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Advanced to Exhibit at London Build 2025

Alex Robertson — Wed, 08 Oct 2025 16:04:16 +0000

We will be exhibiting at London Build 2025, the UK’s leading construction and design show, held at Olympia London.

The event takes place on 19th November 2025, and visitors to Stand L54 will be able to explore our latest fire safety technologies designed to support safer, smarter and more sustainable buildings.

Technologies on Display

Our stand will feature live demonstrations of AdvancedLive, our secure, real-time fire system management platform. Attendees will also see our best-selling, next-generation MxPro 5 panels, AlarmCalm false alarm management software, and EvacGo evacuation alert systems in action.

AdvancedLive: Real-Time Remote Monitoring

AdvancedLive offers complete system visibility via desktop, tablet or mobile. With real-time alerts and a clear dashboard, facilities managers and service providers can monitor system health, track device histories, and plan maintenance more efficiently. Robust cyber security protections ensure data remains secure at all times.

Next-Generation MxPro 5: Versatile Performance, Proven Reliability

Our next-generation MxPro 5 panels now include Ethernet connectivity as standard, making it easy to integrate with AdvancedLive. Trusted across thousands of UK sites, the panel supports up to 200 nodes and offers wide open-protocol compatibility. Enhanced configuration features and improved power supply efficiency streamline installation and commissioning.

AlarmCalm: Tackling False Alarms

AlarmCalm provides powerful false alarm management through verification and investigation delays. Customisable building areas allow tailored strategies for different spaces, and optional AlarmCalm buttons enable trained occupants to acknowledge alarms, reducing unnecessary evacuations.

EvacGo: Supporting Fire and Rescue Services

EvacGo ensures BS 8629 compliance in buildings over 18m. Built using EN54-approved components, the system provides fire and rescue services with simple controls for partial or full evacuations. ServiceTool simplifies compliance reporting and system maintenance.

Future-Ready Fire Protection

Advanced’s solutions are designed to perform reliably across decades of service. From intelligent monitoring platforms to robust panels and life-saving evacuation technology, our portfolio equips stakeholders to meet both current compliance requirements and future challenges.

We look forward to welcoming visitors to Stand L54 at London Build 2025, where our experts will be available to demonstrate our latest technologies, answer technical queries, and discuss project-specific needs.

For more information about the event and to register for your ticket, click here.

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Grace's Work Experience Diary

igrey@advancedco.com — Mon, 06 Oct 2025 11:41:30 +0000

Grace joined us through our summer placement programme, gaining hands-on experience to support her future career goals. Since completing the programme, we’re thrilled that she’s now part of the team full time.

Read on to find out more about Grace’s experience and the skills she gained.

Why did you choose a placement at Advanced?

After finishing my A Levels, I was eager to gain real-world experience. I’m interested in eventually going into a career in HR, so I wanted to build my confidence in communicating with different people and working in a professional environment.

What has surprised you most about working here?

Coming straight from school and adjusting to full-time hours was a challenge at first. But I was surprised by how much autonomy I was given. I’ve been encouraged to find solutions independently and learn by doing, which suits me much better than a traditional classroom setting.

What skills have you gained?

I’ve grown so much in confidence. At the beginning, I was nervous about asking for help, but now I feel comfortable speaking to people across the business. Everyone has been incredibly welcoming, and I’ve made great friends. Being offered a full-time role has been a huge boost, and I’m excited to keep developing the people skills that will support my future career in HR.

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Overview of UK Fire Alarm Systems Regulations 2025

igrey@advancedco.com — Thu, 25 Sep 2025 11:47:02 +0000

Fire safety is a critical aspect of building management in the UK, with strict fire alarm systems regulations in place to protect lives, property, and public infrastructure.

Building owners, facilities managers, contractors and developers all have a role to play in ensuring both legal compliance and the safety of occupants and visitors. This guide outlines the legal framework behind fire alarm systems regulations in the UK, what you need to know about the BS 5839-1 2025 update and how you can ensure compliance.

Fire Alarm Systems Regulations: The Legal Framework

Fire alarm systems regulations in the UK are underpinned by a combination of statutory legislation and technical standards. Together, these form a framework to ensure buildings are adequately protected.

The Regulatory Reform (Fire Safety) Order 2005 (FSO)

The Regulatory Reform Order 2005, or FSO, acts as the cornerstone of fire safety law in England and Wales and applies to virtually all non-domestic buildings, including shops, schools, care homes and communal areas in residential buildings.

Under the FSO, legal responsibility for ensuring the safety of a building is assigned to a “responsible person”. Typically, this is the building owner, employer or facilities manager. The responsible person’s key duties include:

Conducting and regularly reviewing fire risk assessments

Implementing appropriate fire detection and alarm systems

Ensuring safe means of escape and emergency procedures

Providing training and information to building occupants

Maintaining fire safety systems and equipment

Approved Document B (Fire Safety)

Approved Document B is part of the UK Building Regulations and provides detailed guidance on how to meet fire safety requirements during a building’s design and construction stages. It outlines requirements for buildings to have adequate escape routes, structural fire protection, fire spread prevention, and access for fire services.

BS 5839-1:2025

British Standard 5839-1 provides a code of practice for the design, installation, commissioning and maintenance of fire detection and alarm systems in non-domestic premises. This means that it offers guidance and recommendations rather than legally binding rules. However, while BS 5839 is not legislation itself, it acts as the benchmark for compliance with the fire safety provisions of the Building Regulations.

It is an important element of fire alarm regulations for commercial buildings as it incorporates evolving fire safety strategies that reflect lessons learned from real-life fire incidents.

Key Changes in the BS 5839-1 2025 Update

BS 5839-1:2025 came into effect in April 2025, replacing the previous version of the standard, BS 5839-1:2017. Some of the key changes include:

System Categories

Under BS 5839, fire alarm systems fall into three main categories: L (life protection), P (property protection) and M (manual activation). BS 5839-1:2025 includes clearer definitions for L1-L5 systems. It also states that L4 systems now require detection at the top of lift shafts, while L2 systems must consider sleeping risks as well as risk-assessed rooms.

Detector Requirements

Smoke detectors are now the preferred detector type for sleeping areas (e.g. care homes, student housing and hotels). The use of heat detectors is not advised unless justified by a fire risk assessment, however there is no requirement for existing systems using heat detectors to be upgraded unless undergoing major refurbishment.

There is also updated guidance for placing detectors near beams, ductwork and ceiling features. Obstructions under 250mm must be considered, while gaps over 300mm are not deemed obstructive.

Manual Call Points (MCPs)

The standard clarifies guidance around the use of MCPs, including positioning along escape routes and in buildings with phased evacuation. All MCPs must also now have transparent protective covers to prevent accidental activation.

Control Panels

If a system is connected to the emergency services, the panel must now display a false alarm notice warning users that it is being monitored. This is designed to discourage people from misusing the panel and reduce unnecessary emergency call outs because of false alarms.

Competency

One of the most important changes in BS 5839-1:2025 is a strengthening of competency requirements, placing a greater emphasis on ongoing learning and real-world experience. For the first time, the standard formally defines a competent person in Clause 3.13 as:

“Suitably trained and qualified by knowledge and practical experience, and provided with the necessary instructions, to enable the required task(s) to be carried out correctly.

NOTE: Maintenance of competence is likely to require continuing professional development (CPD).”

Visual & Audible Alarms

Other types of alarm, for example class change alarms in schools and lockdown alarms, can now be integrated into the fire alarm system provided they are clearly distinguishable from fire alarms. There is also a greater emphasis on visual alarms for deaf or hard-of-hearing occupants.

Maintenance & Servicing

There is greater flexibility around service intervals, which can now range from five to seven months without becoming non-compliant. Control panel clocks and zone charts must now be checked for accuracy at each service visit, with clocks adjusted where necessary. Meanwhile, redundant equipment can no longer simply be disconnected, it must now be removed altogether to avoid any confusion in an emergency.

How to Comply with UK Fire System Regulations

With the introduction of BS 5839-1:2025, staying compliant is about proactively managing fire safety systems to ensure they are effective, up to date, and aligned with the latest standards. To meet the updated fire alarm systems regulations, building owners and contractors should take the following key actions:

Audit your fire alarm system

Review detector types, manual call point placement and control panel features to check they meet the updated requirements. Consider replacing heat detectors in sleeping areas where needed and ensure MCPs have transparent protective covers. Confirm alarms can be clearly heard in all areas, including behind closed doors.

Update documentation and review maintenance schedules

Ensure zone plans are accurate and visible. Log all maintenance, variations, and cause and effect programming. Check servicing is being carried out every five to seven months, and ensure timeclocks are accurate and redundant equipment is removed.

Verify system signalling and monitoring

For category L systems, fire signals must reach alarm receiving centres within 90 seconds and faults within three minutes. Display false alarm notices on panels if auto-calling emergency services.

Ensure competency of personnel

Only qualified and experienced personnel should design, install and maintain fire alarm systems. Contractors and in-house teams must now demonstrate relevant training and qualifications, familiarity with the BS 5839-1:2025 requirements, as well as ongoing CPD (Continuing Professional Development).

Plan for future upgrades

While some changes are not retrospective, any planned upgrades or refurbishments must comply with the 2025 standard. Prioritise upgrades in high-risk areas like sleeping accommodation or buildings with phased evacuation strategies.

Conclusion

The release of BS 5839-1:2025 marks a significant step forward in the standards underpinning fire alarm systems regulations in the UK. As we have explained in this guide, it is essential that whether you’re managing a care home, overseeing a commercial property, or installing new systems, an in-depth understanding of fire regulations is essential to ensure both compliance and best practice.

By auditing existing systems, updating documentation, and working with qualified professionals, building owners and contractors can ensure compliance, reduce risk, and protect people and property. Fire safety isn’t just about meeting regulations, it’s about creating safer environments for everyone.

Stay ahead of the curve

We offer a range of accredited CPD courses to deepen your understanding of fire alarm systems and ensure you stay compliant and confident.

The post Overview of UK Fire Alarm Systems Regulations 2025 appeared first on Advanced.

Joe's Work Experience Diary

igrey@advancedco.com — Tue, 16 Sep 2025 09:21:57 +0000

Joe recently took part in our summer placement programme, a hands-on opportunity designed to give young people real-world manufacturing experience before they continue their studies or embark on their careers.

We caught up with Joe to hear about his experience and what he took away from the programme.

Why did you choose a placement at Advanced?

I’ve just finished my Electrical Engineering course at Newcastle College and I’ll be starting my degree in Electrical Engineering at Northumbria University later this month. Before heading off to university, I wanted to spend some time in industry to get hands-on experience and boost my CV, so I joined Advanced for a work placement.

I was keen to find a placement where I could get real experience of engineering in action. Advanced gave me the chance to explore different areas of the business and see how everything fits together, which felt like a great way to prepare for university and my future career.

What have you been doing during your placement?

During my time here, I had the chance to work across a few different production areas. Out of all of them, I found Final Assembly the most interesting and enjoyable. Once I mentioned this to the team, they kept me there for the rest of my placement. I really liked getting practical experience putting panels together, learning how the different components fit, and seeing the process come to life.

The skills I’ve picked up are simple but valuable, things like using hand tools and working carefully through the different stages of assembly. While I didn’t use machinery, I now feel much more confident about the practical side of engineering and I know these skills will be useful in the future.

What have the people been like?

One of the best parts of my time at Advanced has been the people I’ve worked with. Every team I worked with all took the time to show me what to do and explain how everything works. They’ve shared their experience and made me feel welcome from the start, which made the whole placement much more enjoyable.

Overall, my time at Advanced has been a great introduction to the industry, and it’s given me a lot of insight that I’ll take with me as I begin my degree at Northumbria.

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Our New CPD: Introduction to Fire Detection & Alarm Systems

Alex Robertson — Mon, 01 Sep 2025 08:26:48 +0000

We’re excited to launch the latest in our series of Continuing Professional Development (CPD) courses: Introduction to Fire Detection & Alarm Systems.

This free CPD provides a comprehensive overview of the principles behind Fire Detection & Alarm (FD&A) systems, offering essential guidance for effective design, installation and maintenance. Whether you’re new to FD&A or looking to refresh your understanding of BS 5839 and BS EN 54, this session delivers practical insights to support your work.

Attendees will explore system types and their appropriate applications, key standards and legislation, and best practices for layout, documentation and long-term system flexibility.

You’ll also gain a deeper understanding of total cost of ownership and how to future-proof your fire safety solutions.

So, whether you’re a consultant, fire risk assessor, installer, specifier, facilities manager, health and safety professional, or have responsibilities under fire safety legislation, this CPD will strengthen your foundational knowledge and enhance your confidence in FD&A system design and implementation.

As a leader in fire safety solutions, Advanced is committed to supporting industry professionals with the tools and knowledge needed to create safer environments.

All our CPDs are certified by the CPD Certification Service. On successful completion, attendees receive a certificate of attendance.

Simply click the link below to choose your date and book your place:

CPD: Introduction to Fire Detection & Alarm Systems

Why not explore our other CPDs too:

A Guide to Meeting BS 8629 – covering the design and maintenance of evacuation alert systems for buildings containing flats.

Managing False Fire Alarms: Tools & Techniques – a deep dive into the causes and mitigation strategies for false alarms.

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Life at Advanced: Halma Catalyst Programme

igrey@advancedco.com — Wed, 27 Aug 2025 15:54:15 +0000

Avril Cullerne joined our Operations team in July, as part of the Halma Catalyst Programme. Here, we catch up with Avril to find out more about her role and the programme and how she’s settling into life at Advanced.

Tell us about the Halma Catalyst Programme

It’s a graduate development programme and there’s 13 of us in this year’s cohort from the UK and US. We can dip our toes into all three sectors of Halma (safety, environment and health) and the aim is for us to progress into a leadership role with one of their companies within seven years.

The scheme consists of three eight-month rotations, which will take me up to June 2027 – and Advanced is my first! For each rotation, we choose where we want to go based on our personal preferences, goals, and the opportunities on offer.

What attracted you to Advanced?

It was my top choice. I wanted to work in the safety sector, and from my research, I could tell the company was going from strength to strength.

For my first rotation, my main goal is to get a well-rounded view of how a business works and this operational role at Advanced is perfect for giving me a taste of everything and broadening my horizons.

And lastly, Advanced is based in Newcastle – where I’ve just spent the last three years at university. I knew the city had so much more to offer me and I love the people and culture, so it was tick, tick, tick!

What will you be working on during this placement?

I’ve joined the Operations team and have been assigned several exciting projects exploring how new technologies could potentially assist our workforce with doing their jobs even more efficiently, ensuring our production line is futureproof.

What has your experience been like so far?

From day one, everyone has been so welcoming and willing to help whenever I have any questions. Everyone is also a specialist in their field, and you can tell they know the job like the back of their hand and absolutely love what they do. And even when I’m eating my lunch in the canteen, everyone is happy to chat! I’ve also had the chance to manually build some PCBs while chatting to other operators and get a real feel for what it’s like to sit on the production line. I love hearing people’s stories, as some employees have worked here for over 20 years!

I also have lots of flexibility in my role, which I wasn’t expecting as a Halma Catalyst. My colleagues are happy for me to try different things and that’s really helped to boost my confidence.

Have you taken advantage of any company perks yet?

I like the YuLife app. I’m quite a big runner and currently training for the Great North Run, so my step count is going crazy and I’m collecting lots of coins! The Fun Fund also sounds great; I hope to take advantage of the free entry into The Alnwick Garden soon as I’d like to explore Northumberland more.

What do you hope to achieve by the end of your placement with us?

I would like to grow in confidence, both professionally and personally. I would also like to get to know as many people as possible, learn as much as I can, and figure out what I do and don’t enjoy.

One piece of advice Advanced’s Managing Director, Antonio Telesca, gave me was: “Don’t wish away your time, instead live where your feet are and just enjoy being at Advanced,” so that’s what I’m going to do!

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Intersec Saudi Arabia 2025

Alex Robertson — Tue, 26 Aug 2025 09:27:47 +0000

We exhibited once again at Intersec Saudi Arabia, the Kingdom’s premier exhibition and conference for the security, safety, and fire protection industries.

The event took place from 29th September to 1st October 2025 at the Riyadh International Convention & Exhibition Center (RICEC).

Located at stand 5-D36, we showcased our comprehensive range of fire safety technologies, including the UL 864-approved Axis AX system, next-generation Axis EN panels, and complementary solutions such as AlarmCalm false alarm management, DynamixSmoke smoke control, ExGo gas extinguishing and redundant panel configurations. Visitors were able to explore solutions for projects of every scale, including AxisGo for smaller applications and QuickZone for conventional protection.

Our Middle East team was present throughout the exhibition to provide expert guidance and demonstrate how our scalable UL and EN solutions helped shape the future of fire safety across the Kingdom and wider region.

Now in its 7th edition and held in association with the Ministry of Interior and Saudi Civil Defence, Intersec Saudi Arabia has grown into the country’s largest and most influential platform for fire protection, safety and security professionals.

Shadi Elhag, Advanced’s Business Development Manager for the Middle East, commented: “We were very pleased to return to Intersec Saudi Arabia in 2025. This event provided a unique opportunity to connect with stakeholders across the industry, showcased our latest UL and EN solutions, and highlighted our commitment to supporting the Kingdom’s ambitious fire safety goals.”

Attendees were invited to visit stand 5-D36 to meet our team, explore our world-class solutions, and discuss how these systems could support projects of every size and complexity.

For more information about us and our participation in Intersec Saudi Arabia 2025, please visit advancedco.com or follow us on LinkedIn.

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10 Things to Consider When Choosing Your Fire Alarm System

igrey@advancedco.com — Wed, 13 Aug 2025 13:21:14 +0000

Choosing the right fire alarm system is a critical decision for any building, whether it’s a commercial space, residential complex, or public facility. A well-designed system not only protects lives and property but also ensures compliance with safety regulations and supports operational efficiency. Here are the top 10 things to consider when selecting a fire alarm system.

1. Type of fire alarm system

The first decision you’ll need to make is the type of fire alarm system you require:

Conventional systems: Best for smaller buildings with straightforward layouts and simple requirements

Addressable systems: Ideal for larger or more complex buildings

Wireless systems: Can offer more flexibility, especially in buildings where cabling might be challenging, such as heritage sites

Choosing the right type depends on your building’s size, layout, and specific safety needs. Want to learn more about system types? Click the button below to read our deep dive into conventional and addressable systems.

2. Compliance with regulations

Fire alarm systems must comply with fire safety standards, which vary depending on location. Compliance ensures legal protection, insurance validity, and peace of mind. Always consult with a certified fire safety professional to ensure your system meets all necessary requirements.

3. Support and training

Even the most advanced system is only effective if people know how to use it. When choosing a fire alarm system, make sure the supplier offers comprehensive training and ongoing technical support. This ensures you can get the most out of your equipment’s features and maintain the system correctly, and most importantly, respond appropriately in an emergency.

4. User-friendly interface

Most people interacting with a fire protection system on a day-to-day basis are unlikely to be trained engineers. With that in mind, it’s important that it’s easy to operate, especially in high-pressure situations. A user-friendly interface ensures that anyone, from facilities managers to building occupants, can understand and respond to alerts quickly and confidently. Look for a fire alarm system with an intuitive control panel featuring clear displays, simple navigation and minimal training required to operate. Clear status indicators are also important, providing quick visual cues for faults, alarms and system health.

5. Integration with other systems

Modern fire alarm systems are no longer standalone – they’re part of a broader ecosystem of building safety and management. Choosing a solution that can integrate with other building systems enhances functionality, streamlines operations and can improve emergency response. Here are some examples:

Security systems: Fire alarms can trigger access control systems to unlock doors for safe evacuation or lock down areas to contain hazards.

Environmental controls: When integrated with an HVAC system, the fire panel can shut it down or redirect airflow to prevent smoke spread.

Energy management: In emergencies, integrated systems can isolate power to affected areas, reducing risk and aiding first responders.

Emergency lighting and PA systems: The system can be programmed to activate emergency lighting and public address systems to guide occupants safely. Some systems also offer zoned messaging, allowing targeted announcements based on the location and severity of the incident.

Sprinkler and suppression systems: Fire detection can trigger suppression systems in specific zones, reducing damage and improving safety.

6. Scalability

Building needs may change over time. On sites where future expansion or changes are possible, choosing a system that can be easily adapted to suit evolving needs ensures your investment remains valuable long-term.

Look for a fire alarm system with modular components for easy expansion, software updates and hardware compatibility, and flexibility to adapt to new building layouts or uses.

7. Installation and commissioning

Proper installation and commissioning are critical stages in the lifecycle of any fire alarm system. Poor setup can lead to false alarms, missed detections, or even system failure in an emergency. However, the time and cost of installation can significantly impact your project timeline and budget. Equipment that is complex to install and commission may require extended downtime, specialist labour and higher upfront costs. Look for systems that are easy to fit and offer intuitive software and setup tools to ensure your fire protection is up and running without unnecessary delays.

8. Maintenance

Ongoing maintenance is essential for legal compliance, reliability, safety and cost control. A well-maintained system is less likely to trigger false alarms or fail during a real emergency. Systems with in-built diagnostics features make it easier to identify and investigate issues, detect faults before they become critical and can reduce maintenance costs and site downtime.

9. Budget

When choosing a fire alarm system, it’s important to look beyond the initial setup cost and consider the full financial picture. A system that seems affordable at first may end up costing more over time if it’s difficult to maintain, prone to faults, or lacks the flexibility to grow with your needs.

Ongoing costs like routine maintenance, repairs, and software licensing fees can add up quickly, especially if the system requires frequent servicing or specialist support. Operational efficiency also plays a role. For example, systems that consume more energy or demand regular staff training can increase running costs, while false alarms caused by poor detection accuracy can lead to business disruption.

It’s also worth checking how long the system will be supported by the supplier. If updates or parts are discontinued too soon, you may face unexpected replacement costs. Investing in a scalable, well-supported system may cost more initially but offers better long-term value.

10. Remote monitoring

Today, people expect quick and easy access to their fire alarm system from any device, whether they’re on site or not. Remote monitoring platforms enable real-time insight into system status, delivering instant alerts when issues occur and tracking events as they unfold – supporting faster, safer responses during emergencies. These tools are also valuable for maintenance teams, helping them identify problems before arriving on-site, which can reduce both time and costs.

When choosing a fire alarm system, check whether remote monitoring is included or available as an optional feature. Look for platforms that offer secure access, customisable notifications, and diagnostics to track performance and ensure reliability.

Learn more about fire alarm systems

How Do Fire Detection Systems Work?

Learn about the key components and technology behind effective fire detection alarm systems.

How Many Zones Do I Need?

Learn what zones are, how they work in a fire alarm system, and how many you need.

Conventional and Addressable Systems

Discover the key differences between conventional and addressable fire alarm systems.

The post 10 Things to Consider When Choosing Your Fire Alarm System appeared first on Advanced.

Navigating New Sprinkler Regulations in Care Homes

Alex Robertson — Thu, 24 Jul 2025 11:54:55 +0000

Responding quickly and effectively to fire emergencies poses unique challenges in care homes where residents frequently face mobility, sensory or cognitive challenges.

In recognition of this, the UK Government has introduced a significant regulatory change aimed at improving fire safety in new care homes across England.

Since 2nd March 2025, it is mandatory for all newly built care homes to be fitted with sprinkler systems. The move reflects mounting evidence, including data from the BRE (Building Research Establishment), that shows automatic fire suppression systems like sprinklers can dramatically reduce the spread and severity of fire incidents, allow crucial time for evacuation and minimise the risk of injury or death.

This legislation forms part of a wider package of reforms, including the planned move from BS 476 to the EN 13501 classification system. With these changes now in force, fire safety professionals must be equipped not only to install compliant systems, but also to manage and monitor them as part of a joined-up fire protection strategy.

A Smart Way to Monitor Sprinklers with MxPro 5

At Advanced, we’re helping care home providers meet these new sprinkler requirements with confidence. Our industry-leading MxPro 5 fire panel range offers a proven solution that can be easily adapted to include sprinkler monitoring, whether for new developments or upgrades to existing installations.

Thanks to its robust performance and exceptional flexibility, MxPro 5 is already widely used across the UK in healthcare and residential care environments. MxPro 5 is capable of supporting dedicated sprinkler indication and monitoring through the addition of an ‘MXP-513L-050CRY’ display card, a feature that can be added to any large panel currently installed or specified for new builds.

The panel is capable of monitoring up to 254 sprinkler flow switches per loop and offers up to 50 assignable sprinkler zone indicators for fire/sprinkler activated and fault. These can be programmed using our intuitive configuration software. MxPro 5 is also available in semi-flush or surface-mount metal enclosures with special colours and finishes on request, making it ideal for blending seamlessly into care home interiors.

For customers with more specific requirements, our AdSpecials team can provide fully customised fire panels tailored to their exact needs. From dedicated sprinkler indication panels and specialist control interfaces to bespoke enclosures, layouts and finishes, we offer a complete design-to-delivery service. Whether you’re upgrading an existing system or working on a complex new-build project, our AdSpecials team ensures you get a solution that’s not only compliant but perfectly suited to your site.

Of course, compliance is key. Our next-generation MxPro 5 is EN54 Parts 2 and 4 approved, open protocol, and supports leading wired and wireless device ranges, offering maximum design freedom and futureproofing in one. And, with powerful networking capabilities, an improved power supply unit, quicker, more intuitive programming, and Ethernet on board, MxPro 5 continues to set the benchmark for panel performance.

Enhanced Oversight with AdvancedLive

Modern fire safety strategies are increasingly focused on prevention, insight and control, all of which are made easier through real-time system visibility. That’s where AdvancedLive comes in.

AdvancedLive is our smart, secure platform for remote fire system monitoring and control. Seamlessly integrated with next-generation MxPro 5 panels, it enables facilities teams to access a real-time view of their fire system from anywhere using a laptop, tablet or smartphone.

From the central dashboard, users can monitor live status, receive instant alerts to any activations or faults, and track detailed device history to support predictive maintenance. Named user logs help build accountability across the team, while live views in list or map format enable faster responses and more informed decisions, reducing the cost and disruption of unplanned site visits.

For care homes, AdvancedLive offers a simpler, safer way to manage fire systems, providing a clear, real-time view of what’s happening across a single building or an entire group of sites. And, for care providers with multiple sites, AdvancedLive makes it easy to remotely monitor multiple buildings from one secure platform.

Reducing False Alarms with AlarmCalm

Unwanted alarms can cause significant distress in care settings. Disruptive and potentially dangerous, false alarms can desensitise staff, create confusion during genuine emergencies, and unnecessarily disturb residents, particularly those with dementia or sensory sensitivities.

AlarmCalm, available as standard with MxPro 5, is our intelligent false alarm management solution. Using a combination of alarm verification and investigation delay technology, AlarmCalm allows staff time to assess and acknowledge an activation before the system goes into full alarm mode.

Virtual ‘building areas’, which operate independently of detection zones, allow you to program delays and verifications in a highly targeted way, reflecting the unique layout and routines of your care home. And in certain settings, an optional AlarmCalm button can be installed to give designated users the ability to acknowledge an alarm before evacuation is triggered, reducing unnecessary disruption while maintaining safety and compliance.

Helping You Stay Compliant

With sprinkler systems now a mandatory requirement in new care homes, fire system design and specification must evolve to meet these demands. Effective integration of sprinkler monitoring, reliable false alarm reduction and real-time system oversight are key to delivering safe, compliant care environments.

At Advanced, we have a trusted reputation for robust engineering, straightforward installation and lifetime support, our solutions provide everything you need to ensure compliance, and peace of mind.

Whether you’re looking for a smart, EN54-approved fire panel that can handle sprinkler monitoring, a real-time platform for safer system management, or a reliable way to cut false alarms, we’re ready to support your journey to safer, more compliant care environments.

To discuss your needs, contact your regional sales manager or email: enquiries@advancedco.com.

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How Do Fire Detection Alarm Systems Work?

igrey@advancedco.com — Wed, 09 Jul 2025 15:35:07 +0000

In this guide, we’ll break down how fire detection alarm systems work and help you understand the technology that helps keep us safe every day.

Fire detection alarm systems are one of the most important safety features in any building. Whether you’re at work, the supermarket, or the cinema, you are protected by a system silently monitoring for signs of fire.

Their job is simple but critical: detect a fire early and alert people quickly so they can get to safety and emergency services can respond. Even a few seconds of early warning can make a huge difference in preventing injuries, saving lives, and reducing damage.

Read our guide to learn:

What is a fire detection alarm system? Overview of fire detection and fire alarm systems.
Detectors: Discover the different types of fire alarm system detector.
How do fire detection alarm systems work? Breaking down the chain of events that occurs when a fire is detected.
System integration: Learn about some of the other safety and building management systems that can be integrated into a fire alarm system.

What is a fire detection alarm system?

A fire system is a linked group of equipment designed to identify the early signs of fire, such as smoke, heat, or flame, and initiate a series of alerts and responses to minimise risk to people and property. Ultimately, the job of a fire alarm system is to provide early warning of a fire, enabling safe evacuation, fire suppression and emergency response before it can cause significant harm.

Key components

Detectors

The devics that sense specific fire indicators. Detectors come in a huge range of colours, shapes, sizes and types depending on the application and regulatory requirement, and many environments require specialist detector technology. In addition to basic smoke and heat detectors, types include ionization, photoelectric, thermal, and multi-sensor detectors. Depending on the system, detectors may be hard-wired or wireless.

Fire alarm control panel (FACP)

The control panel is the fire detection alarm system’s central processing unit, managing input from detectors and triggering outputs. The FACP often includes a user interface for system status, fault alerts and manual controls. Read our control panels guide to learn more.

Alarm notification appliances

These are devices that alert occupants to a fire through audible, visual or tactile signals. The type of alarm notification depends on the building type and local legislation, but examples include sirens, strobe lights and voice evacuation systems.

Manual call points

Call points, such as break glass units, allow occupants to manually trigger the alarm if they encounter a fire.

Communication interfaces

These enable integration with other systems, such as building management systems (BMS), sprinklers, and remote monitoring services.

Types of system

Conventional systems

Divide the building into zones with detectors in each zone sharing wiring.

Addressable systems

Each device has a unique address allowing pinpointing of exact location and status.

Hybrid systems

Combine features of both conventional and addressable fire detection alarm systems.

Wireless systems

Devices use radio frequency communication so do not need to be hard wired, allowing greater flexibility of installation location.

Types of fire alarm system detectors

Fire detectors are the sensory components of a fire alarm system. Each type is designed to detect specific signs of fire, such as smoke particles, heat, or visible flames. Choosing the right fire alarm system detector depends on the environment, the type of fire risk, and how quickly detection is needed. Types of detectors include:

Smoke detectors

Smoke detectors are the most common type and are designed to sense airborne particles produced by combustion. There are two main types of smoke detector:

Ionisation smoke detectors use a small amount of radioactive material between two electrically charged plates. When smoke enters it disrupts the ion flow, triggering the alarm.

Photoelectric smoke detectors use a light beam and sensor. The alarm is triggered when smoke scatters the light beam and hits the sensor.

Heat detectors

Heat detectors respond to changes in temperature. Fixed temperature detectors trigger an alarm when the temperature exceeds a preset threshold, whereas rate-of-rise (ROR) detectors are triggered when a rapid increase in temperature is detected.

Flame detectors

Flame detectors identify the presence of flames by sensing the light they emit. Depending on the type, they are designed to detect infrared (IR) or ultraviolet (UV) radiation, or a combination of both.

Multi-sensor detectors

These detectors combine two or more sensing technologies. For example, smoke and heat.

Specialist detectors

Hazardous environments often require specialist detection technology. Fire detection alarm systems protecting these areas often need to meet separate regulatory requirements or incorporate detection of specific hazardous substances. For example, industrial facilities such as chemical plants or refineries dealing in flammable gases, and underground travel systems with limited ventilation and high smoke retention.

How do fire detection alarm systems work?

Fire detection systems operate through a chain of events that begins with sensing a fire-related condition and ends with alerting occupants and emergency services.

1. Detection of fire indicators

The fire alarm system detector(s) determine that a reading is abnormal enough to indicate a potential fire, or a manual call point is activated.

2. Signal transmission to the control panel

A signal is sent to the panel identifying either the zone or device where the fire is detected. The signal is transmitted via wired loops, wireless signals or networked protocols, depending on the system type.

3. Signal processing and decision logic

The control panel evaluates the incoming signal using pre-programmed logic to verify the signal. Depending on how sophisticated the system is, it may require confirmation from multiple detectors (cross-zoning logic) or use additional technology to reduce false alarms.

4. Alarm activation

If the signal is validated, the fire alarm system activates alarm notification appliances. In addition to audible alerts (i.e. sirens, bells, voice evacuation systems), these might include visual alerts such as strobe lights and LED indicators, and tactile alerts such as vibrating pads. In some systems, different alarm tones or messages are used to distinguish between pre-alarm, evacuation and all-clear states.

5. System response and integration

Modern fire detection systems often trigger automated responses, such as notifying emergency services and activating fire suppression systems (e.g. sprinklers and gas suppression). The system may also be integrated with other building management systems (BMS), allowing it to control functions such as fire doors, lifts and HVAC.

6. Monitoring and feedback

Throughout the incident, the system continues to monitor alarm status and system health to determine if more detectors are activating – indicating the fire is spreading – or if any devices are offline or faulty. There may also be user input via manual call points or control panel overrides. All events are logged for post-incident analysis and compliance reporting.

Integration with other safety systems

Modern fire detection systems are rarely standalone. In complex buildings and critical environments, they are integrated with other safety and building management systems (BMS) to enable automated, coordinated responses that enhance life safety, minimise damage, and support emergency operations.

Fire suppression systems

Fire alarms can trigger sprinkler activation in zoned areas. In addressable systems, the exact location of the fire can be used to activate only the relevant sprinklers. In environments where water damage would be catastrophic, such as data centres or historical archives, a gas suppression system may be used. Foam systems are also commonly used in high-risk areas, such as fuel storage or aircraft hangars, where it is more effective than water.

Emergency lighting and exit signage

The fire alarm system can be programmed to automatically illuminate emergency lighting, exit signs and directional indicators to guide occupants to a safe evacuation route when an alarm is triggered.

HVAC and smoke control

Integration with these functions allows the fire alarm system to prevent smoke spread by shutting down air handling units, activating extraction fans or closing fire dampers.

Public address and voice evacuation

In large or high-occupancy buildings, it may be necessary to incorporate additional alarm notification systems such as evacuation alert.

Conclusion

As we’ve explored, fire detection alarm systems are far more than just a siren – they are intelligent, interconnected safety networks designed to detect danger early, alert occupants, and coordinate emergency responses. From the moment a sensor detects smoke, heat or a hazardous substance, a cascade of actions is set in motion: signals are processed, alarms are triggered, and integrated systems like sprinklers, ventilation, and emergency lighting are activated.

In today’s complex buildings, fire detection systems are a first line of defence. They not only protect lives but also reduce property damage, business disruption and liability.

Want to learn more about fire alarm systems?

Read our guide to discover the key differences between conventional and addressable fire alarm systems.

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