Despite its importance, it’s understandable that fire stopping gets overlooked. Passive fire stopping infrastructure sits in areas that rarely get a second thought, such as around ductwork or pipes.

In this article, we cover what you need to know about fire stopping, including what it is, where it is required, the regulations and guidance that apply, how fire stopping surveys work and what building managers should do to maintain compliance.

Quick answer: Fire stopping is a form of passive fire protection used to seal gaps, joints and service penetrations in fire-resisting walls, floors and other compartment lines. It helps preserve the fire resistance of the building element and slows the spread of fire and smoke between areas.

What Is Fire Stopping?

Fire stopping is essentially a way to make a building more fireproof. Fire stopping companies can seal up spaces that a fire could potentially penetrate, such as gaps and joints. Through this, compartmentation, in which a fire is restricted to one room/space, allowing people in other spaces more time to exit the building, becomes possible.

Fire stopping companies can assess these gaps and install suitable tested and certified systems to help restore the fire performance of the wall, floor or compartment line.

Approved Document B states that every joint, imperfect fit and opening for services through a fire-separating element should be sealed with fire stopping so the fire resistance of that element is not impaired. It also explains that fire stopping delays the spread of fire and, generally, the spread of smoke.

Why Is Fire Stopping Important?

Fire stopping is part of a building’s passive fire protection. Unlike an alarm, sprinkler or smoke-control system, it does not need power, a signal or human intervention to work. It is built into the fabric of the building and is designed to resist the spread of fire and smoke when it is needed.

Effective fire stopping can help:

• Slow fire spread between rooms, floors and compartments.
• Limit the travel of smoke and toxic gases.
• Protect escape routes such as corridors and stairways.
• Support a safer evacuation.
• Protect residents, guests, staff, patients, pupils and visitors.
• Reduce damage to property and building services.
• Support business continuity following an incident.
• Help preserve the building’s original fire strategy.

Fire stopping is particularly important in buildings with complex service routes. Hospitals, care homes, schools, hotels, residential blocks, offices, shopping centres, industrial premises and mixed-use buildings can all contain a large number of penetrations through fire-resisting walls and floors.

Where is Fire Stopping Commonly Required?

The goal of fire stopping installation is to prevent the spread of fire. With the correct installation, smoke and flames have fewer exit points, which reduces the risk that they will quickly spread to another part of the building.

By sealing up pipes, ductwork, and other gaps, fire stopping contractors put together a passive fire protection system that’s built into the fabric of the building. When it’s needed, it’ll work automatically, without requiring active action.

Fire Stopping Regulations and Guidance

In England, Approved Document B provides statutory guidance on meeting the fire-safety requirements of the Building Regulations. It sets out the principle that openings, joints and imperfect fits in fire-separating elements should be sealed with suitable fire stopping to maintain the required fire resistance.

The Regulatory Reform (Fire Safety) Order 2005 places duties on the Responsible Person to take general fire precautions and, where necessary to safeguard relevant persons, ensure that relevant fire-safety facilities, equipment and devices are subject to a suitable maintenance system and kept in efficient working order and good repair.

The Building Safety Act 2022 has increased focus on building safety, accountability and the management of higher-risk buildings. However, day-to-day fire-stopping requirements still need to be considered in the context of the specific building, the fire strategy, relevant building regulations, applicable standards, manufacturer guidance and the work being completed.

The Importance of a Fire Stopping Survey

Fire stopping surveys provide independent, expert insights into whether a building’s gaps and joints are sufficiently covered. They’ll help identify any absent seals, unsuitable products, or poor installation, among others. Keeping photographic records and documentation during this process can demonstrate the business took sufficient measures.

Since fire stopping is a specialist subject, it’s best to work with a fire stopping company to get fire stopping certification.

Practical Checklist for Reviewing Fire Stopping

• Check which spaces are meant to stop fire
• Look for gaps
• Check you’re using the right products
• Check they were installed correctly
• Periodically check for any new gaps following damage
• Use an expert fire stopping contractor

How Swift Fire Compliance Can Help

Swift Fire Compliance helps building owners, Responsible Persons and facilities teams understand and manage fire-stopping risks. Whether you manage one building or a multi-site estate, our team can help create a practical plan that reflects the risks, priorities and operational needs of your premises.

Fire Stopping FAQs

What is the purpose of fire stopping?

Fire stopping seals gaps, joints and openings in fire-resisting walls and floors. Its purpose is to help maintain the fire resistance of the compartment line and slow the spread of fire, smoke and hot gases through service penetrations.

Where should fire stopping be installed?

Fire stopping is commonly required wherever pipes, cables, ducts, conduits or other services pass through fire-resisting walls and floors. It may also be needed around joints, voids, risers, ceiling spaces and areas where compartment lines could otherwise be breached.

Do fire dampers need fire stopping around them?

Yes, where ductwork passes through fire-resisting construction, the fire damper installation and surrounding penetration need to work together to maintain compartmentation. A functioning fire damper does not automatically mean the surrounding opening is adequately protected.

Who is responsible for fire stopping in a building?

The Responsible Person, building owner, employer, landlord, managing agent or person with control of the premises may have duties to manage fire safety. Responsibility will depend on the building and management arrangements. Competent contractors can carry out surveys and remedial work, but appointing a contractor does not remove the need for effective oversight and record keeping.

How often should fire stopping be inspected?

There is no single inspection interval suitable for every building. Reviews should be informed by the fire risk assessment, building use, refurbishment activity, maintenance work, previous findings and the level of risk. Fire stopping should also be reviewed when new services are installed or existing services are altered.

Healthcare premises must also follow the requirements of HTM 05-01 as they require inspections of different areas as below:

• Very high-dependent patient wards/departments: 100% of fire compartmentation is surveyed annually.
  
• Dependent patient wards/departments: 100% of escape routes (main corridors/hospital streets) surveyed annually.
  20% of all other fire compartments (risk rooms, sub-compartments) rotated annually so that the entire estate/area is covered every five years (or 1/5th checked per year).
  
• Independent patient wards / non-patient areas: 20% of all fire compartments rotated annually so that all areas are covered every five years

The post What Is Fire Stopping and Why Does It Matter? appeared first on Swift Fire Compliance.

However, it’s important to remember that simply having fire dampers in place doesn’t mean that you’re compliant. That depends on whether the products were right to begin with, whether they were installed correctly, and whether anyone’s actually checking that they’re fully functional.

Even if you had compliant fire dampers in the past, if no one’s checked for years, then how do you actually know if they’re still up to standard?

In this article, we’ll outline what you need to know about fire damper regulations and compliance, including what it means in practice, how professional inspection can help, and what to do if a fire damper system fails inspection.

Article Overview:

A fire damper can only be confidently considered compliant when it can be identified, accessed, inspected, function tested, reset and recorded. Any defects, missing records or inaccessible dampers should be addressed through a planned remedial program.

What Fire Damper Compliance Means in Practice

It’s natural to think that a fire damper is compliant simply because it’s there, but that’s not the case. Compliance rests on the correct procedures being followed before, during, and after installation.

Fire damper installation regulations outline that they must be installed per the manufacturer’s installation instructions and be correctly orientated and fixed. They also need to be accessible (for testing/maintenance) and in good condition. Some other key factors for ensuring compliance include:

• Identification: Each damper should have a unique label or asset reference.
• Accessibility: Suitable access should be available for inspection, testing and resetting.
• Inspection: Dampers should be checked for condition, corrosion, damage, debris and obstructions.
• Testing: Functional tests should confirm that dampers close fully and can be reset correctly.
• Maintenance: Defects should be prioritised and addressed promptly.
• Record keeping: Documentation should demonstrate what was inspected, what was found and what action was taken.
• Fire stopping: The seal around the duct penetration should not compromise the fire resistance of the wall or floor.

Under Article 17 of the Regulatory Reform (Fire Safety) Order 2005, the Responsible Person must ensure that relevant fire-safety facilities, equipment and devices are subject to a suitable maintenance system and maintained in an efficient state, in efficient working order and in good repair.

Compliant Fire Dampers: What Professional Inspection Covers

Working with a professional team that has extensive experience and expertise with fire damper regulations can ensure that your dampers are in full working condition. Typically, they’ll check the following:

• Whether the dampers are accessible
• Whether they were installed correctly
• Whether they’re free from obstruction or corrosion.
• Whether they can operate correctly.

They can also assist with documentation, such as asset registers, inspection records, photographs, and remedial work documentation, which can be vital for insurance claims, audits, and post-fire investigations.

Common Signs a Fire Damper May Require Attention

If you notice any of the following, it’s best to get in touch with a company that specialises in fire damper testing regulations:

• Missing access panels
• Damaged damper components
• Fire damper corrosion
• Fire damper obstruction
• Failed testing
• Missing records

How Often Should Fire Dampers Be Tested?

Fire damper testing should be part of a planned maintenance program. BS 9999 guidance is commonly used to inform testing arrangements and recommends that fire dampers are tested by a competent person on completion of installation and at least annually.

The same guidance indicates that dampers in dust-laden or similarly contaminated environments may need testing more frequently, based on the degree of pollution and the risk presented by the building or system.

This matters in buildings with commercial kitchens, manufacturing processes, high dust loads, older ventilation systems or areas where dampers are more likely to be affected by contamination.

A damper that cannot be accessed or tested cannot be confirmed as compliant. In many cases, suitable access panels may need to be installed so that testing and resetting can take place safely.

What To Do if a Fire Damper Fails Inspection

If a fire damper fails inspection, then it’s recommended to take visual evidence of the defect, assess the significance of the defect, carry out repair work, and arrange re-testing.

Faulty dampers should be repaired or replaced as soon as practicable. The Responsible Person remains accountable for ensuring that defects are managed and that evidence of completed work is retained.

Fire Damper Regulations UK Checklist

• Is the access panel easily accessible?
• Is the damper installed per the manufacturer’s instructions?
• Does each damper have a unique label?
• Is the damper free from visible damage or corrosion?
• Have inspection and testing been carried out regularly?
• Have any defects been logged and remedied?
• Is full documentation available?

Need Help With Fire Damper Compliance?

If you need help ensuring your fire dampers are fully compliant, Swift Fire Compliance can support you with surveys, asset tagging, fire damper testing, access panels, remedial works, fire stopping and retesting.

Whether you manage a single property or a large portfolio, our specialists can help you understand which dampers are installed, whether they can be tested and what actions are needed to support your fire-safety responsibilities.

Call Swift Fire Compliance on 0800 243 471 to discuss your building, arrange an inspection or request advice on remedial work.

Fire Damper Compliance FAQs

What records should be kept for fire damper testing?

Keep an asset register, location information, inspection reports, test results, photographs where provided, defect records, evidence of remedial works, retesting results and the next planned testing date.

Is an annual visual check enough for fire dampers?

No. A visual check can identify obvious damage, corrosion, contamination or poor access, but it cannot confirm that a damper will close correctly during a fire. A function test is needed to check operation and reset.

What happens if a fire damper cannot be accessed?

An inaccessible damper cannot be confidently confirmed as compliant because it cannot be fully inspected, function tested or reset. The issue should be recorded, and suitable access should be arranged, usually by installing an access panel in the correct location.

Who is responsible for fire damper testing?

The Responsible Person is ultimately accountable for ensuring fire-safety measures are maintained. This may be the employer, building owner, landlord, managing agent or another person with control of the premises. A competent contractor can carry out the testing, but accountability remains with the Responsible Person.

The post How Do You Know If Your Fire Dampers Are Compliant? appeared first on Swift Fire Compliance.

BS 9999, in particular, is one of the more misunderstood aspects of ensuring a fire-safe environment. You’ll see it discussed all the time, but it’s not actually a legal requirement. It provides practical, non-binding guidance.

In this post, we’ll take a closer look at BS 9999, including what it is, how it relates to fire safety systems, and what it means for fire damper installation regulations.

What Is BS 9999?

BS 9999 is a British standard relating to fire safety codes of practice for use in the design and management of buildings in the UK. It applies mostly to commercial and industrial buildings, as well as some residential buildings. Individual homes and specialised housing fall under different guidelines (BS 9991).

While it’s often discussed as a legal requirement, that’s not the case. Following BS 9999 is a good way for businesses to demonstrate that they’re fulfilling the duties of other legal requirements, such as the Regulatory Reform Fire Safety Order 2005, but it’s not an obligation.

How BS 9999 Relates to Fire Safety Systems

BS 9999 offers guidance on the installation and management of many different factors and systems relating to fire safety systems in buildings. For example, BS 9999 offers guidance for the correct installation, testing, and maintenance of fire damper systems, compartmentation, ventilation systems, and inspection regimes.

Adhering to maintenance and keeping up-to-date documentation are important because it ensures that the system is working as it should. Failure to do so can put a business at risk of non-compliance with fire damper regulations UK, as well as increasing safety risk.

BS 9999 and Fire Damper Inspection and Testing

BS 9999 indicates that fire damper inspection and testing should take place once the system is first installed, as well as every twelve months after. It also highlights that dampers that are in dirty or dusty environments should be tested more regularly.

While BS 9999 offers guidelines, it doesn’t fulfill every testing and maintenance requirement. Adhering to fire damper regulations also involves relevant parties considering a wide range of other factors that can impact the effectiveness of fire dampers, including the building’s risk profile, system design, and manufacturer requirements. You can think of BS 9999 as a useful starting point that should be supplemented by other expertise.

Why Documentation Matters

Following BS 9999 guidance and maintaining up-to-date documentation are closely linked. The standard recognises that systems can only be demonstrated to be working correctly if there are clear records of inspection, testing and maintenance activity.

For responsible persons, the practical implication is straightforward. It is not enough to arrange fire damper testing and trust that it has been done correctly. The results of every test, the condition of every damper, any defects identified and the remedial actions taken must all be clearly recorded and retained.

In the event of a fire safety audit, an insurance claim or a regulatory investigation, the burden of proof falls on the responsible person. Without detailed, dated records, compliance cannot be demonstrated regardless of whether the underlying work was actually carried out.

Practical Checklist Of Areas to Review When Assessing Fire Safety Compliance

When assessing fire safety compliance, it’s recommended for organisations to review:

• Fire risk assessment
• Is it clear who the Responsible Person is?
• Are there active fire safety systems in place?
• Are passive fire protection systems in place?
• Are fire dampers well-maintained and working?
• Is there a clear means of escape?

This checklist is a starting point, not an exhaustive assessment. A professional fire risk assessment and fire damper survey will provide a more detailed and site-specific picture of your compliance position.

How Swift Fire Compliance Can Help

At Swift Fire Compliance, we work with responsible persons, facilities managers and building owners to support compliance with BS 9999 and the Regulatory Reform (Fire Safety) Order 2005 through professional fire damper testing, installation and remedial works.

Our directly employed engineers carry out fire damper function testing, produce detailed post-visit verification reports, identify defects and access issues, and carry out the remedial works needed to restore compliance. Every visit is documented with photographic evidence and a clear asset record, giving responsible persons the audit trail they need to demonstrate compliance at any time.

Whether you need a one-off fire damper survey to establish your current compliance position, or an ongoing planned testing programme to keep your building up to date, our team is ready to help.

If you need any help adhering to BS 9999, or are looking for fire damper installation, testing, or maintenance services, then don’t hesitate to get in touch with a member of the team here at Swift Fire Compliance by calling 0800 243 471.

Your BS 9999 Fire Safety Compliance Questions Answered

Is BS 9999 a legal requirement?

No. BS 9999 is a British Standard code of practice, not legislation. It is non-binding guidance. However, following it is widely recognised as a reliable way to demonstrate compliance with the Regulatory Reform (Fire Safety) Order 2005, which is a legal requirement. Fire safety inspectors and insurers frequently reference BS 9999 when assessing whether a building meets its legal obligations.

How often does BS 9999 require fire dampers to be tested?

BS 9999 recommends that fire dampers are function tested upon initial installation and at least every 12 months thereafter. In dirty or dusty environments, more frequent testing is recommended. The 12-month interval is a minimum, not a ceiling, and the appropriate frequency for your building should be confirmed through a professional assessment that considers your specific risk profile and building type.

Who is the Responsible Person under the Regulatory Reform (Fire Safety) Order 2005?

The Responsible Person is the individual or organisation with overall responsibility for the building and its fire safety measures. In a workplace, this is typically the employer. In a multi-occupied building, it may be the landlord, building owner or managing agent. The Responsible Person must ensure that a fire risk assessment is carried out, that fire safety measures are maintained, and that appropriate records are kept. This responsibility cannot be transferred by appointing a contractor.

What records should a building hold for fire damper compliance?

Buildings should retain a complete asset register of every fire damper, including its unique identifier, location and type. Post-visit verification reports from every testing programme should be kept, along with photographic evidence of each damper in open and closed positions, details of any defects or access issues identified, records of remedial works completed, and dates of future testing due. These records should be readily accessible for audits, insurance reviews and regulatory inspections.

Does BS 9999 cover fire damper installation as well as testing?

Yes. BS 9999 provides guidance on fire damper installation as well as ongoing inspection and testing. Correct installation is as important as regular testing – a damper that is incorrectly installed may fail to protect the compartment boundary even if it passes its function test. DW145, the BESA guide to fire and smoke damper installation revised in 2024, provides more detailed installation guidance that complements the framework set out in BS 9999.

The post BS 9999 Compliance: Are You Actually Meeting Fire Safety Standards? appeared first on Swift Fire Compliance.

In this blog, we’ll explain common fire damper defects, when fire damper remedial works should take place, and retesting after repairs have been completed.

Quick answer: There is no single legal deadline that applies to every fire damper defect. The Responsible Person should assess the risk, take appropriate action promptly and ensure that high-risk faults are repaired as soon as possible. Defects should then be retested and recorded.

Common Fire Damper Defects

Fire damper defects seriously impact the ability of the fire damper to work effectively, and in turn cause a major safety risk in your building. Therefore, annual testing of fire dampers is essential to ensure compliance with DW145 and BS 9999: 2017.

Common fire damper defects include:

• Incorrect installation affecting performance.
• Blockages caused by debris, such as the buildup of grease or dust.
• Corrosion of key components, such as hinges and springs.
• Lack of access to the fire dampers, requiring access panel installation.
• Painted over or seized blades that cannot close properly.
• Missing or damaged fusible links and retaining mechanisms.

Timescales for Remedial Works

Defects discovered during fire damper testing should be an immediate cause for concern. However, there is no legal timeframe to specify precisely when repairs should take place. Instead, the Responsible Person is duty-bound to arrange remedial work promptly once a defect has been identified.

• High risk defects (for example, dampers that cannot close, are blocked or have missing components) should be treated as urgent and repaired as soon as possible.
• Medium risk defects (for example, minor corrosion or access issues) should be scheduled for repair within an agreed timeframe, with temporary control measures put in place if needed.
• Low risk defects (for example, minor labelling or documentation issues) can be planned into routine maintenance, but should still be closed out promptly.

Your fire damper inspector can discuss the risk level of each defect in their report, along with recommended actions. This helps you prioritise works and demonstrate that you are managing fire safety proactively.

Retesting After Repairs

After remediation work has been carried out, retesting should take place to ensure that the fire dampers are now compliant. Fire damper retesting should be carried out quickly after repairs are completed to ensure that the responsibilities of the Responsible Person are fulfilled and the building is compliant with the Regulatory Reform (Fire Safety) Order 2005.

Once the repairs are complete and retesting has taken place, documentation should be updated to reflect this as confirmation of compliance with legislation.

Understanding the Responsibilities of the Responsible Person

Ensuring that a building remains compliant with fire regulations is the responsibility of the Responsible Person. This is usually the building owner or, for a commercial building, the employer.

The Responsible Person must ensure that fire safety equipment is in good working order, that fire safety systems are maintained and tested by competent persons, and records of testing, inspection, and maintenance are retained.

Read our article on who is the responsible person

How Quickly Should Remedial Works Be Completed?

Defects discovered during fire damper testing should be treated as a cause for concern. However, there is no universal legal timeframe specifying exactly when every repair must be completed.

Instead, the Responsible Person must ensure that fire-safety equipment is maintained in efficient working order and good repair. Article 17 of the Regulatory Reform (Fire Safety) Order 2005 places this maintenance duty on the Responsible Person.legislation

Government guidance also states that defects should be repaired as soon as practicable and that any person carrying out testing or maintenance must be competent to do so.

How to Prioritise Fire Damper Repairs

Not all defects carry the same level of risk. A simple way to prioritise is to group findings into high, medium and low risk, then plan remedial works accordingly.

Arrange Your Fire Damper Remedial Works Today

Failed fire dampers should always be dealt with as soon as possible. Choosing specialists with the knowledge and skills to complete the remedials to the highest standard is essential. This is where Swift Fire Compliance can help.

Fire Damper Remedial Works FAQs

How quickly should fire damper repairs be completed?

There is no fixed legal timeframe, but the Responsible Person must act promptly once a defect is identified. High-risk defects should be treated as urgent and repaired as soon as possible. Medium and low-risk defects should be scheduled within an agreed timeframe and closed out without unnecessary delay.

What happens if fire damper defects are not repaired?

Unrepaired defects can increase the risk of fire and smoke spread, put building users at greater risk, and may lead to enforcement action if identified during inspections. Over time, small issues can also develop into larger, more costly problems.

Do I need to retest fire dampers after repairs?

Yes. After any remedial work, dampers should be retested to confirm they now operate correctly and meet current guidance. The results should be recorded and kept as part of your fire safety documentation.

Who is responsible for arranging fire damper repairs?

The Responsible Person, usually the building owner or employer, is responsible for ensuring fire safety equipment is maintained and that defects are addressed. They may delegate day-to-day tasks to facilities managers or contractors, but overall responsibility remains with the Responsible Person.

Can all fire damper defects be repaired?

Many defects can be repaired, such as cleaning, adjusting blades or replacing components. However, if a damper is severely corroded, damaged or no longer meets current standards, replacement may be the safer and more cost-effective option.

The post When Should Fire Damper Remedial Works Be Completed? appeared first on Swift Fire Compliance.

A subsidiary of Swiftclean, Swift Fire Compliance was set-up when it became clear to MD, Gary Nicholls, that the majority of the work Swiftclean carries out is more about fire prevention and compliance than cleaning.

“More than 70% of our turnover is in the fire compliance world, so it seemed an obvious next step to create a business arm that represents this,” said Gary. “From kitchen extract cleaning and fire damper inspection and testing, to upskilling the wider sector in these areas through our dedicated training academy and also advising industry bodies in their own standard setting, we want to position ourselves as the fire safety experts.”

The company works closely with BESA, assisting the association in developing best practice. Gary was heavily involved in developing the TR19 Grease and Air, guidance/specification documents for ventilation hygiene and in the case of TR19 Grease specifically, fire prevention.

“For many years, we’ve worked with BESA and our industry colleagues to really set a benchmark for effective maintenance in these areas and to document how it should be done properly,” added Gary.

It was the Grenfell tragedy that sadly alerted Gary to the high standards his business was setting. Now, the Building Safety Act, bought in as a direct result of Grenfell in 2022, demands robust record keeping, including pictorial evidence of fire safety measures, such as dampers. At the time of the fire, however, ‘record keeping’ was commonly just a box ticking exercise, listing when works were carried out, with little proof of efficacy.

Gary was interviewed by the Metropolitan Police, along with other contractors who had worked on the building as part of the Grenfell investigation – Swiftclean had cleaned the common bathroom extraction systems and installed fire safety grilles at every extract inlet point within the ill-fated tower.

“Grenfell was a horrific wake-up call for the whole of the building safety and compliance sector. What we were doing was correct, however. Our approach to documenting our work, which was above and beyond, is now industry best practice”

Supporting Organisations Across the UK

During this past year, Swift Fire Compliance’s approach has further been cemented with updated BESA standard, DW145, which focuses on fire damper installation and testing, calling for the evidence-based, ‘golden thread’ supporting approach that Swiftclean has long been advocates of.

“As experts in our field, we are often called upon as witnesses to assist courts in disputes regarding fires that have occurred in or through kitchen extraction systems. We analyse the evidence presented to clarify whether organisations have or haven’t followed the appropriate maintenance required to prevent fires from spreading through the kitchen extraction system.”

“Our business is about helping customers meet their fire safety obligations – the legal requirements they must comply with in terms of reducing fire risk and ensuring compliance, crucial for safety and compliance with the requirements of insurance policies.”

Investing in Fire Damper Training

Swift Fire Compliance has further cemented this aim by creating a dedicated fire damper training facility in the Swiftclean Training Academy, used to upskill internal staff and also external engineers. The company recently launched a new fire damper testing course which was developed with The BESA in-line with the updated DW145 guidance.

Swift Fire Compliance has also created a number of useful free to access guidance documents, including ‘The Ultimate Guide to Fire and Smoke Control dampers in 2026.

“Since we set up Swift Fire Compliance, we have received hundreds of enquiries from across the commercial and public services sectors – hotels, hospitals, schools, councils, leisure facilities and of FM providers; our biggest customer-base. We are often called upon as fire compliance specialist for major FM companies throughout the UK.”

Looking Ahead for Swift Fire Compliance

“The future of Swift Fire Compliance looks promising; it’s our biggest growth area and although this arm of the business has only been a separate entity for the past year, our expertise has been honed over many decades.”

“Ultimately, compliance is everything – it prevents incident and if, sadly, the unavoidable happens, it safeguards individual businesses against insurance claims. There was clearly a lot wrong at Grenfell, but we could be sure that our part of the building at least, had been installed and maintained correctly, with no question and we had the evidence to support this. We want to spread this message and help other businesses meet the standards set in the Building Safety Act. A tragedy such as Grenfell must never happen again and we hope that we can be part of the solution.”

The post Celebrating 12 months of Swift Fire Compliance! appeared first on Swift Fire Compliance.

Fire Damper Testing for Facilities Managers

Commercial buildings are often built with ductwork as part of the HVAC system. But during a fire, the ducts can allow fire and smoke to spread more quickly throughout the building.

Fire dampers are designed to prevent this, but only if they are properly maintained and confirmed to be functional, but if they aren’t working correctly, fire can spread.

Fire damper testing allows facilities managers to spot potential problems before this happens. Fire damper testing can identify common issues like:

• Blocked dampers
• Seized dampers
• Damage
• Corrosion
• Accessibility issues

As well as being important from a safety standpoint, this is also a legal requirement as part of The Regulatory Reform (Fire Safety) Order 2005.

Your Fire Safety Responsibilities

The facilities manager is responsible for organising testing, arranging access to the site, and keeping accurate and up-to-date maintenance records. You also need to know where the fire dampers are located, which ones have been tested, and which dampers need repairing.

How Often Should Fire Dampers Be Tested?

According to BS:9999, the British Standard that provides a flexible, risk-based code of practice for fire safety in the design, management, and use of buildings, fire dampers must be tested by a competent person immediately after installation and at least annually each following year. In some scenarios, such as in dusty or polluted areas, dampers require more frequent testing.

For more information, read our guide on how often fire and smoke dampers should be tested.

Our Fire Damper Testing Process

Swift Fire Compliance has a skilled and experienced team of professionals who can test fire dampers.

Our testing process includes:

• Locating every fire damper within the building and updating your asset register
• Assessing access to each damper and installing access panels where required
• Inspecting each damper for corrosion, damage, and obstructions
• Carrying out a function test to confirm each damper closes fully and correctly
• Cleaning channels and runners where debris is affecting performance
• Resetting each damper to its operational position
• Recording the result of every test with photographic evidence
• Producing a detailed compliance report made available through our online client portal

Once you have the results, we’ll let you know which (if any) dampers require further attention.

The test reports will help you to prove that you manage the fire safety systems of your building.

To find out more about the process, read our article on what to expect during a fire damper inspection, from locating and accessing dampers to testing and reporting.

Common Compliance Challenges for Facilities Managers

As a facilities manager, you might encounter some challenges that make compliance more difficult. The most common challenges are:

• Misunderstanding of roles and responsibilities
• Poor documentation
• Inconsistent or irregular maintenance schedules
• Failure to understand or follow building regulations

Compliance isn’t an optional extra for facilities managers. If you notice a problem or potential challenges, it’s important to get them resolved as soon as possible.

Fire Damper Remedial Works

If the fire damper doesn’t work or can’t be accessed, facilities managers need to act quickly.

Where testing reveals dampers that have failed, are inaccessible, or have been incorrectly installed, remedial works must be carried out promptly. Leaving a documented failure unaddressed is not a defensible position under fire safety legislation.

Ongoing Compliance and Planned Maintenance

After the dampers have been fixed or made more accessible, the facilities manager should then arrange re-testing and potentially review the maintenance schedule. If your fire dampers are often damaged more than you’d expect, you may need to test them more often.

Find out why using a competent specialist can make fire and smoke damper testing more effective and reliable in our article.

Why Choose Swift Fire Compliance for Fire Damper Testing

When testing fire dampers, you need an experienced and skilled team that understands how to not just test the dampers but also keep reliable and accurate records. This allows you to do your job as a facilities manager much more easily and efficiently, while ensuring the safety of your building.

Swift Fire Compliance is a dedicated specialist in fire damper testing, installation, and remedial works, backed by over 40 years of compliance expertise through our parent company Swiftclean. Our directly employed engineers carry out every aspect of your fire damper programme to the same consistent standard, regardless of building type or complexity.

FAQs Facilities Managers Ask About Fire Damper Testing

How do I know if my building has fire dampers and where they are located?

Fire dampers are installed where ventilation ductwork passes through fire-resistant walls, floors, or partitions. If your building has a ducted HVAC or ventilation system, it is very likely to have fire dampers installed. Many buildings do not have an accurate asset register of damper locations, which is one of the most common compliance gaps we encounter. Swift Fire Compliance can carry out a full survey of your building, locate every damper, and create or update your asset register as part of our testing programme.

What happens if a fire damper fails its function test?

If a damper fails its function test, it must be repaired or replaced as soon as reasonably practicable. A failed damper represents a gap in the building’s fire compartmentation and leaving it unaddressed is not a defensible position under fire safety legislation. Swift Fire Compliance can carry out the remedial works required and re-test the affected damper on completion, providing updated documentation confirming its restored compliance status.

Can facilities managers carry out fire damper testing themselves?

Fire damper testing must be carried out by a competent person with the knowledge, skills, and equipment to locate, access, test, clean, reset, and document each damper correctly. In practice, this requires specialist training and tools that most in-house facilities teams do not have. Attempting to carry out testing without the required competence not only risks producing inadequate records but may also result in dampers being left in an incorrect state following the test.

What documentation should I receive after fire damper testing?

Following a completed testing programme, you should receive a full compliance report detailing the location and unique identifier of every damper tested, the result of each test, photographic evidence, any remedial actions recommended, and engineer details. This documentation should be retained as part of your fire safety records and made available to insurers, HSE officers, and fire authorities on request. At Swift Fire Compliance, all reports are made available through our online client portal immediately on completion.

The post Why Fire Damper Testing Matters for Facilities Managers appeared first on Swift Fire Compliance.

Swiftclean can coordinate a range of air, water and fire compliance services during this quieter period, with particular support available for fire and smoke damper compliance.

Why Fire Dampers Matter at Cricket Grounds

Cricket grounds can be complex estates, often combining older structures with newer stands, hospitality areas and refurbished facilities. Ventilation ductwork may pass through numerous fire-resisting walls and floors throughout these buildings.

Fire and smoke dampers are installed within ductwork at these compartment boundaries. In the event of a fire, they are designed to close and help restrict the spread of flames and smoke. However, a damper may not perform as intended if it has been incorrectly installed, damaged, obstructed or poorly maintained.

Because dampers are usually hidden above ceilings or inside ductwork, problems can remain unnoticed without a suitable inspection and testing programme.

Fire dampers can become affected by:

• Damage to the damper or surrounding components
• Corrosion or deterioration
• Obstructions within the ductwork or damper assembly
• Debris and contamination
• Poor or inadequate access
• Problems with installation
• Issues with associated fire stopping
• Lack of inspection and maintenance

Because many fire dampers are concealed above ceilings or within ductwork, problems can remain unnoticed unless the assets are properly identified, accessed and tested.

Understanding the Compliance Requirements

Regulatory Reform (Fire Safety) Order 2005

The Regulatory Reform (Fire Safety) Order 2005 applies to non-domestic premises in England and Wales. Article 17 requires relevant fire-safety facilities, equipment and devices to be subject to an appropriate maintenance system and kept in efficient working order and good repair. Responsibility rests with the building’s “responsible person”.

Read the legislation

BS 9999:2017

BS 9999:2017 is not legislation, but a recognised British Standard providing recommendations for fire safety in the design, management and use of buildings. It supports the ongoing management of fire precautions throughout a building’s life.

View the BS 9999 Overview

BESA DW145

BESA’s DW145 provides detailed industry guidance covering the design, selection, installation, inspection and maintenance of fire and smoke dampers. The updated guidance particularly emphasises competence, suitable access, asset referencing, photographic evidence and accurate records.

Learn more about DW145

Together, these requirements and recommendations highlight why fire dampers should be properly identified, accessible, tested and supported by reliable compliance evidence.

Why Choose a Specialist Compliance Provider?

Compliance work should be carried out by people with the appropriate knowledge, skills and experience for the task.

Swiftclean has more than 40 years of experience supporting organisations with specialist building compliance services.

Swiftclean is also an accredited training centre delivering the BESA DW145 Fire Damper Inspection and Maintenance course through the Swiftclean Training Academy.

This commitment to training and technical competence supports our approach to maintaining specialist knowledge within the ventilation hygiene and fire damper sectors.

How Swiftclean Can Help

Our fire damper service can include:

• Locating and identifying fire and smoke dampers, including asset tagging
• Visual inspections and function testing
• Checking that each damper can close fully and reopen
• Identifying damaged, obstructed or inaccessible dampers, and providing recommendations to achieve compliance
• Highlighting apparent installation and fire-stopping concerns
• Installing access doors where suitable access is unavailable
• Completing necessary remedial works
• Retesting dampers following repairs
• Providing detailed reports with photographic evidence

A clear post-visit compliance report gives facilities teams visibility of the assets inspected, their condition, the results of testing and any further action required. This helps cricket grounds maintain an accurate compliance record and prioritise remedial work.

Swiftclean is also an accredited training centre delivering the BESA DW145 Fire Damper Inspection and Maintenance course, reinforcing our commitment to technical competence and current industry good practice.

Bring Other Compliance Services into Your Off-Season Programme

Fire damper work can be coordinated with Swiftclean’s other specialist services, including:

• TR19 Grease kitchen extract cleaning
• TR19 Air ventilation ductwork cleaning
• Legionella risk assessments, monitoring and water hygiene services
• LEV examination, testing and cleaning

Combining several services into one planned programme can reduce the number of contractors and visits you need to manage. Swiftclean offers nationwide coverage, flexible scheduling, clear reporting and the option of a packaged compliance service with one dedicated point of contact.

Get Ahead Before the New Season

Once fixtures, hospitality bookings and events return, gaining access to key areas can become much more difficult. Planning work during the off-season gives your team time to inspect critical systems, complete remedial actions and address gaps in your compliance records before the ground becomes busy again.

To discuss fire damper testing or arrange a wider compliance review for your cricket ground, contact the Swiftclean team today.

Cricket Ground Fire Safety FAQs

How often should fire dampers be tested?

The appropriate inspection and maintenance arrangements depend on the building, its fire safety strategy, the damper installation and relevant guidance. A suitable programme should be established by those responsible for the building, taking account of applicable standards and industry guidance.

Why should cricket grounds test fire dampers?

Cricket grounds can contain extensive ventilation systems running through different areas and fire compartments. Testing helps identify issues such as inaccessible, obstructed, damaged or poorly functioning dampers so that appropriate action can be considered.

What happens if a fire damper fails a test?

The issue should be recorded and investigated to establish the appropriate remedial action. Depending on the defect, this could involve cleaning, repair, improving access, replacement or addressing installation concerns. Where remedial work is completed, retesting can confirm the outcome.

Can fire damper testing be completed during the cricket off-season?

Yes. The off-season can provide a practical opportunity to arrange inspections, testing and remedial works when some areas of a cricket ground are quieter and easier to access. Scheduling will depend on the individual site and its operational requirements.

Can other compliance work be completed at the same time?

Potentially. Cricket grounds may have ventilation, kitchen extract, water hygiene and LEV requirements alongside fire damper responsibilities. Coordinating planned services can reduce the number of separate contractor visits and make access easier to manage.

Why is documentation important for fire damper testing?

Clear records provide facilities teams with evidence of what was inspected and the outcome. Useful documentation can include asset references, test results, defects, photographs and details of recommended or completed remedial work.

The post Make the Cricket Off-Season Count: Complete Essential Compliance Work Now appeared first on Swift Fire Compliance.

Fire dampers are designed to close automatically when exposed to high temperatures during a fire. This seals the duct opening and helps prevent flames and heat from spreading to other areas of the building.

Fire dampers are typically installed where ductwork passes through fire-rated walls, floors, and partitions. These locations help preserve the fire resistance of building compartments.

Why is correct installation just as important as the quality of the fire damper itself?

Even a certified fire damper may fail to perform correctly if it is not installed in accordance with the manufacturer’s instructions. Proper installation ensures the damper can achieve its tested fire resistance and maintain compartment integrity during a fire.

Fire damper installation in the UK is governed by Building Regulations Approved Document B, BS 9999, and product standards such as BS EN 15650. Compliance with these requirements helps ensure fire safety and regulatory conformity.

The perspective from our lead fire damper supervisor

We spoke to our Lead Fire Damper Supervisor, Mark Williamson, to get his real-life examples and experience of working with fire dampers and why incorrect installation can cause dampers to fail.

Questions From the Field: A Supervisor Answers

Q. What are the most common fire damper installation mistakes you encounter?

A. One of the most common mistakes is when fire dampers are not supported properly, either because the incorrect type of bracket has been used or there are insufficient brackets installed.

We also regularly find access doors installed on the wrong side of the damper, dampers fitted in the wrong orientation, and self-drilling Tek screws being used instead of the correct fixings. In fact, Tek screws account for around 95% of the remedial work we carry out.

Other common issues involve cables and fusible links, including missing, damaged, or incorrectly fitted release mechanisms that prevent the damper from operating correctly.

Q. Which installation errors are most likely to cause a fire damper to fail during a fire?

A. Ninety-nine per cent of the time, I’d say it’s the use of Tek screws. Fire dampers are designed with breakaway connections that allow movement during fire conditions. If Tek screws have been used instead of the correct fixings, they can compromise that breakaway connection.

In a fire, this can cause the damper to become detached or fail to remain securely in its intended position, potentially allowing fire and smoke to spread through the compartment wall or floor.

Q. How often do you find fire dampers that have been incorrectly installed?

A. Nearly every day. In some cases, the dampers may have been considered compliant when they were originally installed, but due to changing standards, guidance, or industry best practice, they no longer meet current requirements.

For example, today I tested 52 fire dampers, and every single one was identified as having an installation fault because they had Tek screws fitted. It’s not uncommon for building owners to be completely unaware of these issues until inspections are carried out.

Q. Are there any recurring issues across particular building types or industries?

A. No. These issues can be found in virtually any type of building, from offices and schools to hospitals, hotels, industrial facilities, and residential developments. Poor installation practices are not limited to one particular sector.

Q. What installation mistakes are often overlooked during construction projects?

A. Lack of access panels is a major issue. Dampers need to be inspected, tested, and maintained throughout their service life, but we regularly find they’re inaccessible.

Non-compliant firestopping is another common problem because it compromises compartment integrity. We also encounter dampers installed in the wrong orientation and replacement dampers that do not match the fire rating of the wall or floor into which they have been fitted.

In many cases, replacement dampers are simply not installed in accordance with the manufacturer’s tested specification.

Q. What problems occur when fire dampers are installed in unsuitable wall types?

A. Fire dampers are tested and approved for installation in specific wall and floor constructions. If they’re installed in a wall type outside that tested application, there’s no guarantee they will perform as intended during a fire.

The wall itself may fail before the damper, or the damper may not achieve its intended fire resistance period, which can compromise compartmentation and increase the spread of fire and smoke.

Q. How can poor firestopping around a damper compromise compartmentation?

A. Even if the fire damper operates correctly, poor firestopping can leave gaps around the duct that allow fire, smoke, and hot gases to bypass the damper completely.

Q. Why must the fire damper installation match the manufacturer’s tested specification?

A. Fire dampers achieve certification through rigorous fire testing in specific installation arrangements. If the installation differs from that tested configuration, there is no evidence that the damper will provide the required level of protection.

Following the manufacturer’s specification ensures the fire damper is installed exactly as it was tested and approved to perform.

Q. Why is access for inspection and testing critical?

A. I cannot stress enough, that access is one of the most important things. Fire dampers are not a fit-and-forget product. They need regular inspection, testing, and maintenance throughout their life.

Without proper access, engineers cannot confirm the damper is operating correctly, identify defects, or carry out repairs, which means potentially critical faults could go unnoticed.

Q. What issues arise when access doors are omitted or poorly positioned?

A. If access doors are missing or installed in the wrong location, it’s often impossible to inspect the damper blade, fusible link, or operating mechanism.

This can lead to dampers being left untested for years. In some cases, extra access doors need to be cut into the ductwork purely so testing and maintenance can be carried out safely.

Q. What does legislation require regarding inspection and ongoing maintenance?

A. Fire dampers must be regularly inspected, tested, and maintained as part of a building’s fire safety management strategy. Building owners and responsible persons have a duty to ensure fire safety systems remain operational throughout the life of the building.

Maintaining suitable records of inspections, testing, and remedial actions is equally important.

Q. What are the most common problems you see during fire damper inspections?

A. The majority of the time, the most common problems include the presence of Tek screws, a lack of access doors, or fire dampers that have not been bracketed correctly.

Q. What happens if the damper is distorted during installation?

A. If a damper is twisted or distorted, it won’t drop correctly. For example, today I had a damper where the blades dropped unevenly. One side was lower than the other, leaving a 30mm gap.

We were able to rectify the issue by installing an additional access door, which provided better access to the damper. Once the distortion was corrected, the damper was able to operate properly.

Q. Why are breakaway connections important?

A. Breakaway connections are designed to accommodate movement that can occur during fire conditions without compromising the damper’s ability to remain effective.

Legacy installations often contain unsuitable fixings, such as self-drilling Tek screws, which can interfere with this design. This may prevent spring-operated dampers from functioning correctly and compromise compartmentation.

Q. What happens when a fire damper fails to close properly?

A. If a fire damper doesn’t fully close, it can leave openings that allow flames, heat, and smoke to pass through the ductwork system. This can significantly increase the rate at which a fire spreads through a building and undermine the compartmentation strategy.

Q. How can an incorrectly installed fire damper contribute to the spread of fire and smoke?

A. An incorrectly installed fire damper may fail to close, may become detached from the wall or floor, or may allow fire and smoke to bypass the damper through gaps around the penetration.

Any of these failures can allow fire to spread beyond the compartment where it originated.

Q. What are the potential consequences for occupant safety?

A. The consequences can be severe. Fire and smoke may spread much faster throughout the building, reducing available escape time and increasing risks to occupants, firefighters, and anyone responsible for building evacuation.

Properly functioning fire dampers can play a critical role in protecting lives.

Q. Could poor installation affect insurance claims or legal liability?

A. Definitely. If the damper is incorrectly installed and does not comply with relevant regulations or manufacturer’s requirements, it could expose the building owner to legal liability and potentially affect insurance claims following a fire.

Q. How can building owners confirm that installations meet regulatory requirements?

A. At the end of a project, the installer should demonstrate that every fire damper operates correctly, usually through drop testing or functional testing.

If any dampers fail, the work should not be signed off until the faults have been rectified. A thorough snagging process should identify issues before handover, and building owners should insist on evidence that all defects have been addressed.

Q. What is the worst fire damper installation you have encountered and why?

A. Today I came across a fire damper with no brackets installed on the riser and no firestopping around the penetration.

In the event of a fire, the damper would have provided virtually no protection at all. It completely undermined the purpose of installing the fire damper in the first place and is one of the worst examples I’ve seen.

Q. What installation mistake surprises you most frequently?

A. I’d say it’s what happens during the construction phase. The ductwork and fire dampers may be installed correctly, but then other trades come in afterwards and inadvertently block access with ceilings, pipework, cable trays, containment systems, or other building services.

Access is absolutely critical, yet it is often overlooked until maintenance teams need to inspect the damper and discover it can’t be reached.

Q. What advice would you give to building owners when appointing installers?

A. Make sure the contractor has the appropriate accreditations, training, and experience. Ask for evidence of competency, relevant memberships, and examples of similar projects they have completed.

Most importantly, ensure they understand both installation requirements and long-term maintenance needs.

Q. What single action would prevent the majority of fire damper failures?

A. Ensuring the damper is installed correctly from the outset in accordance with the manufacturer’s instructions.

Q. If you could give building owners one message about fire dampers, what would it be?

A. You must make sure there is clear access to fire dampers for maintenance purposes. These are critical life-safety devices, and they can only do their job if they are regularly inspected and maintained.

Fire dampers exist to protect lives. Compliance is important, but the real purpose of a fire damper is to prevent fire and smoke from spreading through a building and to help protect occupants during an emergency.

When viewed purely as a compliance exercise, maintenance and testing can easily become an afterthought. Organisations that treat fire dampers as life-safety systems are far more likely to keep them operational and effective.

Best practice starts during the design stage, with suitable damper selection, correct placement, and provision for future access. It continues through installation by following the manufacturer’s tested specification, using compliant fixings, adequate support systems, and approved firestopping.

Finally, it requires routine inspection, testing, maintenance, accurate record-keeping, and prompt rectification of any faults. When all of these elements work together, fire dampers can provide the level of protection they were designed to achieve.

The post Why Incorrect Fire Damper Installation Causes Failures appeared first on Swift Fire Compliance.

Once a fire has been extinguished, attention naturally turns to visible damage. However, hidden fire-safety components, including fire and smoke dampers, must also be assessed before the building’s ventilation systems are returned to normal use.

Even if a damper LOOKS undamaged, exposure to heat, smoke, soot, firefighting water or extinguishing chemicals may have affected its operation and fire resistance.

Fire and smoke dampers form part of a wider fire safety strategy. Their purpose is to help control the spread of fire and smoke through ventilation ductwork and across compartment lines. If a damper has operated during an incident, has been exposed to heat, or may have been affected by smoke and firefighting activity, it should be treated as potentially compromised until a competent assessment confirms otherwise.

This guide explains the practical steps building owners, Responsible Person and facilities teams should take after a fire or smoke incident.

This article provides general guidance. Post-fire assessments should be undertaken by competent specialists in accordance with the building’s fire strategy, current legislation and manufacturer requirements.

Why Dampers Cannot Simply Be Reset and Returned to Service

Fire and smoke dampers form part of a building’s passive and active fire safety strategy. Their purpose is to help control the spread of fire and smoke through ventilation ductwork and across compartment lines, protecting escape routes, buying critical time for evacuation and limiting damage to the building.

When a damper has operated during a fire incident, or has been exposed to heat, smoke or firefighting activity in an affected area, it should be treated as potentially compromised until a competent assessment confirms otherwise.

Resetting an activated damper, or cleaning away surface soot, does not demonstrate that the damper remains safe or that its fire resistance is intact. Replacing a fusible link, for example, restores the thermal trigger mechanism but does not address any underlying damage to the blade mechanism, frame, seals or surrounding construction that may have occurred during the incident.

What should you do after a fire or smoke incident?

1. Do not simply reset the dampers

An activated damper should not be reset and returned to service without inspection. Replacing a fusible link or cleaning away soot does not, on its own, demonstrate that the damper remains safe.

2. Identify all affected dampers

Locate every fire, fire-and-smoke and smoke control damper within, adjoining or serving the affected area. This should include dampers in ducts that may have carried hot gases or smoke away from the fire.

3. Arrange a competent inspection

A competent fire-damper or smoke-control specialist should inspect the dampers and their surrounding installations for:

Where a damper has been directly exposed to fire, heat or firefighting media, we would recommend that the damper manufacturer should also be consulted for further advice.

4. Test the complete system

Affected dampers must be functionally tested to confirm that they travel fully to the required position and reset correctly.

For smoke control systems, testing should include the complete cause-and-effect sequence, not just the individual damper. Controls, alarms, actuators, position indicators, fans and system interfaces should all operate as intended.

5. Replace anything that cannot be verified

Replace the damper where its damaged, distorted or heavily contaminated; it fails to operate correctly; its fire or smoke performance can no longer be demonstrated; the manufacturer recommends replacement and/ or suitable approved replacement parts are unavailable.

Any activated fusible links or other single-use thermal devices must be replaced with correctly specified, manufacturer-approved components.

6. Record the findings

It is essential to maintain a clear record of the dampers inspected along with their locations, any damage or contamination identified, accompanying photographs, parts or dampers replaced, functional and system test results, and the approval to return the system to service.

These records should be retained with the building’s fire-safety information.

Why Post-Fire Damper Assessment Matters Legally

Under the Regulatory Reform (Fire Safety) Order 2005, the Responsible Person has a continuing legal duty to ensure that fire safety measures within the building are maintained in an efficient state and in good working order. A fire event does not suspend this duty. It creates additional urgency to verify that compromised fire safety components are identified and either confirmed as serviceable or replaced.

Failure to carry out a competent post-fire assessment before returning ventilation systems to service could constitute a breach of fire safety legislation, and may affect the outcome of any subsequent insurance claim or regulatory investigation.

Don’t assume; inspect and verify

A damper exposed to fire should always be treated as potentially compromised. Before ventilation or smoke-control systems are returned to service, affected dampers and penetration seals must be inspected, tested and, where necessary, replaced.

Your Post-Fire Damper Assessment Questions Answered

The post What Should You Do With Smoke & Fire Dampers After a Fire? appeared first on Swift Fire Compliance.

Fire and smoke dampers play an important role in maintaining a building’s fire compartmentation and controlling the spread of fire and smoke. But with several British and European standards covering their specification, testing and maintenance, understanding which standard applies can be confusing.

So, what are the relevant British Standards for smoke dampers and fire damper testing?

Quick Answer:

BS 9999 is a key UK code of practice for the management and maintenance of fire safety systems in occupied buildings, including fire dampers. Product, classification and fire-resistance test standards, such as BS EN 15650, BS EN 1366-2 and BS EN 13501-3, are also relevant to fire dampers. Smoke control dampers are covered by standards including BS EN 12101-8, BS EN 1366-10 and BS EN 13501-4. BESA DW145 provides industry good-practice guidance for the design, installation, inspection and maintenance of fire and smoke dampers.

What is the British Standard for Smoke Dampers?

The principal standard for smoke control dampers is BS EN 12101-8, which specifies requirements for smoke control dampers used within smoke and heat control systems.

However, this isn’t the only standard that may be relevant. The applicable requirements depend on the type of damper, its purpose and whether you are considering product performance, installation or ongoing inspection and maintenance.

For example, BS EN 1366-10 covers fire-resistance testing of smoke control dampers, while BS 7346-8 provides recommendations relating to the planning, design, installation, commissioning and maintenance of smoke control systems.

This is why it is important to establish exactly what type of damper is installed before deciding which standard applies.

What is the British Standard for Fire Damper Testing?

When people ask about the British Standard for fire damper testing, they are usually referring to the routine inspection and testing of fire dampers already installed within a building.

BS 9999 is a key UK code of practice covering fire safety management and includes recommendations for the inspection and maintenance of fire dampers.

This should not be confused with BS EN 1366-2, which concerns the fire-resistance testing of fire damper products or BS EN 15650 which is the European product standard for fire dampers. It specifies the requirements that fire damper products must meet, including performance characteristics, conformity assessment and product marking.

Industry guidance such as BESA DW 145 is also highly relevant. It covers good practice across the life of fire and smoke damper systems, including installation, inspection and maintenance.

What Does Fire Damper Testing Involve?

A proper fire damper testing visit is more than a visual check through an access panel. A competent inspection programme should consider the condition, accessibility and operational function of each damper.

Typical activities include:

• Confirming the damper’s location and asset reference.
• Checking that suitable access is available.
• Inspecting the damper for dirt, dust, corrosion, damage or obstruction.
• Checking the fusible link, springs, guide channels and visible components where accessible.
• Function testing the damper to confirm it closes correctly.
• Resetting the damper to its normal operating position.
• Taking photographic evidence where appropriate.
• Recording the result, defects and recommendations.
• Identifying remedial work and arranging retesting after repair.

For motorised fire dampers and combined fire and smoke dampers, the test may also involve checking the actuator, controls, latching arrangements, power supply and correct operation between open and closed positions.

The Responsible Person’s Role

The Responsible Person has a duty to ensure that relevant fire safety systems are maintained in an efficient state, in efficient working order and in good repair. Appointing a specialist contractor is an important part of managing the practical work, but it does not remove the Responsible Person’s overall accountability.

For fire and smoke dampers, this means the Responsible Person should be able to demonstrate:

• An accurate asset register or reasonable plan to establish one.
• Suitable inspection and testing arrangements.
• Competent contractors and clear scopes of work.
• Test reports and photographic evidence where appropriate.
• A documented defects and remedial action process.
• Retesting after repairs.
• Accessible records that can be reviewed during audits, inspections or insurance enquiries.

Compliance reminder:
A report that identifies faults is not the end of the process. The Responsible Person should ensure that defects are risk assessed, assigned, repaired where required and closed out with supporting evidence.

Need Help with Fire Damper Compliance?

Understanding which standards apply is only the first step. Building owners, responsible persons and facilities teams also need reliable evidence showing what dampers are installed, where they are located, whether they operate correctly and where remedial action may be required.

Swift Fire Compliance provides professional fire damper inspection and testing, helping you maintain clear records and identify compliance issues before they become bigger problems.

Contact our team to discuss your fire and smoke damper testing requirements.

Fire and Smoke Damper British Standards FAQs

The post Fire & Smoke Dampers: Which British Standards Apply? appeared first on Swift Fire Compliance.