Siemens launches Cerberus Nova fire detectors

by Featured NewsFire DetectionProducts

Siemens fire detection portfolio announced

Siemens Smart Infrastructure has unveiled the Cerberus Nova fire detector portfolio, a new range designed for connected buildings and intended for sectors including healthcare, higher education, data centres and commercial real estate.

Siemens said the detectors are designed to support operational safety, improve service team efficiency and enable cloud-connected digital services.

The portfolio includes continuous self-checking through Disturbance-Free Testing technology, alongside Smoke Entry Supervision technology that monitors smoke entry points in real time.

In healthcare settings, the detectors are intended to support continuous detection and reduce potential system downtime.

ASAplus technology uses multi-wavelength optical and dual thermal detection to reduce false alarms and unnecessary evacuations.

The detectors are also compatible with cloud-based applications including Siemens Building X Fire Apps, allowing real-time monitoring, remote diagnostics and predictive maintenance.

Siemens details use cases across sectors

In data centres, the detectors are positioned to address risks linked to overheating and electrical failures in environments with dense electrical infrastructure and continuous operational demands.

Automated self-checks, cloud-based monitoring and predictive maintenance are intended to help facility teams respond earlier and reduce disruption to critical IT and electrical assets.

Across higher education and commercial real estate, the portfolio is aimed at organisations managing multiple buildings across different sites.

Continuous monitoring and proactive maintenance are intended to help teams maintain consistent protection standards and reduce unnecessary disruption across dispersed estates.

Upgrade path and production details

Peter Nebiker, Head of Fire Safety at Siemens Smart Infrastructure Buildings, said: “The launch of our Cerberus Nova fire detection portfolio is a game-changer in ensuring all alarms are accurate.

“By moving from periodic checks to continuous, data-driven, self-supervising systems, we’re laying the foundation for truly human-centric, autonomous buildings.

“By automating testing, delivering real-time insights, and enabling remote action, these solutions protect people while freeing up staff to focus on strategic priorities.

“This shift isn’t just about innovation – it’s about smarter, safer, and more efficient operations.”

The detectors are designed for stepwise upgrades in both green- and brownfield projects.

Existing fire panels remain compatible, with plug-and-play integration and automatic transfer of configured settings intended to reduce installation time and risk.

Siemens said the detectors carry its EcoTech environmental product performance label, are made from recycled plastics and were developed and are produced in Switzerland.

Siemens launches cloud-connected fire detectors for autonomous building operations

by Featured NewsFire DetectionProducts

Siemens fire detector launch in Zug

Siemens has unveiled its Sinteso Nova and Cerberus Nova fire detector portfolio in Zug on 27 March 2026, introducing a cloud-connected fire safety system designed for continuous monitoring.

The company said the detectors use IoT connectivity to support 24/7 self-checks, real-time monitoring, remote diagnostics and predictive maintenance across building environments.

The portfolio is designed for sectors including healthcare, higher education, data centres and commercial real estate.

It is also compatible with cloud-based applications such as Siemens’ Building X Fire Apps.

Siemens outlines detection technology and applications

Siemens said healthcare facilities can use the detectors for continuous supervision, with Disturbance-Free Testing (DFT) carrying out automated self-checks to reduce system downtime.

Smoke Entry Supervision (SES) monitors smoke entry points in real time, enabling earlier intervention when risks develop.

ASAplus combines multi-wavelength optical sensing with dual thermal detection to reduce false alarms and limit unnecessary evacuations.

In data centres, the detectors are intended to support operational continuity where overheating and electrical faults present fire risks.

For higher education and commercial real estate, the systems are designed to support centralised management across multiple sites through continuous monitoring and maintenance planning.

Upgrade approach and Siemens statement

Siemens said the detectors support stepwise upgrades in both new and existing buildings, with compatibility retained for existing fire panels.

The company said plug-and-play integration includes automatic transfer of configured settings, reducing installation time and associated risk.

Peter Nebiker, Head of Fire Safety at Siemens Smart Infrastructure Buildings, said: “The launch of our Sinteso Nova and Cerberus Nova fire detection portfolio is a game-changer in ensuring all alarms are accurate as best as possible.

“By moving from periodic checks to continuous, data-driven, self-supervising systems, we’re laying the foundation for truly human-centric, autonomous buildings.

“By automating testing, delivering real-time insights, and enabling remote action, these solutions protect people while freeing up staff to focus on strategic priorities.

“This shift isn’t just about innovation – it’s about smarter, safer, and more efficient operations,”

Siemens said the detectors carry its EcoTech environmental product performance label, use recycled plastics and form part of the Siemens Xcelerator portfolio developed and produced in Switzerland.

Why this North London recycling site turned to Siemens for fire safety

by Featured NewsProjectsWaste & Recycling

Fire detection system installed at Islington Waste Recycling Centre

Siemens has reported that its Cerberus PRO fire detection system has been installed at the Islington Waste Recycling Centre in North London.

The project replaced a 20-year-old system to address evolving waste management fire risks.

According to Siemens, the site handles mixed recyclable waste including plastics, paper, cardboard, wood and rubber.

It said the growing presence of disposable vapes and battery fires has increased the hazard profile.

The facility is one of seven in North London that together process 820,000 tonnes of waste and recycling each year.

Partnership with TP Fire and Security

The installation was delivered in partnership with TP Fire and Security.

Siemens noted that TP Fire and Security is an approved partner and a long-standing provider of fire detection and alarm services to Islington Council.

The firm explained that TP operates from offices in Norfolk, Essex and the Midlands, delivering design, installation and maintenance services nationwide.

TP Fire and Security became an approved partner after Tom Warner joined the business as a fire safety engineer.

Warner had previously worked with Siemens systems and identified the Cerberus PRO as well suited to the Islington site.

Features of the Cerberus PRO system

The Cerberus PRO was selected for its ability to avoid false alarms in dusty environments.

Siemens stated that its advanced signal analysis (ASA) detectors use tailored parameters to distinguish between actual fires and deceptive triggers such as dust.

This configuration reduces disruption while maintaining early detection capability.

Kevin Harris, Technical Design Manager at TP Fire and Security, said: “The Cerberus Pro system was perfect for this environment, with the detectors’ particular capability to operate in such a dusty environment.

“The project went very well, taking some seven days to complete, all while the waste facility was open and operational.”

System layout across the facility

Three Cerberus PRO panels have been installed.

They connect to ASA detectors and manual call points via the existing compliant cabling.

The setup includes 69 detectors in the basement, 38 on the ground floor, and 52 across the first and second floors including the plant room.

A further 74 detectors are located in the tipping hall and 42 in the offices.

Siemens highlighted that the system supports rapid detection in environments where the available reaction time is short.

Experience in waste sector applications

Siemens has extensive experience in protecting waste processing facilities worldwide.

It worked closely with TP Fire and Security to ensure the installation met all relevant fire safety regulations and standards.

Waste sites contain combustible materials and can present ignition sources from processing equipment.

The company indicated that the Cerberus PRO technology is designed to address these hazards.

It added that systems of this type play a role in preventing escalation of small incidents.

Relevance for fire and safety professionals

This installation shows the use of fire detection systems tailored to industrial and environmental demands.

It underlines the operational value of false alarm immunity.

It also demonstrates the importance of customised fire safety measures for waste facilities handling combustible materials.

Siemens Cerberus PRO deployed at Islington Waste Recycling Centre: Summary

Siemens reported that its Cerberus PRO fire detection system has been installed at the Islington Waste Recycling Centre in North London.

The project replaced a 20-year-old system.

It addressed risks from disposable vapes and battery fires.

The site processes plastics, paper, cardboard, wood and rubber.

TP Fire and Security installed the system.

The setup used three Cerberus PRO panels and ASA detectors.

ASA detectors reduce false alarms in dusty environments.

Detectors were installed across the basement, floors, tipping hall and offices.

The system meets relevant fire safety standards.

Siemens has global experience in waste facility protection.

Siemens expands UK team with new Area Sales Manager

by Featured NewsPeople

New leadership for Siemens fire and comfort systems in UK South

Siemens Building UK has announced the appointment of Mark Gutteridge as Area Sales Manager – South for its Buildings Product Sales and Business Development division.

According to the company, Gutteridge will oversee the Fire and Comfort divisions within the Siemens Buildings portfolio across southern England.

The company said Gutteridge has worked at Siemens for over a decade, most recently as Solutions Partner Manager in the digital industries business covering the UK and Ireland.

Siemens stated that his prior roles involved experience in automation and control, including variable speed drives, which it said provided crossover knowledge applicable to building management.

Gutteridge will now lead business development and sales efforts for Siemens’ building technologies portfolio in the southern UK.

Background in digital industries and automation

According to Siemens, Gutteridge has worked across a number of business areas within the company during his 10-year tenure.

His most recent role focused on managing partnerships in the digital industries division, with responsibility across both the UK and Ireland.

The company said this involved extensive engagement with control systems and variable speed drive technologies, supporting industrial clients with automated solutions.

Siemens stated that this experience provided foundational knowledge relevant to building control systems, which he will now apply to his new responsibilities.

The firm noted that the fire and comfort portfolio includes systems aimed at creating safer and more energy-efficient environments in commercial buildings.

Focus on buildings portfolio and regional development

Siemens confirmed that Gutteridge will now be responsible for developing product sales and managing accounts within the Buildings segment in southern England.

The company said this includes responsibility for both fire safety systems and comfort solutions.

According to the firm, the comfort systems involve energy-efficient climate and building management technologies, while the fire division includes detection and protection systems.

Siemens said this dual focus reflects the company’s integrated approach to building systems.

It added that Gutteridge will play a key role in supporting both technical delivery and commercial strategy for the region.

Gutteridge comments on the new role

Gutteridge said: “I’m very much relishing the new challenge.”

He added: “While I have some experience in areas which crossover with building management from my automation and control background – variable speed drives for example – it is essentially a new area for me.”

He continued: “I understand the Siemens solutions-orientated philosophy very well from my previous roles and I look forward to applying that same commitment to finding optimal solutions in providing safer, more comfortable and more energy efficient environments for buildings.”

Siemens Buildings UK and Ireland structure

The Buildings division within Siemens UK and Ireland includes several areas of operation focused on fire safety, building control, energy management and digital services.

The company said the Buildings Product Sales and Business Development team is tasked with aligning customer needs with Siemens’ product offerings.

It added that this includes both direct sales and channel management, particularly in regional roles such as the one held by Gutteridge.

According to Siemens, the appointment reflects an ongoing effort to align sales and business development functions with specialised domain knowledge and regional delivery.

The firm said this move supports the company’s wider goals of optimising building performance and operational resilience.

Siemens expands UK team with new Area Sales Manager: Summary

Siemens has appointed Mark Gutteridge as Area Sales Manager – South for the Buildings division.

The company said he will lead product sales and business development across the Fire and Comfort systems portfolio in southern England.

Gutteridge previously held the position of Solutions Partner Manager within Siemens’ digital industries business.

He has over 10 years of experience at Siemens, with a background in automation and control.

The company stated that his past roles included responsibility for variable speed drive systems.

Gutteridge said he looked forward to applying his experience to building safety and energy management systems.

Siemens said the role reflects its ongoing regional focus in product and client support.

It added that the appointment supports its wider strategy for integrated building technologies in the UK market.

Siemens cloud-based fire safety systems enable silent and remote testing

by Breaking NewsBuilding ManagementFire DetectionSafety

Cloud connectivity in UK fire safety systems

Siemens has announced new capabilities for cloud-connected fire safety systems in the UK, highlighting their use in minimising disruption in public spaces.

According to Siemens, traditional maintenance of fire safety equipment can interfere with regular building operations due to audible and visual alarms and technician visits.

To address this, the company has introduced devices that perform automatic checks without human input, supported by Internet of Things (IoT) functionality and cloud integration.

Siemens said its ASA detectors with DFT (Disturbance Free Testing) technology now allow for remote, silent performance testing, reducing the need for frequent physical inspections.

These systems are designed to support annual on-site checks while performing interim evaluations remotely to ensure consistent functionality.

Remote access and secure data transfer

Siemens explained that cloud gateways enable secure connections between fire safety devices and remote monitoring platforms.

This includes Building X Fire Apps, which consist of the Fire Manager desktop interface and a suite of mobile applications for Android and iOS.

According to the company, these tools allow users to access live system status and testing data from any location, replicating the information available from on-site fire panels.

The data collected includes function test results, detector contamination levels and hazard status, which is transmitted to the cloud in real time.

Siemens said this provides a complete overview of system performance without requiring staff to be physically present on site.

Automatic testing in restricted or sensitive areas

Siemens noted that automatic testing is particularly beneficial in areas where manual access is difficult or disruptive.

This includes locations such as ceiling voids, restricted-access rooms and occupied hotel spaces.

By enabling testing without triggering alarms or requiring on-site technicians, the systems reduce the risk of disturbing building occupants.

The company stated that automatic testing supports early fault detection, reducing the risk of delayed maintenance or unnoticed performance issues.

According to Siemens, this contributes to safer environments without interfering with daily use of the premises.

Reducing site visits and environmental impact

Siemens reported that fewer physical maintenance visits are needed when using IoT-enabled fire safety systems.

When an issue is identified remotely, engineers can attend with detailed diagnostic information, shortening the time spent on site.

The manufacturer said this approach limits unnecessary travel, helping reduce fuel use and carbon emissions associated with maintenance operations.

Siemens stated that around-the-clock system access and automated alerting also support faster resolution of any faults.

This contributes to maintaining operational continuity while also reducing environmental impact.

Proactive system monitoring for reliability

According to Siemens, cloud-connected detectors enable a shift from reactive to proactive maintenance strategies.

Continuous performance assessment helps identify problems early, including changes to system configurations that may reduce effectiveness.

Remote testing is also used to verify system stability following updates or reconfigurations.

Where faults are identified, detailed reports support targeted repairs rather than trial-and-error investigations.

Siemens said these technologies improve overall reliability and confidence in fire safety system performance.

Cloud-based fire safety systems enable silent and remote testing: Summary

Siemens has promoted cloud-connected fire safety systems as a way to reduce maintenance disruption in UK buildings.

The systems perform automatic tests through IoT-enabled detectors.

Remote testing reduces the need for on-site visits.

Data is transmitted securely through cloud gateways to desktop and mobile apps.

Live insights include function testing, contamination levels and hazard status.

Automatic testing helps in hard-to-access or sensitive locations.

Fewer visits lower environmental impact by reducing travel-related emissions.

The system supports early fault detection and targeted interventions.

Remote access provides 24/7 system visibility.

System configuration changes can be verified remotely.

Performance data is available in real time.

Technicians are informed in advance of issues.

This supports efficient response and fewer false alarms.

Siemens deploys digital fire safety systems across Irish Prison Service

by Featured NewsFire DetectionProjectsSafety

Smart detectors reduce false alarms in Irish prisons

Siemens has announced the rollout of a new fire safety system across eight facilities operated by the Irish Prison Service (IPS), according to the company.

The implementation includes advanced detection equipment, digital monitoring tools and remote servicing systems designed to reduce false alarms and improve resource efficiency.

The IPS, part of Ireland’s Department of Justice, manages the detention of individuals held on remand, serving sentences or detained for immigration matters.

Siemens said the project included the installation of its Building X Fire Manager platform with cloud-based monitoring and management functions.

The company stated that the upgrade allows prison staff and Siemens engineers to monitor system status remotely, conduct diagnostics without entering restricted areas, and make operational decisions more efficiently.

Digital features improve safety and efficiency

Siemens reported that the newly installed Sinteso detectors were tailored to the specific challenges of custodial environments.

The devices distinguish between real fire signals and misleading triggers such as dust or steam, reducing unnecessary evacuations and disruptions.

The manufacturer added that the detectors also self-test automatically and generate real-time diagnostic data accessible both on-site and remotely.

According to Siemens, these features minimise the need for in-person inspections in restricted areas and support maintenance planning across hard-to-access zones, including high atriums.

In addition to the detector upgrade, Siemens deployed the Sinteso Connect app, enabling authorised prison staff to monitor fire system status from any location and make early decisions during incidents.

Digital logbooks and remote data access support staff

Siemens confirmed that the system now includes a digital eLogbook, automatically recording fire events and maintenance activity with time-stamped entries.

The company said the system reduces administrative burdens and improves access to compliance records for authorised users.

All prison facilities are now connected to Siemens’ Building X platform, which provides a centralised dashboard for live and historical fire system data.

This integration supports the IPS in managing multiple locations from one interface, enabling faster responses and better oversight of long-term system performance.

Operational changes reduce contractor time on site

Siemens explained that the introduction of digital diagnostics and remote monitoring had measurable impacts on day-to-day operations.

Remote fault identification allows engineers to review and prepare for issues in advance, reducing on-site visit times and improving resolution rates.

According to Siemens, the combination of self-testing equipment and remote diagnostics has lowered the need for escorting contractors, a requirement under Health & Safety protocols.

The company reported that a pilot programme demonstrated a saving of 76 escort days, allowing IPS personnel to focus on core security duties while maintaining system oversight.

Siemens stated that these outcomes show how predictive maintenance and remote access contribute to both operational efficiency and safety assurance.

IPS and Siemens reflect on partnership success

Governor of Works for the Irish Prison Service, Rónán Dunning, said: “The integration of new digital systems and services represents not only our commitment to technological excellence but also our dedication to deliver a sustainable, future-proof safety infrastructure across our organisation.”

Joe Walsh, Head of Siemens Smart Infrastructure, summarised the project: “Through our strategic partnership with the Irish Prison Service, we have engineered a holistic fire safety solution that not only addresses their multifaceted requirements and supports the complexities of their operational environment, but one that is also delivering measurable outcomes.”

Siemens installs fire safety solution across Irish prisons: Summary

Siemens has implemented new fire safety systems across eight Irish Prison Service facilities.

The IPS operates under Ireland’s Department of Justice.

The upgrade includes Siemens’ Sinteso detectors and Building X Fire Manager platform.

The detectors identify fire sources and reduce false alarms by ignoring dust and steam.

The system allows for remote diagnostics and live incident monitoring through the Sinteso Connect app.

A digital eLogbook has replaced manual fire event logging.

Authorised staff can access system records from any device.

Building X enables centralised monitoring of all prison sites.

Remote fault identification reduces unnecessary site visits.

Pilot testing showed a saving of 76 contractor escort days.

IPS and Siemens representatives said the project supports operational efficiency and digital safety management.

Siemens introduces new fire safety training wall in Manchester

by Featured NewsFire DetectionSafetyTraining

Siemens expands hands-on training for fire safety engineers in the UK

Siemens has introduced a practical ‘training wall’ at its Manchester facility as part of ongoing investment in its partner training programme.

According to Siemens, the installation is designed to give engineers hands-on experience with its fire safety and building management systems.

The company said the wall includes Cerberus PRO and Cerberus FIT panels, FDA241 and FDA262 aspirating smoke detectors, sounders, two fire dampers with Siemens actuators, a PXC4 automation station, a Connect Box IoT unit and a Desigo optic embedded device.

Siemens confirmed that these components are connected to demonstrate how the systems integrate with each other and the wider Siemens Building X digital platform.

Siemens trainer highlights need for practical learning

Siemens Fire Product Trainer Justin Leeks, who was appointed in 2023, said the new setup was created to support deeper learning through experience.

Leeks said: “Theory is important but it only goes so far.

“I have been a fire systems engineer myself so understand how getting your hands dirty by being ‘under the hood’ and seeing how these systems operate is the best way of learning.

“This knowledge can then be taken into the field by engineers who understand the specifics of the systems and how to best manage installation, commissioning and maintenance.”

Leeks added: “One of the benefits of the systems is that a lot of the work can be done in advance, pre-configuring a whole site and thereby offering significant savings in on-site installation and commissioning time.

“I’d like to thank Advanced Air and Detector Testers for supplying some of the equipment for the wall – it’s great to see that other companies also recognise the value of training the next generation.”

Training format combines e-learning and in-person instruction

Siemens explained that the training is delivered using a two-part structure.

The company stated that the programme begins with e-learning to cover basic principles, followed by face-to-face sessions for more in-depth technical content.

It noted that the wall was designed with a modular approach so that it can be updated as new products are introduced to the Siemens portfolio.

According to Siemens, this aligns with its wider product strategy of supporting ongoing integration and flexibility.

UK leadership highlights industry relevance

Rob Yates, Siemens Head of Building Products Fire Safety in the UK and Ireland, said the training programme is part of the company’s response to the sector’s personnel needs.

Yates said: “Effective training programmes are vital to the future of the fire safety industry.

“Much is spoken of the skills shortage which demonstrates all too clearly why it is more important than ever that we invest in the training of those that do choose to go into fire safety engineering.

“Hopefully, in doing so, not only do we develop their skills but we also potentially encourage others to consider it as a career option.”

Siemens introduces new fire safety training wall in Manchester: Summary

Siemens has added a practical ‘training wall’ to its Manchester training centre.

The company said the wall includes connected fire safety and building systems hardware.

The equipment features Cerberus PRO and FIT panels, ASD range detectors, and BMS devices.

Siemens stated that the wall supports its Building X platform integration approach.

Justin Leeks, Siemens Fire Product Trainer, emphasised the value of hands-on experience.

Leeks said real-world interaction enhances engineers’ understanding of installation and maintenance.

He credited external suppliers for supporting the setup with additional equipment.

Training combines online foundational content with classroom-based technical sessions.

The modular wall design allows Siemens to update the wall as new products are developed.

Rob Yates, Siemens UK and Ireland Head of Fire Safety, commented on the sector’s skills gap.

Yates said the training investment supports both competence and industry engagement.

Custom fire safety system implemented in major UK warehouse by Siemens and EDSB

by Featured NewsFire DetectionProjects

Large-scale fire system installed at Warrington logistics site

Siemens has reported that a collaborative project with EDSB has led to the installation of a fire detection and air sampling system at a warehouse facility in Warrington, operated by a major UK retailer.

The warehouse spans 81,570 square metres and includes multiple mezzanine levels, offices and storage areas for items such as aerosols and batteries.

The scale and complexity of the site required a multi-technology approach tailored to the building’s layout and environmental conditions.

Over 1,000 devices were installed across the facility.

EDSB’s design team developed a BS:5839 Part 1 system aligned to Category L1/P1 standards.

This included low-level test points, pipe runs of over 200 metres, infrared linear beam detectors and triple infrared flame detectors.

Addressing false alarms and ceiling height detection

A key consideration was preventing false alarms, which could lead to costly four-hour halts in operations.

Siemens and EDSB designed a hybrid fire detection system capable of distinguishing between dust, smoke and exhaust fumes, reducing the risk of unnecessary shutdowns.

High ceilings reaching up to 43 metres presented detection challenges due to stratification.

This was addressed using Siemens’ aspirating smoke detection (ASD) technology.

Pipework and air sampling units were strategically placed at height, with installation beginning once the roof structure was completed.

The system was tested and calibrated following installation to ensure it functioned effectively across the varied conditions within the warehouse.

Project planning integrated with construction schedule

The fire safety installation ran concurrently with the construction of the warehouse.

Siemens and EDSB coordinated with construction managers to align installation with building phases.

Planning meetings were held to evaluate access, space limitations and scheduling.

Geoff Wain, Senior Project Manager at EDSB, said: “This project has been a coordinated effort from the design stage through to installation and commissioning, primarily utilising in-house engineers.

“A dedicated site project engineer handled daily communication with our client to ensure that the phased works were completed on time, delivering the project to the end client.”

Alistair Lyon, Install Leader at EDSB, said: “I believe what we have achieved is something that should be celebrated.

“This has been a long, challenging and complex installation and we have delivered an end product that we can all look back on and say we are proud to have been a part of.”

Centralised system management and integration

The warehouse features a Desigo CC building management head end that integrates fire detection data with HVAC and maintenance systems.

This allows operators to view all building systems through a single interface.

Desigo CC enables the centralised monitoring of fire safety and building operations.

It is connected with the on-site computerised maintenance management system (CMMS), using its open architecture for full integration.

John Fennah from Siemens said: “At Siemens we always strive to work closely with our partners and this application is an excellent example of how such an approach can achieve the best solution.

“By understanding and addressing the specific challenges presented by this warehouse, EDSB were able to match the appropriate technology with the different requirements, arriving at an integrated system which optimises fire safety while effectively managing the HVAC.”

The fire system includes nine networked Siemens fire panels, 34 Siemens aspirator panels and over 30 high-level Siemens beam detectors.

Around 200 interfaces support third-party shutdown controls across the facility.

Custom fire safety system implemented in major UK warehouse by Siemens and EDSB: Summary

Siemens and EDSB have completed a fire detection system installation at a logistics warehouse in Warrington.

The facility covers 81,570 square metres and includes multiple types of storage and work areas.

Over 1,000 detection devices were installed.

EDSB’s system design followed BS:5839 Part 1 and Category L1/P1 standards.

The solution includes infrared beam detectors, aspirating smoke detection and flame detectors.

A hybrid system was implemented to reduce false alarms caused by dust and fumes.

High ceilings were addressed with air sampling systems placed at height.

Installation was coordinated with construction schedules.

Desigo CC was used as the building management system, integrating HVAC, fire safety and maintenance platforms.

Siemens fire panels, beam detectors and aspirator panels were networked throughout the facility.

Around 200 interfaces allow third-party system shutdowns.

The system was tested and calibrated post-installation.

Siemens integrates recycled polyamide in electrical safety devices

by Breaking NewsSafety

Siemens adopts recycled material for RCCBs

Siemens Smart Infrastructure has announced the adoption of a recycled polyamide material from DOMO Chemicals for use in its electrical safety products.

The company will use TECHNYL® 4EARTH® polyamide 6 (PA6), which incorporates 50% recycled content, for the covers and housings of SENTRON 5SV3 residual current circuit breakers (RCCBs).

These circuit breakers quickly disconnect power when detecting a current imbalance, preventing electric shocks and fires in residential and commercial installations.

DOMO Chemicals has developed and validated the material to meet Siemens’ performance and safety requirements.

The PA6 compound is composed of chemically recycled polyamide from post-industrial and post-consumer sources, as well as glass reinforcement, reducing environmental impact without compromising quality.

Circularity and performance in electrical safety

Siemens has introduced this material as part of its sustainability strategy.

Andreas Matthé, CEO of Electrical Products at Siemens Smart Infrastructure, said: “We want to lead the industry with smart and sustainable technology.

“It’s our ‘new normal’ to deploy as much sustainable material as possible for each new product to support our customers in achieving both optimised operations and their environmental goals.”

The SENTRON 5SV3 RCCBs meet the criteria of the Siemens EcoTech label.

They are designed to exceed the IEC 61008-1 standard lifetime expectations, offering 10,000 operating cycles.

The devices are also compatible with Siemens’ standardized accessory system, allowing for upgrades such as auxiliary switches and undervoltage releases.

Flame-retardant polyamide meets industry standards

DOMO Chemicals’ TECHNYL® 4EARTH® C 52G1 V25 CR GY 2747 is used for most of the RCCB covers and housings.

The material includes a phosphorus and halogen-free flame-retardant system and is UL-certified, ensuring compliance with industry safety standards.

It offers molding and electrical properties suitable for demanding applications and can be customised in different colours, including light grey.

Juha Jokinen, Chief Commercial Officer Engineered Materials at DOMO Chemicals, said: “At DOMO Chemicals, our ambition is to support our customers in achieving a lower carbon footprint without compromising performance.

“We are thrilled to partner with Siemens to deliver innovative and sustainable solutions that meet the growing demand for environmentally friendly materials.”

Sustainable polymer portfolio for electrical applications

DOMO Chemicals has developed a range of sustainable polymer solutions for the electrical and electronics industry.

The company offers mechanically and chemically recycled polyamide solutions, as well as mass balance-certified options, with varying levels of environmental impact reduction.

The materials include flame-retardant technologies, laser markability, and colour customisation while maintaining safety standards.

Siemens Smart Infrastructure and DOMO Chemicals intend to expand the availability of recycled polyamide for broader industry applications.

DOMO’s recycling technology and supply chain enable it to provide high-performance polyamide solutions, supporting Siemens’ sustainability efforts.

Siemens integrates recycled polyamide in electrical safety devices: Summary

Siemens Smart Infrastructure has announced the use of DOMO Chemicals’ recycled TECHNYL® 4EARTH® polyamide 6 (PA6) in its SENTRON 5SV3 residual current circuit breakers (RCCBs).

The material consists of 50% recycled content, including chemically recycled polyamide and glass reinforcement, reducing environmental impact while maintaining product performance.

The RCCBs, which meet Siemens’ EcoTech label criteria, offer 10,000 operating cycles and compatibility with accessory upgrades.

The polyamide material is UL-certified, phosphorus and halogen-free, and customisable for electrical safety applications.

Andreas Matthé of Siemens Smart Infrastructure stated that sustainability is a priority in product development.

Juha Jokinen of DOMO Chemicals highlighted the company’s focus on reducing carbon footprints without compromising performance.

Siemens and DOMO Chemicals plan to extend the use of sustainable materials in electrical applications.

DOMO’s recycling technology supports industry demand for environmentally friendly polyamide solutions.

Siemens solution for London landmark

by Featured NewsFire Detection

A Siemens fire detection system has been installed in a London venue as a part of a multi-million pound refurbishment.

The Roof Gardens, around 100 feet above Kensington High Street, is a 6,000 square metre venue on the roof of the former Derry & Toms building in central London.

The decision to invest and restore the site included a need for a fire protection system which reflected the value of the Grade II listed building, including its rooftop gardens designed by landscape architect Ralph Hancock in the 1930s.

Cerberus Pro

Siemens gold solutions partner, London Fire & Security, proposed a system based around Cerberus PRO, Siemens comprehensive EN54-13 approved fire alarm system, with the new ASD+ aspirating smoke detection for certain areas.

Cerberus PRO features ASA detectors with their patented detection chamber design, dual optical sensing technology and Advanced Signal Analysis (ASA) to optimise response. It is designed to enable smoke detection in areas where thermal detection would ordinarily be necessary, providing reliable detection with no false alarms.

ASD+

Reflecting the importance of maintaining the surroundings and the club’s ambience for the Roof Gardens‘ members, in areas where conventional point detectors were deemed to impact on the aesthetics of a venue, Siemens ASD+ was employed.

Siemens has offered ASD systems for a number of years but this new generation, ASD+ features two new detectors which are specifically designed to provide solutions for larger and more complex projects. A single device can cover an area of up to 6,700 m2 – currently the largest coverage area available on the market. 

Even for Class A installations with the highest sensitivity requirements, up to 2,000 m2 of detection coverage is achievable with a single ASD+ detector. This makes the technology ideally suited to applications typified by their large open areas, the roof gardens being a prime example, with the detectors located for ease of access.

The project featured the installation of ASA detectors, sounder beacons, call-points and ASD+ pipework and detectors, with the relevant interfaces, all monitored by Cerberus PRO panels to provide site-wide detection.

London Fire & Security Managing Director, Chris Saxby’s statement

Managing Director of London Fire & Security, Chris Saxby said that: “We are pleased to have added the Roof Gardens to our portfolio of prestigious projects across the capital.

“As a company we always look to promote the benefits of the ASA detection and its ability to provide fault-free fire alarms.

“As a gold partner, Siemens always provides us with excellent support, and that was the case again with this project where we worked closely with the client to ensure we provided a solution which met the specific requirements of the site.”

Siemen’s Fire Systems Sales Manager, Mario Malone’s statement

Marios Malone, Fire Systems Sales Manager with Siemens, commented that: “For such a prestigious venue, the reputation that Siemens has globally as a fire systems solutions provider was certainly a factor in securing the contract.

“Also important was the ASA detectors’ ability to detect real fires and avoid false alarms and therefore unnecessary evacuations given the focus on providing a relaxed atmosphere for the club’s members and their guests.

“This is also reflected in the ongoing monitoring and maintenance of the system remotely. As a cloud-based technology Cerberus PRO enables many of the tasks that had traditionally been conducted on-site to be done remotely, presenting significant opportunities for disturbance-free testing which does not impact on the club’s day-to-day operations.”

Siemens install fire detection system in London venue: Summary

Siemens have installed one of their fire detection systems into The Roof Gardens, a venue based on Kensington High Street.

The project marks an addition to Siemens portfolio across the capital city.