Hyfire brings wireless fire tech to Norway and South Africa

UK-based wireless fire technology pioneer Hyfire has confirmed partnership agreements that will see its products sold in Norway and South Africa for the first time.

The deals with Holta & Håland and Technoswitch – following on from the successful launch of the Hyfire brand in Italy in 2021 – include supply, marketing and support provision for Hyfire’s Taurus range of wireless fire devices.

Since its launch in 2021, Taurus has taken wireless fire technology to new heights, revolutionising the performance of wireless devices and making them a genuine mainstream alternative to traditional wired systems for the first time.

Taurus comprises a full range of high-performance wireless detection, control and alarm devices, which will now be made available to Norwegian and South African specifiers and installers for the first time.

Tom Crane, Hyfire International Director, commented: “Hyfire is now recognised as one of the leading global brands for wireless fire systems, thanks to cutting edge technology coupled with an unrivalled partner programme and tech support.

“We want to replicate our successful UK model in other countries by working with established local partners, which is why we have agreed to supply Holta & Håland and Technoswitch with Taurus products that, backed up with commercial, technical and marketing support, will give them the resources they need to market the Hyfire brand in their home markets.”

Brett Birch, Technoswitch Managing Director, commented: “We’ve been pushing the boundaries of fire technology in the South African market since 1974 and, with the global reputation of Hyfire and awareness of wireless fire technology on the increase, it feels like there has never been a better time to launch the Taurus range into the South African market.

“Our clients are  eager to replace or update outmoded systems, and installers are under pressure to deliver. By using wireless fire devices, it’s possible to plan, install and commission new systems in a fraction of the time required for a traditional wired alternative, plus there’s less impact on the building’s fabric. We’re so excited to begin our journey with the Hyfire team and I’m particularly interested to explore innovative applications for wireless in the mining, petrochemical and power generations sectors.”

Hochiki offers advice on false fire alarm prevention

Hochiki Europe has released a guide to for improving fire detection performance for building owners, responsible persons and facilities management teams to help prevent against false alarms.

The responsible person for a commercial building, including shared areas in houses in multiple occupation (HMOs), blocks of flats and maisonettes, is required by law to ensure the equipment and procedures are in place to detect, alert and notify all occupants of the building to act in the event of a fire.

This is necessary to ensure that any outbreak of fire is easily detectable so that those inside the building are alerted as soon as possible to evacuate and that the fire brigade have the required time and information to stop the fire from spreading. Insurance policies for commercial properties may be invalid if it becomes evident that the fire detection and alarm system on the premises was inadequate.

Hochiki Europe has released some of the considerations building owners, responsible persons and facilities management teams might want to consider when it comes to false alarms and how the compliant installation, and maintenance of a fire detection system can help prevent them.

The guidance from Hochiki covers the installation stage, with advice on building use, cable routes, air conditioning, air ducts, vandalism and specialist extraction. It also covers ongoing maintenance including cleaning and guidance for renovated buildings

Hochiki Europe says “To avoid false alarms and deal with any occurrences efficiently and safely, building owners or facility managers must ensure that the businesses or tenants using the building either temporarily or on a more permanent basis should be given detailed up-to-date information on fire escape routes and the locations of firefighting equipment.”

It also said that businesses and tenants should be educated about the fire alarm system and activities to be avoided, such as smoking or vaping in the building, keeping areas clean, being aware of sensors outside kitchen and bathroom doors, as well as the serious implications of tampering with the system or its devices which could lead to false alarms or even worse, no alarms given at the outbreak of a real fire.

The full guide can be found here.

Global Fire Equipment to showcase latest products at Intersec

European manufacturer of complete fire safety systems, Global Fire Equipment (GFE), is gearing up showcase the latest additions to its product portfolio on Stand F10 in Hall 3 at Intersec 2023 which takes place in Dubai from 17 – 19 January.  

Visitors to the stand will be able to find out about GFE’s range of advanced addressable fire alarm control panels and talk to GFE’s specialists about the benefits of working with a complete systems provider which has EN 54-13:2017+A1:2019 approval.

The manufacturer will also be showcasing the latest product innovation across its industry-leading detectors, emergency lighting and graphical fire alarm monitoring, control and communications software. One of the core products GFE will launch at the event is its new ZEOS 2 detector range.

Commenting on the company’s plans for Intersec, Paul Pope, Group Business Development Director at GFE, said: “Intersec is widely regarded as one of the most important industry exhibitions in the Middle East and as it’s such a strategically important market for us we are delighted to have a strong presence again at this year’s show. We are also particularly pleased to have Intersec as a platform to showcase our new ZEOS 2 range of detectors which we believe will generate a lot of interest in the market.

“We look forward to welcoming customers – new and old – on stand and bringing them up to speed on our latest product innovation, our projects in the Middle East and our future plans.”  

For further information on Global Fire Equipment, please visit www.globalfire-equipment.com.

Advanced to showcase range of fire solutions at Intersec

Advanced, a world leader in intelligent fire systems, will be exhibiting on stand F24, Hall 4 at Intersec 2023 (17-19 January at Dubai World Trade Centre).

Advanced will be showcasing its versatile and scalable offering that makes it the one-stop shop for fire-safety solutions. On display will be some new and updated products including the company’s innovative AxisGo, the UL system Axis AX, and its versatile wireless technology.

The fire systems provider’s flexible product range offers solutions suitable for a wide range of settings – from large, complex commercial and industrial sites to small leisure, retail and high-end residential installations. Offering solutions for both UL and EN markets, Advanced really is a one-stop shop for fire safety solutions.

Sasi Kumar, Commercial Manager Middle East and Africa at Advanced said “We’re delighted to be exhibiting at Intersec once again and demonstrating how we can meet a wide variety of fire-safety needs across a wide range of different sites and sectors – from high-rise and infrastructure to hospitality and commercial. We will be showcasing new and updated products and explaining the benefits of each and the problems they can solve.

“Advanced is pleased to be able to offer both EN and UL standard compliance in our Axis EN and Axis AX product ranges respectively. This flexibility is essential for our customers in the Middle East where both EN and UL solutions are used. Furthermore, we are proud that our UK-made products are proven to be robust, reliable, resilient and efficient and offer very effective false-alarm reduction capabilities.”

AxisGo

AxisGo is the new-generation, single-loop fire panel from Advanced that is versatile and packed with premium features, offering a powerful option for protecting smaller sites such as shops, restaurants, surgeries and villas.

Available as a wired, wireless or hybrid system, this versatility makes AxisGo an ideal option when retrofitting onto existing systems that need to be expanded or in settings where disruption from fire system work must be avoided.

To meet demand in the GCC for both EN and UL solutions Advanced offers the Axis EN and Axis AX product ranges respectively. The Axis range is robust, versatile and easy to use – from installation and commissioning to servicing, maintenance and day-to-day operation.

Axis EN

The Axis EN system provides powerful networking capacity and can create robust networks of up to 200 panels. Networks can also be combined to create very large fire systems making the Axis EN ideal for complex, large-scale installations where the EN54 standard is specified.

Whether networking complex, high-risk sites with complicated cause and effect, remotely monitoring networked sites, or integrating with building management systems (BMS), intuitive software and panel navigation make setup straightforward.

Axis EN is also effective in minimising unwanted alarms thanks to AlarmCalm, Advanced’s built-in false alarm management and reduction software which all adds up to making Axis EN a trusted choice.

Axis AX

The UL 864-approved Axis AX fire system makes light work of integrating smoke control and audio or voice options which are frequently required for fire systems in the Middle East. The flexible Axis AX offers integrated audio for automatic (and manual) fire alarm signalling and live voice paging during emergencies.

The system also provides access to DynamixSmoke, a revolutionary approach to smoke control that uses a simple setup and programming process that radically reduces the time and associated costs of configuring fans and dampers. Whether configuring protection across a large networked site, integrating smoke control or combining an audio solution alongside a fire system, Axis AX’s solutions give peace of mind that you are in complete control of your fire protection.

Wireless solutions

Advanced will also be demonstrating the versatility of its wireless offering at Intersec and will be showcasing its MxPro 5 open protocol approach. MxPro 5 offers freedom, flexibility and safety thanks to the panel’s compatibility with a range of leading detector protocols, making it ideal for retrofitting.

Also on display will be the ExGo extinguishing panel which protects critical infrastructure, data centres and sensitive sites where water extinguishing would destroy irreplaceable assets, so gas extinguishing is required. While, Advanced’s specialist redundant panel kicks in if the main fire panel stops working and offers 100% hot redundant panel protection – especially useful in settings where there can be no break in fire protection, such as large industrial plants and production lines.

International expansion

Advanced is also looking to expand its presence in the GCC. The company has distribution partners in UAE, Oman and South Africa and is actively looking for new partners in the rest of the GCC and beyond, as well as OEM partnerships globally. In addition, Advanced is recruiting in the region to expand its sales and support teams. Come and to talk to the team on the Advanced stand to find out more.

As a world leader in the development and manufacture of intelligent fire systems, Advanced is committed to creating a safer future. A reputation for performance, quality and ease of use see Advanced products specified in locations around the world, from single-panel installations to large, multi-site networks. The Advanced product portfolio includes complete fire detection systems, multiprotocol fire panels, extinguishing control, false alarm management and reduction solutions as well as emergency lighting.

Advanced is owned by FTSE 100 company Halma PLC – a global group of life-saving technology companies with a clear purpose to grow a safer, cleaner, healthier future for everyone, every day.

UL Solutions launches service for fire alarm control units in UAE

UL Solutions has introduced a new product category covering fire alarm control units and accessories intended to be used in the United Arab Emirates as part of a household fire-warning system.

To balance cultural practices with safety enhancements, UL Solutions, a global safety science leader, developed a new testing program and a new Certification Mark for the UAE.

The program tests residential fire alarm control units that permit residents to briefly disable alarms to burn incense. Products that demonstrate compliance with the testing protocol earn the all-new UL-AE Certification Mark.

By applying solid regional insights and deep industry expertise, UL’s new testing program for fire alarm control units aims to inspire greater confidence among UAE residents, opening the market for safer products and maximising emergency services resources.

In 2018, the UAE Civil Defense launched a campaign to introduce a smart fire detection, alarm and monitoring system to every residential villa in the UAE. The initiative involved designing and installing a fire detection system for early warning of a fire outbreak to inform occupants to evacuate the premises with almost instantaneous alarms.

To improve response times, the alarm systems are connected to a signal monitoring center that receives the signal of a fire outbreak and confers with the owner on the current situation before dispatching the necessary fire response resources.

This alarm feature is designed to reduce the possibility of false alarms to prepare civil defense crews on arrival, especially in villa homes with the highest incidence of fire calls in the UAE.

Report reveals 90% of false fire alarms are caused by faulty apparatus

According to the latest Home Office report, false alarms make up 98% of automatic fire alarm confirmed incidents in 2020/21; with 90% of this figure a result of faulty apparatus.

The research from the Home Office, which was collated from Fire and Rescue services across the country from the last financial year, found that just 2% of the incidents from automatic fire alarms were a result of an actual fire.

The findings indicated that most of the false alarms could have been avoided with proper maintenance and ensuring the correct type of life safety product is installed for the environment in the first place.

Commenting on this latest report from the home office, Mr Shinsuke Kubo, Commercial Director for Hochiki Europe, Middle East, Africa and India, said: “False alarms are a major problem across multiple industries, they have a significant impact on production and ultimately the economy. Building owners who choose to work with installers and manufacturers who understand that no two environments are the same will reap the benefits because the products recommended will be both fit for purpose and properly maintained”

London Fire Brigade recommends that responsible persons must make sure the fire alarm system installed is carefully considered for the type of premises and of course the occupancy. Other key factors must be considered to increase the overall “alarm reliability” of fire detection and fire alarm systems and ensuring new systems are installed in the case of use change.

Kubo suggested that multi-sensors could be the answer: “For complex life safety installation projects which have multiple usage scenarios, or are adapted over time, using intelligent devices can really help reduce false alarms.

“Modern devices which detect heat, smoke and in some cases, CO, can learn from their environments from the moment of installation. Our ACD multi-sensor which uses the S.M.A.R.T. algorithm to continuously monitor its surroundings, is used by our customers across multiple sectors from university accommodation, housing associations, theatres, and schools – all of which have seen a reduction in false alarms”.

BAFE and NAPIT raise the standards on domestic fire safety

BAFE, the fire safety register, and NAPIT, the National Association of Professional Inspectors and Testers, have announced the first ever Third-Party Certification and BAFE Registration to the DS301 competency scheme, which has been achieved by CS Electrics based in County Durham.

The competency scheme covers design, installation, commissioning, and maintenance works performed on Grade D domestic fire detection and fire alarm systems. Both BAFE and NAPIT have said they believe that all domestic properties should have, as a minimum, a Grade D fire detection and fire alarm system which has been installed by a competent organisation.

Dr Justin Maltby-Smith, BAFE Group Managing Director, commented: “It is imperative that both decision makers and the public understand that electricians cannot do everything regarding electrical systems by default.

“There are additional British Standards and guidance that outlines heightened competency requirements for particular electrical services, one of which is the safe practice of providing domestic fire alarm systems [i.e. BS 5839-6 Code of practice for the design, installation, commissioning and maintenance of fire detection and fire alarm systems in domestic premises].

“All four constituent countries of the UK have comparable fire safety dwelling regulations and guidance available, and we strongly believe that all dwellings should have systems in place in accordance with the relevant recommendations of BS 5839-6. This is especially pertinent to the housing sector which should have far greater scrutiny on this matter in the interest of life safety.”

Frank Bertie, Chief Technical Officer for NAPIT, added: “Whilst working to BS 7671 [Wiring Regulations] is vital, elevated skills and experience is unequivocally required to perform works for domestic fire safety systems. The importance of correctly designed, installed, and commissioned domestic fire detection and fire alarm works can often be overlooked.

“NAPIT are committed to enhancing standards within the industry. As a UKAS accredited, Government authorised Certification Body, by providing a scheme which assesses the competence of installers and allows them to demonstrate they have been appropriately certificated to perform this scope of work, we anticipate this will assist in a safer domestic built environment and provide confidence to clients.

“This is of particular importance with regards to new builds where domestic fire alarm systems must be installed in line with the Building Regulations and relevant British Standards.”

Christopher McTearnen, Owner of CS Electrics, said “I am extremely proud to be the first organisation that has received this third-party certification to the BAFE DS301 scheme. This will go a long way in demonstrating we are competent to deliver these works, and hope this becomes an industry standard to remove any people who claim to be competent without appropriate evidence of this. It’s so important that fire safety work is performed by the right providers to keep people safe.”

Siemens selects Videcon as distribution partner for Cerberus FIT

Siemens has announced Videcon as its new strategic partner for the Cerberus FIT range of fire detection and alarm products, marking Siemens first ever distribution partner for fire in the UK and Ireland.

Videcon was formed in 1995 and is currently one of the fastest growing security and fire distributors in the UK. Videcon will add Cerberus FIT to its existing portfolio of fire and security products and services, through its dedicated Fire Safety Division which is headed up by Sales Director Alan Fowlie.

Commenting on the new partnership, Fowlie said: “Our customers were increasingly looking for the advantages offered by an addressable system but at an affordable price.

“I knew Siemens from the work I did before my business became part of Videcon in 2020 and Cerberus FIT offers the ideal solution. It gives us a completely open protocol, engineer-friendly system with the brand values, quality and product quality that you expect from Siemens but at a price-point which is extremely competitive.”

Cerberus FIT has been designed specifically to provide a cost-effective option for moving from conventional to addressable systems for small to medium sized applications.

Rob Yates, Head of Fire Products at Siemens UK&I, commented: “We are delighted to be working with Videcon, having chosen them as a partner because of their clear commitment to training and support. The company’s client base is particulartly suited to Cerberus FIT which is an EN54-13 approved system designed with ease of installation and ease of use as its core guiding principles.

“That ensures it is an ideal option for a range of applications, including retail, leisure centres, warehouses and restaurants – in essence those facilities who would be considerng a conventional or stand-alone addressable system.

“This is the start of what we see as an exciting co-operation between the two businesses and look forward to taking the offering to the fire safety market in the UK and Ireland.”

The Last Word with Salvatore Vittozzi, Regional Sales Manager at Apollo Fire Detectors

Salvatore Vittozzi, Regional Sales Manager at Apollo Fire Detectors sheds light on the benefits of hybrid-wireless fire alarm systems

Tell me about your role and background in the fire industry

I joined Apollo in 2019 but have been in the fire industry for well over 20 years, starting out as a Fire Systems Designer. Whilst I focus on supporting our partners in London and the Southeast as Regional Sales Manager, I also, along with the Apollo Sales and Technical Support team provide free online training every month with CPD accredited and product-based webinars, most recently we have been on a UK wide roadshow, presenting training on our new range, REACH Wireless.

Can you give me an overview of the services Apollo Fire provides?

Our purpose is simple; we make devices to keep people safe from fire every second of every day. We specialise in the design and manufacture of high-quality fire detection solutions that protect people from fire in over 100 countries around the world. We have recently launched our new hybrid-wireless range, REACH Wireless.

What is REACH Wireless and why was it developed?

Our new solution REACH Wireless is intended to provide a natural extension to our existing wired products and protocol, to provide the benefits of wireless where needed. REACH brings more modern product features such as dual-optical smoke detection and Visual Alarm Devices (VADs) and provides a platform to build upon going forward.

REACH was designed to target over-the-counter sales, meaning it had to be quick and easy to install without large amounts of training or special manufacturer’s accreditation. REACH’s installation is assisted by the built-in LCD screen of the Loop-Interface, which leads you through the process. We’re continuously listening to feedback from installations to refine the experience in pursuit of this goal and we’re confident that customers will be pleased with it at launch.

What are the benefits of hybrid-wireless fire alarm systems?

A hybrid-wireless fire alarm system can provide greater flexibility in situations where wiring may be difficult or impractical, for example, in listed buildings a wireless device would cause much less damage to the fabric of the building than a wired loop. It can reduce costs in some areas by connecting a new extension or outbuilding to an original installation with no cables. There are also applications where hybrid-wireless is valuable when short downtime is required such as educational facilities or retail stores.

What plans does Apollo Fire have for the future?

We recently launched a software update to the Apollo Test Set to support Apollo’s latest protocol, Core Protocol. Later this year we plan to publish the latest version of our Loop Calculator, which is free to download from our website. We are always working on new products and technologies in fire detection to keep up with this ever-evolving industry and its standards. You can keep up to date with the latest news from Apollo on LinkedIn, Twitter, Facebook and Instagram!

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

Impossible standards: Experts weigh in on the European Commission’s Construction Products Regulation Proposal

Earlier this year, the European Commission adopted a proposal for a revised Construction Products Regulation (CPR) which was set to simplify rules for construction products on the EU market. The CPR was designed to lay down harmonised rules for the marketing of construction products in the EU, providing a common technical language to assess the performance of construction products.

It was created to ensure that reliable information is available to professionals, public authorities and consumers so they can compare the performance of products from different manufacturers in different countries.

Standards for individual fire safety products such as smoke detectors fall under the CPR and the performance characteristics of these products are to a large extent identical across all of Europe encouraging their free trade across the region. A system compatibility standard outlines which products belong to which system while the design, installation, commissioning, and maintenance of a fire safety system are largely achieved through national standards.

The produced standards focus on the overall function of the devices and ensure they are robust and have performance levels that are in alignment with national and/or regional regulations. This arrangement has been developed over many years and has met the needs of stakeholders across the continent. However, the application standards would be meaningless without robust product standards.

Association of European manufacturers, installers and service providers of the electronic Fire Safety and Security industry, Euralarm, said that the drafted CPR shows that it is not possible to solve the current issues easily as the legal boundaries remain unchanged. Harmonised standards remain legally controlled documents according to the Commission’s interpretation of the European Court of Justice ruling and the new CPR does not provide any means to resolve this.

The fire safety industry would have to re-write all product standards to align with what the European Commission is requesting and consequently the system standard and all the national application standards would have to be re-written, which Euralarm estimates would be an undertaking of at least 10 years. Euralarm has now issued an official position on the CPR proposal.

Euralarm’s position

Welcoming the proposal for the new CPR as the start of a journey towards a more sustainable and digital construction sector, Euralarm noted a number of positives. It welcomed the CE-marking remaining a part of the new CPR, calling it an important aspect of the harmonisation of the Single Market for construction products which has allowed companies to enjoy the free movement of these goods.

It also welcomed the increased focus on sustainability as most Europeans spend up to 90% of their time indoors and building are said to account for 40% of the energy consumption, Euralarm said it is easy to see why the construction products industry plays such an important role in the implementation of the circular economy package and environmental sustainability.

Other positives it noted were the use of digital tools for compliance procedures being extended, that the Commission is empowered to adopt delegated acts to avoid double assessment of products, and that, through the provision of delegated acts, particular product requirements will become mandatory under the new CPR.

While welcoming these aspects, Euralarm noted that it believes they need to be implemented in a practical and transparent way and, moreover, they highlighted a number of fundamental concerns with the proposal.

In particular, in the introduction and conclusion, Euralarm emphasised that the CPR proposal failed to address the core problem: “We note that the legal framework proposed is very flexible and, contrary to the consultation process, makes fundamental changes to the CPR. However, the times scale for the introduction of the new legislation, coupled with complexity of options and need for delegated acts to establish the details and consequences for our sector, fail to address the core issue which is that the EU standardization process has stagnated under the weight of the legal interpretations and obligations of the current CPR.”

Another key issue Euralarm highlighted was the complexity of the proposal: “We are not sure if we understand the big picture correctly – processes aren’t clear. The multiplication of using delegated act brings unnecessary complexity.”

It also raised concerns with combining the DoP (declaration of performance) with a DoC (Declaration of Conformity), noting that, contrary to the objectives of the proposal, does not result in the simplification that many stakeholders aspired to during the impact assessment.

Concluding its response, the position paper states that: “Euralarm welcome the publication of the Commission’s proposal for a new Regulation on construction products and believes that the suggestions and questions presented in this position paper would contribute to a clearer regulatory environment for the construction sector if the proposal goes ahead.

“However, Euralarm also observes that the core problem facing our sector is the stagnation of the standardisation process and have reservations that the processes and legislative complexities contained within Commission’s proposal for a new CPR will address this fundamental issue.”

The expert view: Peter Massingberd-Mundy

IFSJ asked Technology and Expert Practices Manager, Peter Massingberd-Mundy, to comment on the CPR and Euralarm’s position.

Why is the standardisation process stagnating?

To oversimplify the problem there are three key legal aspects to the challenges facing standard writers.

Firstly, we are repeatedly informed that the “James Elliott case” fundamentally changed the legislative standing of standards in Europe because the Judge concluded that any harmonised standard should be considered to be part of EU law.  One of the key reasons given was that “the Commission exercises significant control over the procedure for the drafting of harmonised technical standards by the CEN” (ref case C-613/14) . 

This court ruling (in January 2016) was in relation to whether it was necessary for a national court to refer to the European Court for an interpretation of a harmonised standard.  However, the ruling has had much wider implications such that it is becoming expected that any requirements in a harmonised standard must be agreed by all member states and recorded in a standardisation request BEFORE the standard can be written.  This calls to mind the common conundrum: Which comes first? – the hEN or the regg? … is it actually possible to agree “requirements” when the test methods have not been defined?

The second aspect is that the Construction Products Regulations are fundamentally different from other Directives under the New Legislative Framework in that hENs cited under the CPR become a mandatory requirement – the expectation being that they should express how the performance of (the “essential characteristics” of) a product is to be expressed – the logic being member states should establish any performance requirements unless those requirements have been defined in the Standardisation Request. 

Other legislation (such as EMC and LVD) take an opposite approach; they lightly define the essential requirements within the regulation/directive (e.g. the product must be “safe”) and the hENs are prepared to provide a standardised and more detailed way to demonstrate that the essential requirements have been met.  In fact, a product that is in line with the appropriate hEN is conferred with a “presumption of conformity” to the legislation. 

The third aspect is that the European Commission took the opportunity to update the original Construction Product Directive (CPD) and turn it into a Regulation – thus enacting it as law in all member states.  One fundamental change that was slipped in during this update (possibly in anticipation to the impending ruling of the James Eliot case) was Article 17 clause 5 which states that “The Commission shall assess the conformity of harmonised standards established by the European standardisation bodies with the relevant mandates.”  These mandates are essentially the original, light touch, standardisation requests prepared under the CPD. 

These legal aspects (and several others, some relating to exhaustiveness) have stagnated the preparation and citation of hENs under the CPR.  For TC72, 6 candidate hENs prepared in the early 2010s remain uncited despite them being technically sound and adopted by several countries.  Moreover, the existing cited standards (such as EN54-11 for fire alarm call points) cannot be updated because, if TC72 opts to do so. any new revision will not be cited by the European Commission, so the market ends up with TWO current versions – the latest one and the legally adopted one. 

What changes in the revised CPR is the European Commission proposing?

It took our team of experts several long meetings and many hours of reading to try and de-cypher the changes proposed by the Commission, but they amount to introducing more powers for the Commission; increasing the use of Delegated Acts to provide the details and legal control by which the standards for each sector within the Construction Industry are realised.  Instead of taking the opportunity to reduce the legal complexity and simplify the CPR, the proposal introduces more options – which, while welcome, requires detailed secondary legislation (in the form of a Delegated Act or Standardisation request) before a harmonised standard can be written.  The timescales for this are eyewatering – extending to 2045.  For example, Fire alarms are 11th priority under the CPR Acquis and work will not start on drafting new Standardisation requests for the EN 54 series before 2024.

This is in stark contrast to the request made in the EU parliament on 21st March 2021 that the Commission find a quick and viable solution to the backlog in standardisation.

However, this same parliamentary debate also called on the Commission; to explore the possibility of including additional obligations with respect to health, safety and environmental aspects, to harness the full power of digital technologies and to assess how the CPR could enhance circularity.  These aspects are addressed in the Proposal but exacerbate the main problem of stagnation.

Why is this unfeasible for the fire safety industry?

As outlined above TC72 has 6 candidate hENs stuck in the pipeline and several that need revising.  For example, many cited standards refer to an old revision of the EMC immunity standard EN 50130-4.  This leads to double testing as manufacturers are obliged to get their products tested by a notified body to the revision harmonised under the CPR but also have to arrange testing to the latest version to satisfy the EMC directive (and several significant “quality marks” which continue to be a prerequisite for successful sales in certain markets).

A more specific example is EN 54-3, for sounders, which was revised in 2014 to include a number of important updates.  Unfortunately, despite a formal amendment in 2019 (and proposals for a further amendment to address specific objections to its citation) the harmonised revision remains at the 2006 amendment. This situation is confusing and frustrating for the market and particularly for the Notified Bodies as they are unable to apply the clarifications and improvements of the 2014 revision.

In short – standards should not be set in legal concrete and need to remain reasonably dynamic – 10+ years between revisions is not appropriate.

What is Euralarm’s positions on the latest proposal?

As a trade association, Euralarm has many members and establishing a strong consensual position is challenging – particularly in complex matters.  Thus, while emphasising that the Proposal does not address the core problem of stagnated standardisation the position paper also looks to provide some practical observations on the proposal and how it might be improved – if the Parliament opts to pursue ever more complex EU regulation of standards.

What alternative approach does Euralarm suggest?

Unpicking the legal gordian knot that is being tied around standards is a huge challenge but, within a small group of experts, Euralarm has identified and is exploring three possible approaches. 

The first is to follow the path mapped out by the Commission and work towards adopting all the current expectation of our FD&A devices as legal requirements.  Several parties see this as the safest way of proceeding, but others fear it will stifle innovation and be a barrier to introducing safer products and systems. 

The second approach is to retain the current performance expectations of FD&A devices within the hENs and, while it would be a legal requirement to declare the performances of each characteristic the standards would facilitate an option not to meet normal performance expectations.  This idea has been pursued by CEN TC72 and is referred to as the “open descriptions” approach.  Several parties are concerned that this approach is not possible/permitted/supported by the Commission/legislation while others see it as an effective way to retain current performance expectations without establishing each and every one as a legal requirement.

The third idea is to take a systems approach and only set down legal requirements on the system performance, not on individual components.   As such the basic requirements for detection, manual initiation, response times, transmission path monitoring and the alarm output (sound/light) would be established in a new simplified hEN.  It is anticipated that the current EN 54 series would be retained as voluntary standards, for reference by installations codes and to support Quality marks.  Some parties fear that subsidiarity principles may be contrary to this approach, particularly for member states when the installation codes rely on the legal conformity bestowed by the EN 54 standards being harmonised.  Others are concerned that the non-harmonised status of the EN 54 series may not be possible but if is then the advantages of minimising the categoric legal restrictions on products makes this an attractive solution.

What, if any, are the next steps?

Euralarm continues to flesh out the details of these three approaches and though discussion with its members and with colleagues in CEN, the Commission, member states and national associations will pursue the most appropriate.