As a responsible organisation, you need to be certain that the products you use to protect your workforce and assets from fire are effective, reliable and compliant with the appropriate legislation. So, how can you make sure you’re delivering high quality protection?
Fire safety in the UK’s construction industry is covered by a number of laws, guidelines and codes of practice, and many construction companies in the Gulf States may choose to take a lead from these. They include:
- The Regulatory Reform (Fire Safety) Order (2005)
- The Construction (Design and Management) Regulations
- HSE Fire Safety Guidelines for Construction Sites (HSG168)
- The Fire Protection Association Joint Code of Practice
- BS5839-1 – Fire detection and fire alarm systems for buildings. Code of practice for design, installation, commissioning and maintenance of systems in non-domestic premises
- The Structural Timber Association’s 16 Steps to Timber Frame Construction
All of these set out fire safety requirements in relation to their particular focus, and each specifies that an appropriate fire alarm system must be used. These guidelines form a comprehensive set of best practice indicators for the use and installation of fire safety systems in the construction industry.
In addition, the Construction Products Regulation, which came into force in 2013, says that fire alarm products sold in the European Union must be tested and independently certified against Harmonised European standards where these exist. In the case of fire detection and fire alarm products, that standard is EN 54 Fire detection and fire alarm systems.
EN 54 sets requirements for the design, operation, production, testing and manufacture of fire detection and fire alarm products.
Effectively, the law and best practice guidelines require you to protect your construction site with a suitable fire alarm system, and EN 54 is the standard against which fire alarm systems should be measured. We’ll focus in this paper on what that means in practice.
Scope
Products
EN 54 is an extensive standard and applies to all common parts of fire detection and fire alarm systems, with the exception of smoke alarms (these are covered by EN 14604).
Most fire detection and alarm products need to be certified to one or more parts of EN54 which detail the particular engineering, manufacturing and testing requirements for each different type of component or product within the system. For example, Part Eleven deals with the technical requirements for manual call points while Part 3 deals with those for sounders. A full list of EN 54 sections is given in Appendix 1.
Buildings
EN 54 applies to fire detection and alarm systems for use in ‘buildings or other construction works’ (EN 54 Part 1, Section 2.1). It’s also worth noting that the Regulatory Reform (Fire Safety) Order (2005), which applies to any premises in the UK, requires the application of BS5839-1 guidelines and gives no exemption for temporary structures or building sites. BS5839-1 itself requires that system components should comply with the relevant sections of EN 54.
Background
There’s a long history of legislation seeking to meet the needs of life safety, whereas in the rest of Europe insurance or property protection were the dominant forces. Insurance companies paid for test houses to be set up to evaluate equipment and standards were written so that insurance companies could specify the quality of equipment that was required. The insurance industry’s involvement with the Fire Protection Association’s Joint Code of Practice illustrates that insurance considerations are an increasingly strong driver behind fire safety law.
Specific EU Legislation
With respect to fire safety there are two key European laws that apply:
- The Workplace Directive – which is translated into UK law as the Fire Safety Order.
- The Construction Products Regulation – which is directly applicable in the UK, though it is also partly translated into the UK building regulations. This law affects product approvals.
Other European laws which may apply to products in this area:
- The Low Voltage Directive
- The EMC Directive.
- The CE marking Directive.
- The Product Liability Directive
- The RoHS Directive
- The WEEE Directive
- The Eco Directive
- The Energy Labelling Directive
- The ATEX Directive
- The Machinery Directive
- The Optical Radiation Directive
- The Signs Directive
- Radio and telecommunications terminal equipment (RTTE)
Each of these Directives has specific requirements that deal with particular issues relating to the product or the application, but there are some common areas.
What does this mean in practice?
The Building Regulations apply to the construction of new buildings or the major refurbishment or change of use of existing buildings. Most of the Regulations are concerned with the design of the building, the materials that can be used, the size of the drains, the gutters, etc. With respect to fire safety, there are also regulations that define how long an escape route can be, how big the stairway must be for a certain number of people, the provision of fire hydrants and so forth. There are also some parts that relate to fire detection.
Once the building is in use, the Fire Safety Order takes over. This is intended to protect the building’s occupants and, for business premises, makes the employer legally responsible for fire safety. It is the fire risk assessment carried out under the Order that determines what fire safety and detection products are needed.
The simplest way for an employer to ensure they comply with the law is to comply with a recognised standard, and in the UK BS5839-1 and BS5839-1-6 are the standards for commercial and residential properties.
Enforcement
Different bodies are responsible for policing different areas:
- For new buildings, change of use and major refurbishments, thebuilding regulations are policed by building control.
- Buildings in use are covered by the fire authorities – part of the Fire and Rescue Service.
- Product approval is policed by Trading Standards.
- Building sites are policed by the HSE
All of these laws are in the main complaints-driven. But once the authorities are of a view that the law has been broken they will take action – this usually takes the form of an initial warning after which, if there is no improvement or response, the matter will be taken to the courts, at which point fines and/or imprisonment of responsible parties can follow.
CE marking and quality assurance
CE Marks and standards
Generally speaking a product must be marked with the CE mark for it to be sold in Europe. The CE mark is a legal tool – a declaration made by the manufacturer that the product complies with all appropriate European Directives on the date that the product is sold.
For some products the manufacturer can self-declare that the product complies, but in the case of the CPR and EN 54 for fire detection and alarm products the product must be independently tested to the appropriate standard by a recognized test house. Fire alarm products may also have to comply with other directives, such as the LVD and EMCD, but for these directives compliance can be self-declared by the manufacturer or importer.
In the case of fire detection and alarm products, the European Parliament issued a mandate, M109, to the European Committee for Standardisation (CEN) to draft standards that could be used for the assessment of fire alarm products.
CEN gave its appropriately-experienced technical committee, TC72, the Directive to prepare the necessary standards. Work was already in hand on the EN 54 series of standards as a result of insurance considerations, and it was proposed that they should be the standards that answered the mandate M109. This proposal was adopted, and EN 54 has become the set of standards against which all fire detection and alarm products sold in the European Union must be tested and certified.
Each part of EN 54 deals with a specific product or system requirement and there are currently parts from 2 to 31. Part 1 is an introductory section that describes how the other parts fit together to make a system.
Testing
EN 54 specifies an extremely robust set of tests for each type of unit which may form part of a fire detection and alarm system. These tests must be undertaken in a fully-approved nominated testing house.
The tests are designed to ensure that fire alarm and detection products will perform safely under all the conditions which the product can be reasonably expected to experience. Therefore the testing phase is exhaustive and includes:
- Physical stress testing
- Testing in extreme environments, such as temperature, humidity, water
- Manufacturing testing – this includes a mandatory annual assessment to ensure the manufacturing process is up to scratch.
Certification
Once a product has passed all the testing required by EN 54 to be completed by an approved body, it must be certified as such. This is done by means of a Declaration of Performance, an official document in which the conformity of the product to the appropriate standards is declared and illustrated with reference to specific product characteristics.
Once the appropriate Declarations of Performance have been completed, the product may be CE marked.
What to look for
What to look for from your supplier:
- A Declaration of Performance for each type of unit within the system. These are your proof that the product you’re considering has been tested to the appropriate governing standards. You should expect a full fire alarm and detection system to include references to different sections of EN 54, as each unit type should be tested against its corresponding section(s) of the standard. For example, a wireless call point should be tested against sections 3, 11 and 25 if it includes an alarm device.
- Check the CE mark on the product – if it’s been certified by a Notifed Body you’ll see a four digit number after the mark denoting which test house has tested and certified the product. If there’s no such number, the product has not been tested and certified in accordance with the latest and most stringent legislation. The product would normally be marked with the approval mark of the Notified Body as well as the CE mark.
Conclusion
Although construction fire safety law is a large and complex area, when it comes to your fire alarm and detection systems there are really only a couple of simple things to bear in mind to ensure the systems you use are properly tested and certified as compliant with the most recent – and most stringent – legislation and standards.
All applicable UK legislation and best practice guidelines – and indeed, common sense – suggest that your construction site and its staff must be protected by a suitable fire alarm system.
EN54 is the appropriate standard to use to test fire detection and alarm system components. Its use is mandatory in buildings, so logically it is appropriate for temporary sites as well as permanent buildings. BS5839-1 is the code of practice for fire alarm systems and is used for temporary accommodation units, therefore it is logical to use it for construction sites.”
To ensure your site has the best possible protection for workers and assets, whilst complying with the new EN54 standard, call the WES+ helpline on: 00 44 (0) 115 822 3424.
For more information, go to www.wesfire.co.uk
About the Author
Paul Henson BSc, Sales and Marketing Director, has a background in wireless technology within the construction sector. He has been active in the design, patenting and development of a range of wireless emergency technology for the UK and European construction market. Paul is a Director at Ramtech Electronics and is based at the company’s UK offices in Nottingham.
