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.

Single-loop Fire Panel launched by Advanced for EN Markets

AxisGo, a new-generation, single-loop fire panel that is versatile and offers premium features has been launched by Advanced. The panel provides access to Axis EN range performance, quality and ease of use, in a simple, non-networkable format.

Available to order in a range of countries where EN Standards apply, AxisGo is suitable for single-panel sites, from restaurants, bars and villas to small offices, shops, salons and surgeries.

The fire panel has been developed with the needs of integrators, engineers and end users in mind with an easy-fit chassis with unique door design enables fast fitting, familiar controls and menus. Intuitive new configuration software is designed to make programming quick and easy and a powerful design checker proves the system will work, even before visiting site. In addition, enhanced diagnostics could mean fewer faults, faster fixes, and better long-term performance.

The panel has 15 zonal LEDs as standard for clearer visual indication without the need to buy a separate LED zone card. A range of versatile AxisGo devices also provides complete freedom to quickly and easily design the perfect wired or wireless solution for any standalone site.

Vladimir Zrnic, Sales Manager for Europe at Advanced, said: “In developing AxisGo, we wanted to ensure our customers would benefit from the performance, reliability and flexibility they’ve come to expect from our premium Axis EN range, but in a cost-effective, single-loop format for simpler sites where networking’s not needed.

“AxisGo is brimming with features that make it easy to use, as well as the latest microprocessor technology. This ensures the panel operates at lightning speed so engineers can confidently fit, check and get going to their next job, knowing people and property are safely protected from fire.”

AxisGo is the ideal solution for smaller and standalone sites. Engineered with efficiency in mind, its microprocessor technology makes it faster to install, operate and configure. Certified by FM Approvals to EN54 parts 2 and 4, AxisGo is available with two address variants (50 and 240 addresses) for site-specific flexibility. The panel offers support for both wired and wireless devices, a wide range of cause-and-effect programming, and enhanced diagnostics. AxisGo also comes with AlarmCalm false alarm management and reduction software, built in as standard.

Wagner to present holistic fire protection solutions

WAGNER, based in Langenhagen near Hanover, will be showing its holistic solutions for individual fire protection at Security 2022 in Essen from September 20 to 23, with a particular focus on the TITANUS aspirating smoke detection systems for early fire detection and the WinGuard system for organization/hazard management.

TITANUS aspirating smoke detectors detect fires at a very early stage so that appropriate countermeasures and protective measures can be initiated quickly.

Markus Kock, Managing Director of WAGNER Deutschland GmbH, explained the current market situation: “Delivery problems due to disrupted supply chains and material shortages are challenges currently facing many manufacturing companies. Thanks to forward planning and stable supplier relationships, we have been able to meet customer requests in this important fire protection segment in recent months. We are also well positioned for the future here with our partners.

“At our booth, we will therefore show a large selection of our aspirating smoke detection systems in various designs with a wide range of accessories. They are particularly suitable for use in warehouses/logistics, data centres, production, archives/museums, hotels and numerous others,” adds Kock. 

The fire protection solution provider will be presenting its technologies in the Fire/Intrusion/Systems section in Hall 7, Booth 7F28 at this year’s leading trade fair for security.

In addition, trade fair visitors will have the opportunity to find out about WAGNER solutions for active fire prevention with the OxyReduct oxygen reduction system and effective firefighting with the FirExting gas extinguishing system. The VdS-certified systems minimize fire risks or fight fires early and without residues. Numerous references show how the implementation of these systems looks in practice.

Surge in demand ahead for fire protection systems

The global fire protection systems market is expected to grow at a compound annual growth rate (CAGR) of 6.3%, reaching a valuation of US$ 138 Billion in 2032. This is a rise on the 6% CAGR seen across the 2015 to 2021 period.

The implementation of stringent fire safety norms across the globe has already contributed significantly to growth and the surging adoption of targeted marketing by renowned companies to explain the benefits of a fire protection system is expected to further attract the attention of small, medium and large enterprises.

Ongoing construction of new properties globally both non-residential and residential projects are anticipated to create growth opportunities for the installation of fire alarms and detection systems. The incorporation of modern technologies such as artificial intelligence, the internet of things, and smart sensors are also expected to drive the market.

The use of fire protection systems is also growing in industries such as oil and gas, manufacturing, and mining, where fire safety norms are followed mandatorily. Growing concerns about safety and better understanding of precautionary measures are also driving the use of fire protection systems in a wide range of end-use sectors.

Commercial application is predicted to dominate and generate a fire protection systems market share of more than 45% by the end of 2032. Asia Pacific fire protection systems market is estimated to hold more than two fifth of the revenue in the assessment period.

North America is predicted to lead the market for fire protection systems, with a share of more than 40% in the forecast period. And the global fire protection systems market is likely to reach a valuation of US$ 75 Billion by the end of 2022.

Latest version of Cerberus PRO launched by Siemens

As part of its ongoing commitment to its ‘Smarter Protection Matters’ philosophy, Siemens has announced the launch of IP8, the latest version of Cerberus PRO, the company’s comprehensive EN54-13 approved fire alarm system.

One of the central features of the new IP8 version is the introduction of a 1.5A per line high power driver which, importantly, allows more devices to be installed on a single loop, increasing flexibility and improving efficiency.

Another feature of the Cerberus PRO IP8 system is the disturbance-free function testing (DFT) capabilities. Through remote services, maintenance can be simplified and business interruption minimised with monitoring and periodic testing of devices undertaken off-site. This is across devices on the system, from detectors and voice messaging to sounders and beacons. Many of the checks can be performed automatically without the need for any human intervention.

Through its cloud connectivity capability, Cerberus PRO can actually be configured off-site. Device, zone section and area information can all be programmed from a remote location, as can evacuation and control zones.

In order to prevent false alarms, Siemens Cerberus PRO ASA detectors use a patented detection chamber design, dual optical sensing technology and Advanced Signal Analysis (ASA) to optimise response, virtually eliminates false alarms from the deceptive phenomena which regularly cause them such as dust, steam, aerosols, cooking and exhaust fumes.

The benefits of Cerberus PRO and the additional potential afforded by the IP8 innovations means it is already being recognised as the optimum solution for a wide range of applications. In addition to new installations, the capacity the higher power offers to reduce the number of control panels on a fire alarm system is also expected to see a significant increase in the use of the Cerberus PRO IP8 panel to upgrade older third-party manufacturer installations.

Call for property owners to ensure smoke alarms are working in New South Wales homes

New South Wales Minister for Emergency Services and Resilience and Minister for Flood Recovery Steph Cooke has called on residents, landlords and tenants across the state of New South Wales to ensure they have working smoke alarms in their home as the death toll from house fires this winter is now more than double last year.

Cooke said that the risk of death in a house fire is significantly reduced if working smoke alarms are installed. “Since the start of June we’ve lost nine people in house fires across the State, which is more than double the entire 2021 winter death toll of four,” she said.

“Fire can engulf a home in a matter of minutes and while smoke won’t wake you up, a smoke alarm will, which could be the difference between life and death.”

Fire and Rescue NSW (FRNSW) Acting Deputy Commissioner Trent Curtin said it is the responsibility of landlords to ensure there are working smoke alarms in rental properties: “It’s the law for all properties to have at least one working smoke alarm installed on every level of the home.

“Landlords are responsible for the installation of smoke alarms in rented premises. After the tenancy begins, the tenant is responsible for replacing the battery, if needed, in battery-operated smoke alarms. Landlords must replace the batteries in a hard-wired smoke alarm.

“And if you live in a rental property, I urge you to test your smoke alarm and make sure it’s in good working order. If there’s no smoke alarm or it’s faulty, contact your landlord immediately. It may just save your life and that of your loved ones.”

Since 1 June, FRNSW has attended 373 house fires across NSW. Of these, 44 per cent did not have working smoke alarms, while a further 20 per cent did not a have smoke alarm installed.

Bill to put smoke detectors in all federal assisted housing introduced

A delegation of federal legislators from the Philadelphia area have introduced a bill that would require the installation of hardwired or tamper-resistant smoke detectors in all federal assisted housing units. The measure was pulled into focus following a rowhouse fire that claimed the lives of 12 people in January which claimed the lives of three adults and nine children.

US Rep. Madeleine Dean, who represents Pennsylvania’s Fourth Congressional District, announced that she had introduced the Public and Federally Assisted Housing Fire Safety Act. Senator Bob Casey, a fellow Pennsylvania Democrat, is behind similar companion legislation in the US Senate.

“The fire in Fairmount was heart-breaking, and the community continues to mourn the sudden loss of 12 family members, including so many precious children,” Dean said in a statement. “Let me be clear — we can never repeat the fire tragedies that we saw in Philadelphia or New York. We must implement critical safeguards that will protect the millions of families that live in public and federally assisted housing.”

According to Dean, more than 10 million Americans live in public or federally assisted housing, and she claims that this bipartisan legislation would protect those residents from the serious risks of fire.

“This extremely important legislation will require the installation of either tamper resistant or hardwired smoke alarms in federally assisted housing,” Jim Narva, NASFM executive director, said in a statement. “We look forward to working with Representative Madeleine Dean and her colleagues to enact this bill into law which will prevent future tragedies along with saving countless lives.”

National Low Income Housing Coalition President and CEO Diane Yentel said: “While robust federal resources such as those included in the House-passed Build Back Better Act are needed to repair and preserve public housing for future generations, improving the quality of smoke detectors in all federally assisted housing is a simple, common-sense step in the right direction that will save lives.”

Investigators in the fire at the Fairmount section of Philadelphia uncovered that the fire had occurred in a public housing unit that contained only one working smoke alarm. Of the seven total smoke alarms that had been located inside the premises, four were located inside drawers, one was on the floor with no batteries, one was on the ceiling without batteries and the final alarm was working but located in the basement, according to Dean’s office.

Fire Detection Equipment market to reach over $12bn by 2026

The global fire detection equipment market size is expected to grow from USD $6.78 billion in 2021 to $7.72 billion in 2022 at a compound annual growth rate (CAGR) of 13.9%.

The growth in the market is mainly due to the companies rearranging their operations and recovering from the COVID-19 impact, which had earlier led to restrictive containment measures involving social distancing, remote working, and the closure of commercial activities that resulted in operational challenges.

The fire detection equipment market is expected to reach $12.46 billion in 2026 at a CAGR of 12.7%.

Government regulations and mandates on fire detection measures contribute to the fire detection equipment market’s growth. Globally, different government agencies have implemented various laws regarding the installation of fire safety equipment in organizations to ensure employees’ safety.

High installation and maintenance cost may negatively impact the sales of fire detection equipment as the initial investment in installing a fire detection system includes the cost of equipment, installation, and subscription of security monitoring services.

In addition to that, along with maintenance cost makes the use of fire detection systems an expensive affair, potentially hampering the fire detection equipment market’s growth.

Major players in the fire detection equipment market are Johnson Controls, Honeywell International, United Technologies, Siemens, Halma, Gentex, Robert Bosch, Hochiki, Securiton AG, Encore Fire Protection, Sterling Safety Systems, Fire Suppression Limited, Schrack Seconet AG, Napco security technologies, VFP Fire Systems, Siemens AG, Emerson Electric Co., Bosch Security Systems, Tyco International Limited, Spectrex, Inc., Johnson Controls, General Monitors, Inc., Fire Suppression Limited, Schrack Seconet AG, Napco security technologies and VFP Fire Systems.

North America was the largest region in the fire detection equipment market in 2021. Asia pacific was the second largest region in the fire detection equipment market. The regions covered in the fire detection market are Asia-Pacific, Western Europe, Eastern Europe, North America, South America, Middle East and Africa.

Patol: origins of the business and plans going forward

The company was founded in 1968 with an original focus on alarm annunciation. Back then Patol was heavily involved in supplying alarm solutions for the shipping industry but building on this experience in alarms and employing engineers with specific knowledge of the fire sector enabled the business to move swiftly into wider applications.

Less than a decade later, in association with Sterling Cables, Patol developed and started the manufacture of linear heat detection cables (LHDC) to offer the opportunity for early detection of fire and overheating in applications where other forms of detection were not viable due to the environmental challenges of a given site or the costs being prohibitive.

In fact, the technology is still used today. And its success is illustrated by the fact that LHDC is still manufactured and sold globally by Patol. In the early days it was quickly adopted as a preferred detection method in the new nuclear power stations that were being built. A notable project was its use in protecting the Thames Barrier when it was constructed in 1985 and it has also been used extensively on the London Underground network, particularly on escalators following the Kings Cross fire in 1987.

The technology involved in developing the original cable was sound and while there have inevitably been innovations over the years, we have always looked to build on this solid foundation. We now offer a range of options: analogue, digital and fibre optic. Recognising the different requirements of applications and the temperatures at which detection is required, we have extended the range to offer temperature ratings from 70°C to 240°C.”

Innovations

We recently introduced FibreSense, a Fibre Optic distributed temperature sensing solution.  The Fibre Optic sensing cable is available in two primary forms, Thermoplastic Tube (TT) and Armoured Tube (AT), with both versions providing cost effective fire detection for a wide range of different applications.  The Thermoplastic Tube cable is suited to many environments including those characterised by high levels of electro-magnetic (EMC) activity. The cable is Flame-Retardant Non-Corrosive (FRNC) and Low Smoke Zero Halogen (LSOH), with a Kevlar strength layer protecting a central structure comprising a gel-filled thermoplastic loose tube.  It measures temperature profiles at thousands of points simultaneously along the length of the cable and, given that it is immune to electro-magnetic interference (EMI), signal quality is unaffected in hostile environments.

Other fire safety solutions

Over the years Patol has also moved into different areas of specialised detection, adding IR Infrared Transit Heat and Flame Sensors, Securiton Aspirating Smoke Detection (ASD), and Vision TIR Thermal Imaging Fire Detection to its portfolio. The company has also expanded its role in international markets, including setting up a dedicated sales operation in India which is actively involved in many markets, including the country’s expanding power generation and industrial applications.

In addition to the power generation sector, Patol solutions are being widely adopted in many diverse projects, from waste recycling and petrochemical sites to car parks, tunnels and the food industry.

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

Jactone achieves UL listing for detection tube range

UK manufacturer of fire safety and signage products, Jactone, have recently achieved a UL listing for all variations of its detection tube, used in its range of PAFSS Fire Suppression Systems, whether Direct or Indirect application.

According to the company, the detection tube acts as a linear heat and flame detector and is at the heart of all PAFSS systems, providing fast and effective detection.

The UL Listing qualifies all Jactone PAFSS detection tube as a ‘Heat-automatic Fire Detectors – Component’, after comprehensive testing in accordance with ANSI / UL 521 – ‘Heat Detectors for Fire Protective Signaling Systems’.

Distributors and end users alike, can now be further assured of the increased level of approvals and quality that a PAFSS system offers.

Specifically, this new UL Listing applies to detection tube used in the following PAFSS fire suppression systems:

• LPS1666 certified Electrical Enclosure Systems
• LPS1223 certified Commercial Kitchen Systems
• UNECE107R Bus and Coach Systems
• PAFSS Fume Cupboard Systems
• All other PAFSS Systems

Jactone says: “We are confident this will be a welcome addition to our growing list of 3rd Party certifications for our comprehensive range of PAFSS Fire Suppression Systems.”

www.jactone.com/