern technology in crisis management.

The adaptability and efficiency of Hyfire’s solutions offer a blueprint for addressing similar challenges in various sectors, highlighting the importance of technological advancements in maintaining public safety.

Live discharge testing for CO2 fire systems reveals critical safety insights

by Fire SuppressionPorts & MaritimeProjects

Global Survival Technology solutions provider Survitec has released the results of pioneering tests conducted on high-pressure CO2 fire extinguishing systems aboard three Floating Production Storage and Offloading (FPSO) vessels.

The tests confirmed the efficacy of live discharge testing in verifying the performance of fire extinguishing systems, beyond theoretical simulations.

Survitec validates live testing forCO2 fire systems

Michal Sadzynski, Product Manager at Survitec, emphasized the findings’ implications: “The important take-home for the industry here is that some of the protected spaces did not pass the tests the first time. T

“his suggests there may be other vessels and offshore structures out there with potentially underperforming CO2 fire extinguishing systems in fire-critical areas such as switchboard rooms, engine rooms, and generator houses.”

Challenges uncovered in live discharge scenarios

Survitec designed a new set of test protocols to align with the latest NFPA12 standard amendments.

These initial tests on the FPSOs covered a range of scenarios, including both moored and docked vessels during conversion.

Sadzynski shared details of the testing process: “The devised live test comes as close as is practical to creating the demands of an actual fire aboard.

“On large vessels like FPSOs, it involves opening hundreds of cylinders – for example, in the engine room of one of these FPSOs, 315 cylinders were released.”

“We have found that the release of large amounts of highly pressurised gas into a partially closed space usually uncovers some engineering challenges within the protected space, rather than with the delivery system itself,” Sadzynski added, detailing the engineering issues that surfaced during testing.

A particular instance of these challenges was witnessed in the switchboard room aboard the first FPSO, where gas-tightness due to the air conditioning system’s specifications led to unforeseen complications during testing.

The pressure increase caused door damage, compromising the room’s integrity and allowing CO2 to escape, which resulted in test failure.

Implementing solutions and acknowledging costs

On another FPSO, leaks within a machinery space led to CO2 concentration drops, highlighting the issue that not all spaces are airtight.

Sadzynski explained the rectifications for such issues: “There are often relatively simple and inexpensive fixes in these scenarios.

“Overpressure in air-conditioned spaces can be resolved by implementing a time delay on one of the fire dampers.

“This allows over-pressurised gas to escape from the space and then closes when the pressure becomes stable, thereby keeping the CO2 concentration at the required level.”

However, he acknowledged the cost implications of live testing, as it exhausts CO2 cylinders which then require refilling, and the need to ensure personnel safety during tests on operational vessels.

Still, the potential cost of unverified systems in an emergency was presented as a much greater risk.

Sadzynski summarised the overarching goal and benefit of the study: “It is important to emphasise that designing a vessel is a highly complex process… This study shows very clearly the limitations of modelling… versus a real-world test.”

He further encouraged the adoption of live testing guidelines to improve the protection of lives and assets and to assist in designing more effective fire suppression systems.

IFSJ Comment

The findings from Survitec’s study highlight an often-overlooked aspect of maritime safety: the reliability of fire extinguishing systems in real-world scenarios.

The fact that not all spaces with CO2 systems passed live discharge testing underscores the necessity for regular and rigorous checks, which goes beyond standard compliance.

It provides a stark reminder that even with advanced modelling techniques, nothing can substitute for the robustness of a live test.

By drawing attention to the need for stringent testing protocols, the study serves as a catalyst for improved safety measures within the industry.

The consequential data derived from such studies are invaluable for both maritime safety experts and engineers in refining fire suppression technology and strategies.

Surrey home withstands fire test with class 1 Magply boards

by ConstructionFeatured NewsPassiveProjects

A fire in Surrey could have been disastrous for a million-pound house had it not been for the installation of Magply boards, which provided a crucial barrier against the flames.

The incident, which saw a blaze engulf a garage in August, tested the fire-resistant properties of the building material when a parked vehicle inside the garage went up in flames.

Magply boards prove effective in real-life fire test scenario

The house, constructed using a Structurally Insulated Panel (SIP) system, utilised Magply as the exterior substrate panel for its render system.

Despite the intensity of the fire, which devastated the garage, the main house sustained only surface damage thanks to the Magply boards.

Glosford SIPs confirmed the effectiveness of Magply after examining core samples post-fire to assure the integrity of the SIPs structure beneath the boards.

James Corlett, the Contracts Manager for Fullers Plastering, stated: “The fire-resistant qualities of the Magply boards saved the day.”

He further added: “We had utilized Magply as a render-backer on a number of projects before being awarded the contract to apply K-Rend to the half dozen homes here and have always been very pleased with the performance.”

The homeowner expressed satisfaction with the performance of Magply boards during the fire, noting that the K-Rend faced the heat head-on and would be replaced as a precaution.

They said: “The Magply boards stood up extremely well: although the K-Rend which took the full brunt of the heat cannot be easily removed.”

The homeowner is looking forward to repairs, which are expected to take approximately eight weeks, contingent upon the delivery of new windows.

The benefits of using Magply boards highlighted

Fullers Plastering, a Brighton-based company, often chooses Magply for its projects, backed by their practical experience with the material in various applications.

The company’s decision to consult with John Malone, National Sales Manager at IPP Magply, before beginning construction has shown its merit through the real-life performance of Magply in the Surrey fire incident.

Magply’s product is continually subjected to tests to meet stringent safety standards, which includes BBA certification and assessments by top UK testing houses.

Although the brand never wishes for its products to be tested by real-life fires, they acknowledge the board’s capability to perform under such conditions.

For detailed information about Magply and its uses, visit Magply.

IFSJ Comment

In the ever-evolving landscape of fire safety and prevention, the effectiveness of fire-resistant materials in real-life situations is invaluable.

The incident in Surrey presents a case for the effectiveness of Magply boards. The fact that the Magply boards were able to protect the SIPs construction under intense heat exemplifies their reliability and potential to ensure building integrity during a fire.

Such real-world validations of product efficacy are crucial for the industry, offering a significant learning curve for fire safety professionals.

They also set a precedent for future construction practices and material selection, influencing the building codes and standards that safeguard residential and commercial properties.

About Magply

Magply manufactures a multi-use, A1 non-combustible board widely used in the construction industry.

Their product portfolio spans applications in offsite and timber frame sectors, high-rise cladding systems, and interior fit-outs for modular constructions.

Magply boards are known for their fire resistance and are certified by various fire safety tests to ensure compliance with rigorous fire safety standards.

With a commitment to continuous testing and improvement, Magply ensures that their boards meet the needs of current building regulations and client expectations.

Cambridge’s Chesterford Research Park enhances fire system with Nimbus solutions

by Featured NewsProjects

Nimbus solutions deployed at Chesterford Research Park

Chesterford Research Park, located near Cambridge, has added six innovative Nimbus remote fire alarm management units to its fire alarm systems across the campus.

The park plans to incorporate an additional seven units in the forthcoming weeks.

Collaborative effort for safety

Chesterford Research Park, known for its hi-tech research specialisations in Pharmaceuticals, Biotechnology, and other advanced scientific disciplines, continuously aims to provide an optimal environment for creativity and discoveries.

In line with this commitment to excellence, building managers, Cushman & Wakefield (C&W), collaborated with Smart Managed Solutions to upgrade the park’s fire systems.

Their combined efforts culminated in the selection of Gem Fire Solutions to install the new Nimbus Fixed Gateway units, aiming to streamline fire system monitoring and maintenance.

Richard Weinling, Projects Director of Smart Managed Solutions, stated: “The Nimbus gateways met a clear requirement for real-time remote monitoring of the diverse fire systems installed in various buildings at Chesterford Research Park.

“The units were straightforward to install, and each system is connected using a wired internet connection with integrated failover to cellular data, ensuring uninterrupted safety surveillance.

“This marks a significant step forward in fire safety management for the site, and also showcases our commitment to employing cutting-edge technology for our clients.”

Jamie Dyer, Managing Director of Gem Fire Solutions, commented: “The synchronised monitoring, swift data communication, and flawless fusion of Nimbus with the current fire systems is genuinely impressive.

“These attributes empower the on-site teams to act promptly and adeptly to any fire risks or malfunctions.

“In a Research Park setting, where innovative developments and cutting-edge experiments are a norm, this is more than just an advancement in technology; it’s a commitment to the building safety and assurance of researchers, staff, and the broader scientific community and its developments.”

Nimbus’s approach to fire safety

The Nimbus platform aims to simplify tasks for fire installers, maintenance engineers, and end users.

Whether it’s with new systems or existing ones, Nimbus’s approach seeks to replace conventional methods with an efficient, automated solution.

Peter Martin, UK Business Manager at Nimbus, remarked:
“Seeing our Nimbus solutions in action at such an esteemed location like Chesterford Research Park solidifies the growing need for innovative fire safety management in hi-tech environments.

“Collaborations like these, with forward-thinking organisations such as Cushman & Wakefield, Smart Managed Solutions, and Gem Fire Solutions, underline our commitment to revolutionising fire safety across diverse sectors.”

Steve Nichols, Technical Services Manager for Cushman & Wakefield at Chesterford Research Park, added:
“The Nimbus units have completely transformed our fire system testing procedures, eliminating the need for paperwork when testing manual call points.

“This is invaluable for audit and compliance reporting. Moreover, our site Security Team greatly benefits from the Nimbus Control Room Monitor system, which offers real-time monitoring of each building’s fire system status.

“This ensures 24/7 visibility and also delivers significant time savings for potential incident seek & search activities.”

IFSJ Comment

Chesterford Research Park’s integration of Nimbus solutions underlines a broader trend towards leveraging technology to enhance fire safety.

Collaborative efforts, as seen with Cushman & Wakefield, Smart Managed Solutions, and Gem Fire Solutions, demonstrate how technology can streamline processes, improve efficiency, and ultimately protect individuals and assets in high-risk environments.

The move by Chesterford not only reflects its commitment to its occupants but also sets a benchmark for other institutions in the field.

London apartments near Canary Wharf undergo major fire system upgrade with Hyfire wireless devices

by Featured NewsFire DetectionProjects

Hyfire’s Taurus range ensures optimal wireless fire protection

A prominent residential development located near Canary Wharf and the renowned Cutty Sark has enhanced its fire safety measures with wireless fire protection, thanks to state-of-the-art detectors, sounders, call points, and other devices from Hyfire’s Taurus range.

Installation highlights and specialist involvement

A comprehensive upgrade of the building’s fire system involved the installation of nearly 2,000 Hyfire devices.

Among these were 913 heat detectors. Additionally, a temporary system, which can be repurposed or later removed, was put in place for the repair of defective cladding.

The entire project comprised five Advanced MxPro 5 panels and also featured a paging system to cater to residents with visual impairments and other requirements.

This work was carried out by Chameleon Systems, based in Gerrards Cross, recognised for their proficiency in supplying fire alarm systems to large-scale endeavours.

All of this was executed following a design and blueprint formulated by Julian Crouch of Integrity Fire, the lead consultant for this venture.

Julian Crouch remarked: “This project was so big that some companies had actually turned down the chance to tender, but we knew that it could be delivered with the latest wireless tech from Hyfire.

“I worked closely with Chameleon, the residents’ management company and the team at Hyfire to design and specify a system that they could be installed rapidly and with minimal impact on the fabric of the building.

“The brief was to deliver the completed system with minimum disruption to residents, and Taurus allowed us to achieve this, along with savings in labour costs and reduced installation times – up to 90% less than a full wired system.”

Sharing her insights, Christina Keating, Managing Director at Chameleon Systems, stated: “From being a niche product sector not so long ago, wireless is becoming the default choice for residential fire systems, where time is of the essence and where access to the residential units can be complex to arrange.

“Therefore, the benefits of being able to pre-programme a device offsite and install it in a few minutes, with no need to ‘make good’ afterwards, cannot be overstated, especially on a project of this size.”

Hyfire’s extensive offerings and their market reputation

Hyfire boasts a vast array of commercial-standard wireless fire devices, encompassing optical, multi-criteria, and heat detectors, among others.

These devices are all fully accredited to EN54, and they align with BS5839 Part 1.

Their panels connect through a loop to translators, allowing for the creation of fully wireless systems or combined solutions with Hyfire’s wired offerings.

Chris McGregor, Regional Sales Manager for Hyfire, shared his views: “We have a great working relationship with Julian at Integrity and with the team at Chameleon, so when they approached us with this massive project, we were only too happy to help them design the optimum system to cover the entire complex.

“Using the bespoke TauREX software package, they were able to install and commission the system in record time.”

Originating from Trieste, Italy – a hub for wireless fire design – Taurus incorporates Pathfinder Technology.

This enables the devices to transmit signals over long distances, reducing the need for multiple pieces of equipment and batteries, thereby curbing costs.

IFSJ Comment

For a sprawling urban city like London, ensuring that large residential complexes are equipped with the latest in fire safety technology is paramount.

The revamp of this residential development near Canary Wharf with wireless fire protection devices from Hyfire’s Taurus range is a testament to the industry’s commitment to safety, innovation, and efficiency.

With wireless systems now becoming a preferred choice, this upgrade also reflects the changing dynamics of fire safety measures in residential buildings.

Hyfire and Chameleon Systems’ collaboration showcases how expert knowledge, cutting-edge technology, and meticulous planning can ensure the safety of numerous residents.