Euralarm endorses joint industry paper on European standardisation regulation

by Featured NewsFire Detection

Goals and proposals for improving European standardisation

Euralarm has signed a joint industry paper on the evaluation of Regulation (EU) 1025/2012 on European Standardisation.

The paper, signed by several industry representatives, aims to support the EU Strategy on Standardisation’s objective of making the European standardisation system more functional and agile.

The signatories suggest that the evaluation of Regulation (EU) 1025/2012 presents an opportunity to enhance transparency, scrutiny, and democratic values in European standardisation.

They also advocate for greater flexibility in European standardisation on an international stage to give European industry a competitive advantage.

To achieve these goals, the signatories propose introducing transparent rules for formal objections and timelines for the standardisation process.

They also suggest setting clear procedures for defining transition periods for Harmonised European Standards (hEN) and ensuring the regular publication of new hENs in the Official Journal of the EU.

Enhancing the process for formal objections

The joint paper emphasizes the importance of formal objections as a last resort when significant gaps in requirements are identified in harmonised standards.

The signatories highlight the need for improvements in the current system, which they describe as sometimes lacking transparency.

They propose more technical discussions during the process for formal objections, which would involve technical experts in the responsible European Standardisation Organisation (ESO) and authorities behind the objection.

The paper suggests that such dialogue could lead to more efficient and accurate decision-making and potentially reduce the need for formal objections.

It also notes that this approach could expedite the process and reduce the time and resources needed from all involved stakeholders.

Proposals for transition periods and long-term planning

The signatories call for clear and transparent rules for determining transition periods for new, amended, or superseded hENs.

They argue that current fixed transition periods, such as the 18-month period for hENs in the machinery sector, are often not aligned with international standards.

This misalignment can lead to competitiveness issues for European standards.

The paper proposes allowing the European Commission to determine the length of transition periods based on the actual impact of the hEN and stakeholder input.

This flexibility would help maintain the competitiveness of European standards on a global scale and ensure that European industry can efficiently transition to new standards.

Summary and future steps

The joint industry paper concludes by affirming the value of the European standardisation system and its collaboration with the legislative framework.

The signatories express their support for a limited amendment of Regulation (EU) 1025/2012 to improve transparency, efficiency, and predictability in the standardisation process.

They believe these changes will strengthen the resilience and competitiveness of the European standardisation system and help maintain its leading role on the international stage.

BRE releases study on the effectiveness of visual alarm devices

by Associations and OrganisationsFire Detection

BRE study examines factors affecting visual alarm devices

The Building Research Establishment (BRE) has released a briefing paper detailing the outcomes of a three-phase research project on Visual Alarm Devices (VADs).

As reported by the Fire Industry Association (FIA), the project was funded by the FIA with a contribution of £35,000 and further supported by FIA members through sponsorship, advice, VAD products, and expertise.

The research aims to enhance understanding of the factors that influence VAD performance.

This is expected to inform updates to the 2012 Loss Prevention Certification Board (LPCB) Code of Practice CoP 0001, a reference in BS 5839-1 for fire alarm systems.

Key factors in VAD effectiveness

The research identified five factors affecting VAD performance: wall surfaces, direct or indirect presentation to people, VAD colours (red and white), background light levels, and pulse durations.

According to the briefing paper, “white and light surfaces yielded the most effective response for both red and white VADs,” while darker and textured surfaces were less effective.

The study also found that direct viewing of VADs is more effective than indirect viewing.

Additionally, red VADs were about 20% more effective than white ones, although red VADs showed greater variability in effectiveness.

Implications for future fire safety standards

The findings from this research will support revisions to the LPCB CoP 0001 and possibly influence EN 54-23 standards.

BRE’s study provides evidence that could lead to more effective fire alarm systems by optimizing the use of VADs in various environments.

New CPD course on managing false fire alarms launched by Advanced

by Featured NewsFire DetectionTraining

Advanced introduces new CPD course

Advanced has launched a new Continuing Professional Development (CPD) course: Managing False Fire Alarms: Tools & Techniques.

This course addresses one of the fire industry’s most persistent challenges by offering professionals the expertise needed to mitigate false fire alarms effectively.

Managing False Fire Alarms – Tools & Techniques is a comprehensive, free CPD course that covers the common causes of false alarms, their impact on safety and business continuity, and effective mitigation strategies.

Attendees will gain in-depth knowledge of alarm verification techniques, investigation delays, BS EN54-2 compliance, and controlled evacuation strategies tailored to various building types.

Course benefits and target audience

The course is delivered by members of the Advanced team with decades of industry experience.

It is ideal for consultants, fire risk assessors, facilities managers, health and safety professionals, and anyone involved in ensuring fire safety.

Attendees will enhance their understanding of false alarm reduction techniques, crucial for maintaining safety, efficiency, and business continuity.

Matt Jones, Head of Sales for the UK & Ireland at Advanced, said: “At Advanced, we are dedicated to raising industry standards through education.

“Competency in the fire safety industry is crucial, and our new CPD course on managing false fire alarms is another important step in equipping fellow fire-industry professionals with the latest tools and techniques to effectively reduce false and unwanted fire alarm incidents.”

Additional CPD courses by Advanced

Advanced continues to promote industry knowledge through its range of CPD courses.

These include A Guide to BS 8629, which offers practical tips and insights into the key points of the BS 8629:2019+A1:2023 Code of Practice.

This course covers the design, installation, commissioning, and maintenance of evacuation alert systems for fire and rescue services in buildings containing flats.

To broaden understanding of the BS 5266-1 Code of Practice for the emergency lighting of premises, Advanced runs regular sessions covering The Best Route to Compliance for Your Emergency Lighting.

These CPD courses are approved by the FIA and CPD Certification Service, with participants receiving a certificate of attendance upon successful completion.

Registration details

Anyone interested in enhancing their skills and knowledge can register for the Managing False Fire Alarms CPD course here.

Details of other Advanced CPD courses can be found here.

Advanced is committed to promoting safety through innovative technology and education.

Their extensive portfolio includes fire detection systems, false alarm management, multiprotocol fire panels, evacuation alert systems, and emergency lighting, trusted by professionals worldwide.

For further information on Advanced, contact them at Tel: 0345 894 7000 or visit their website.

Survey reveals 42% of UK homes lack carbon monoxide alarms

by Featured NewsFire DetectionResearchSafety

Widespread lack of carbon monoxide alarms in UK homes

A survey conducted by Firechief Global has revealed that 42% of homes in the UK do not have a carbon monoxide (CO) alarm installed, equating to over one in three homes.

According to Firechief Global’s Managing Director, Laurie Pollard, carbon monoxide poisoning is a serious threat: “Having carbon monoxide alarms fitted throughout your home is not just an optional safety precaution, it’s a lifesaver.”

Statistics show that around 40 people die annually from accidental CO poisoning in England and Wales, with 440 major injuries requiring hospitalisation and approximately 4,000 emergency department visits in England alone.

Experts believe the actual figures may be higher due to misdiagnosis and underreporting.

Regulations on carbon monoxide alarms

In October 2022, UK regulations were amended to mandate the installation of CO alarms in rooms with fixed combustion appliances, excluding gas cookers, in new builds and rental properties.

Landlords are required to replace or repair faulty alarms and check their condition before a tenancy begins.

Local housing authorities enforce these regulations in rental properties.

Pollard advocates for extending these regulations: “Extending the regulations to include existing homes is a crucial step the government needs to take in protecting everyone from the dangers of carbon monoxide poisoning.

“The data shows that voluntary recommendations are not sufficient.”

The estimated cost for installing additional CO alarms is £27 per unit, with the price expected to decrease over time, according to the UK government.

How to fit your carbon monoxide alarm

Pollard outlines the steps for installing CO alarms: “It’s easier and safer to have your carbon monoxide alarm fitted by a professional who can ensure your alarm is compliant with the regulations and installed in all the right locations.

“However, that doesn’t mean you can’t opt for a DIY installation.”

CO alarms should be placed 1-3 metres from potential CO sources and at head height.

They should be installed in rooms with fixed combustion appliances and near sleeping areas, with at least one alarm on every home level.

Pollard recommends: “For battery-powered CO alarms, ‘sealed for life’ batteries are preferred over replaceable ones to prevent tampering.

Mains-powered alarms with battery backup are even safer, though they require professional installation.

Ensure your CO alarm meets British Standard BS 50291-1:2018.”

Best practice for testing your CO alarm

Regular testing is essential to ensure CO alarms function correctly.

Pollard advises: “Test your carbon monoxide alarm every month. Press the test button until the alarm sounds to confirm it’s operational.”

Check the indicator lights: a green light means normal operation, while a red light or audible alarm indicates a problem.

Follow the manufacturer’s instructions for specific models.

Non-sealed battery-powered alarms should have their batteries replaced at least once a year.

Euralarm emphasises risks in uncoordinated 2G and 3G network shutdowns

by Featured NewsFire Detection

Potential risks of uncoordinated network shutdowns

Following the publication of the European Commission’s White Paper “How to master Europe’s digital infrastructure,” Euralarm is highlighting the potential risks and challenges associated with an uncoordinated and premature shutdown of 2G and 3G networks.

The White Paper addresses the need to adapt spectrum management to meet the demands of the Digital Decade.

It discusses the coordinated shutdown of 2G and 3G networks while ensuring the continued support of essential legacy services, such as emergency and critical communications.

The importance of maintaining legacy services

As 2G and 3G networks are phased out due to their age or limited bandwidth, many products still rely on the 2G network.

To prevent unintended consequences, Euralarm recommends a gradual and coordinated shutdown.

They propose that at least one carrier in each Member State should maintain 2G or 3G until at least 2029-2030.

Euralarm notes that many EU Member States have not yet set an end date for the 2G network, allowing for a natural transition without risking lives and safety.

The EU should encourage Member States to implement a delayed and harmonised shutdown of these networks.

The need for a technological switch-off framework

Euralarm stresses the need for a technological switch-off framework for mobile networks.

The same issues faced with the 2G and 3G switch-off could arise again with 4G, 5G, and future mobile networks.

This European framework should address the challenges posed by mobile technology transitions for all users, including IoT, particularly for safety and security uses.

The framework should equip member countries with the tools to ensure a smooth technological transition and suspend it if the conditions are not met.

Full briefing available

The full briefing with Euralarm’s contribution to the European Commission’s White Paper can be downloaded from the Euralarm website.

REACH Black range introduced by Apollo Fire Detectors

by Featured NewsFire DetectionProducts

REACH Black range expands hybrid wireless fire solutions

Apollo Fire Detectors Ltd has announced the release of the REACH Black range, expanding its established REACH Hybrid Wireless family.

As reported by Apollo Fire Detectors, the REACH Wireless system, launched in 2022, provides a flexible solution for various installations, including extensions, outbuildings, heritage buildings, and temporary structures.

The system allows for seamless extensions of existing fire loops without the need for new wiring, reducing costs and installation time.

Product Manager Craig Mole said: “REACH Black is the latest in our range of hybrid-wireless fire detection.

“REACH Wireless has been designed to make extending an Apollo wired loop effortless.

“With an easy-to-use survey kit, REACH Wireless is FLEXIBLE + RELIABLE + PRACTICAL.”

Features and versatility of REACH Black

The REACH Black range includes three types of detectors: an Optical detector with a Dual-Optical chamber, a Heat detector with selectable A1R & BS modes, and a multi-sensor combining the Dual-Optical chamber with an A1R Heat sensor.

Each device measures 110mm in width and 70mm in depth.

The Audio Visual additions include a sounder or sounder VAD base, with the VAD base offering up to a C-3-15 coverage with a white flash and C-3-10 with a red flash.

These detectors are designed for use in industrial-themed commercial spaces with exposed or black ceilings, enhancing the versatility of the REACH system.

They can operate standalone or in conjunction with other detectors in the range, providing flexibility and reliability for users.

Benefits of the hybrid solution

The hybrid solution provided by REACH Wireless, including the new REACH Black range, offers numerous benefits.

It combines the flexibility of wireless systems with the reliability of Apollo’s wired systems, ensuring consistent performance throughout the life of the system.

The installation process is streamlined with a powerful survey tool, allowing for quick and efficient setup.

The new additions to the REACH family cater to the needs of specifiers, installers, and end users by offering a wide range of products that are easy to install and operate.

The exceptional speed of installation is particularly advantageous for time-sensitive projects where minimizing downtime is critical.

Audio Visual enhancements in the new range

The new VAD base introduced with the REACH Black range enhances the system’s capabilities.

It provides up to a C-3-15 coverage with a white flash and C-3-10 with a red flash.

The VAD base can operate independently or alongside any of the detectors in the REACH Black range, further increasing the system’s flexibility and usability.

The addition of these advanced features ensures that the REACH Black range can meet the diverse needs of different installation environments, from commercial spaces to heritage buildings, without compromising on performance or reliability.

New fibre optic LHDC by Patol enhances fire detection capabilities

by Featured NewsFire DetectionProducts

Patol launches FibreSense LHDC in the UK

Industrial fire detection specialist Patol has expanded its range of solutions with the introduction of a new Fibre Optic linear heat detection cable (LHDC) and controller suite.

The new product, FibreSense, offers extended capabilities of LHDC technology and includes two primary forms of the sensing cable: Thermoplastic Tube (TT) and Armoured Tube (AT).

As reported by Patol, FibreSense is a Fibre Optic distributed temperature sensing solution designed to provide cost-effective fire detection for a wide range of applications.

The Thermoplastic Tube cable is especially suitable for environments with high levels of electro-magnetic activity.

It is Flame-Retardant Non-Corrosive (FRNC) and Low Smoke Zero Halogen (LSOH), featuring a Kevlar strength layer that protects a central structure of a gel-filled thermoplastic loose tube.

This configuration allows the cable to measure temperature profiles at thousands of points simultaneously along its length, ensuring signal quality remains unaffected in hostile environments.

Features of FibreSense LHDC

The new FibreSense systems offer significant improvements in fire detection capabilities.

They can provide protection of up to 10 kilometres per channel, with controllers available in 2km, 5km, or 10km versions.

Each channel supports multiple detection zones, offering unlimited protection length.

The data is available in various formats, including fixed/max temperature, average temperature, and rate-of-rise.

Patol’s Sales Director, Iain Cumner, highlighted the advantages of the new product: “LHDC is a well-proven and extensively used fire detection method.

“Over 4 million metres of our LHDC is operating in projects throughout the world, providing early detection of overheating in circumstances where other forms of detection would not be viable – either through the inability to withstand the environment or through prohibitive costs.

“Our previous cable supplier ceasing manufacture made us look into alternatives and now, with the introduction of the new FibreSense products, we are able to offer an option which not only draws on the existing benefits that LHDC offers, but also extend them.”

Integration and applications

FibreSense systems come equipped with an intuitive, user-friendly LCD touchscreen, allowing for local programming rather than engineer-led programming.

Alarm, real-time temperature, and distance data can be sent via a Modbus communications path to third-party systems, such as SCADA (Supervisory Control and Data Acquisition), for controlling ventilation or extinguishant systems.

The flexibility of the system is ensured by multiple system configurations, a choice of Fibre Optic cable types, and a variety of mounting hardware options.

This makes it suitable for various fire detection applications, including tunnels, conveyor systems, escalators, power generation facilities, car parks, and warehouses.

Blackline Safety signs $1.9 million contract with South African energy firm

by Featured NewsFire Detection

Blackline Safety announces major contract in South Africa

Blackline Safety Corp. has announced a $1.9 million deal with a South African energy company.

As reported by Blackline Safety, this is the largest contract for the company in its Middle East & Africa (MEA) region and marks its first significant contract in Africa.

The energy firm purchased approximately 500 G7c devices for plant workers and nearly 500 G6 devices to protect contractors on site.

The purchase also included G7 and G6 Docks, used for calibrating, bump testing, and charging the wearable devices.

The energy company has standardized on Blackline devices across its entire organization.

This move reflects a growing trend of companies recognising the value of the Blackline platform, which replaces various legacy products.

Product features and customer feedback

Peter Attalla, Blackline Safety Vice President of International Sales, commented on the deal: “We’re pleased that the company has selected Blackline’s products and services.

By the end of our first demo, the company realized that by choosing Blackline, they will get industry-leading connected safety technology across their operation while greatly simplifying their service providers and device management.”

The G7 wearable, known for its multi-gas detection, SOS latch, fall and no motion detection, two-way voice, and real-time connectivity, provides a crucial safety lifeline in emergencies.

The G6 wearable single gas detector, which also features real-time connectivity and an SOS button, enhances worker protection.

Both devices allow for quick and informed responses during incidents.

Implications for the region

This contract represents a significant step for Blackline Safety in the African market.

The standardization on Blackline devices by the South African energy firm underscores the efficacy and reliability of Blackline’s safety solutions.

The adoption of these devices ensures better protection for plant workers and contractors, highlighting the importance of modern safety technology in high-risk environments.

The integration of these safety measures is expected to improve overall operational safety and efficiency for the energy company.

Timber Square: London’s net-zero landmark project

by Featured NewsFire DetectionProjects

Net-zero ambition for Timber Square in London

As reported by Ramtech, Timber Square is an ambitious project by Landsec aimed at achieving net-zero in London.

The site, which spans over 370,000 sq ft, is safeguarded by Ramtech’s WES3 wireless fire alarm system, installed by Wingate.

The development is conveniently located near London Bridge and Waterloo stations and features state-of-the-art facilities that promote energy efficiency and reduce carbon emissions.

The project aims to retain 85% of the existing structure and utilise cross-laminated timber, significantly reducing CO2 emissions.

Timber Square will also incorporate air source heat pumps as the primary heat source to lower its carbon footprint.

Fire safety concerns with timber construction

Timber Square presents unique challenges and risks, particularly concerning fire safety due to its timber construction.

Timber, while sustainable and eco-friendly, is also combustible.

During construction, the risk is heightened because of exposed timber and other combustible materials on-site.

Key fire safety risks include rapid fire spread, compromised structural integrity in the event of a fire, and increased vulnerability during construction before fire protection measures are fully in place.

Installation of WES3 and REACT systems

Wingate installed over 400 WES3 devices on-site to address these fire safety risks.

The WES3 system, a fully customisable temporary wireless system, provides a simple and secure method for communicating fire and medical emergencies in complex environments.

The REACT Emergency Notification System enhances this by offering 24-hour coverage through a cloud-based platform that sends real-time alerts via a mobile app.

Steve Hemmington, Contracts Manager from Wingate, said: “Installing the WES3 system was incredibly straightforward thanks to its completely wireless design.

It’s easy to install and reposition the units as the site grows.

The added benefit of the REACT system is that it notifies us of any maintenance issues with the WES3 system, ensuring we can address them promptly and keep the site secure.”

Commitment to sustainability and safety

Timber Square aims to set a new benchmark for environmental responsibility in construction while ensuring safety through innovative fire detection and emergency communication systems.

Ramtech’s Sales Manager, Adam Jurka, stated: “Timber Square is a landmark project in sustainability, and we’re proud to support it with our WES3 and REACT systems.

“These technologies provide reliable and rapid fire detection and emergency communication, ensuring that the site remains safe as it progresses towards its ambitious environmental goals.”

Gillingham Football Club and Hochiki Europe announce new Rainham End sponsorship

by Featured NewsFire Detection

Gillingham FC and Hochiki Europe partnership announced

Gillingham Football Club has announced Hochiki Europe as the new sponsor for the Rainham End at Priestfield Stadium.

The sponsorship agreement, which lasts until the end of the 2026/27 season, will see the stand renamed as ‘The Rainham End in partnership with Hochiki’.

Hochiki Europe, whose head office and manufacturing plant has been in Gillingham for over 30 years, is renowned for its production of commercial fire detection and emergency lighting products.

The company, originally founded in Tokyo, Japan, in 1918, selected Gillingham for its European operations due to the historical connection between the town and Japan.

Hochiki’s expansion in Medway

The company’s operations in the Medway region have recently expanded.

Hochiki Europe announced a multi-million-pound investment in a new shipping and warehousing hub in Chatham.

The new 24,000 sq ft facility will significantly increase their storage capacity from 480 to 2,450 pallets.

This investment is expected to reduce picking times from seven minutes per line to three minutes per line, enhancing the efficiency and reliability of their supply chain for life safety devices and systems.

Statements from club and company leaders

Joe Comper, Managing Director of Gillingham FC, expressed enthusiasm for the new partnership.

He said: “We are excited to welcome Hochiki as The Rainham End’s official partner.

“We have been working closely with Hochiki over the last year and they have been amazing.

“It’s very important for the club to have partners that value the community of Kent as much as Hochiki do.

“I would like to take this opportunity to thank the team there for their fantastic support and I am looking forward to watching this partnership grow.”

Shinsuke Kubo, Managing Director of Hochiki, highlighted their commitment to the local community.

He stated: “Hochiki Europe has had headquarters in Gillingham for 31 years and we’re proud to continue our support of the local community.

“To celebrate our new partnership, Gills fans will have the chance to win a host of prizes including a VIP experience at the Millwall friendly, training ground visits, and match tickets courtesy of Hochiki.

“Fans should keep an eye on the Gills’ social media channels to find out how to win.”

Benefits for fans and the community

This partnership promises benefits for both Hochiki Europe and Gillingham Football Club.

Fans can anticipate exclusive prize giveaways, while the club gains a partner that shares a commitment to the Kent community.

Hochiki Europe continues to strengthen its presence in the Medway region, demonstrating its dedication to supporting local initiatives and fostering community spirit.