The Door Industry Journal: Fire and Security

Showing posts with label Fire and Security. Show all posts

Friday, 9 October 2026

DHF issues guidance on Machinery Legislation

The European Machinery Directive 2006/42/EC will be fully withdrawn on 21st January 2027, following a three-year co-existence period, and replaced by the new Machinery Regulation (EU) 2023/1230. The change will have implications for machinery manufacturers in the UK, depending on where they operate and whether they place products on the market with a CE or UKCA mark.

The new Regulation introduces a number of changes from the existing Directive. These include provisions covering emerging technologies and the use of digital documentation, as well as additional requirements for third-party assessment of certain safety products.

It also places responsibilities on other parties within the supply chain to ensure that transportation or storage does not affect a product’s compliance. Importers and distributors will also have responsibilities where they believe a product does not comply with the relevant requirements.

For UK manufacturers of powered doors, the current requirements are set out in the Supply of Machinery (Safety) Regulations 2008 (SMSR), which implemented the European Machinery Directive into UK legislation. The introduction of the European Machinery Regulation therefore creates different considerations for UK manufacturers, depending on their location and the markets in which their products are placed.

The UK Government has made revisions to the SMSR, but these have so far been focused on enabling CE marking to continue in Northern Ireland under the Windsor Framework and permitting CE-marked products to be imported into the UK in accordance with existing guidance.

The Government has stated that it does not intend simply to introduce the European Machinery Regulation into UK legislation. Rather, a new UK regulation is expected to broadly follow the European Regulation while reflecting the requirements of the UK market. There is currently no confirmed timescale for its introduction.

To help members understand the changes and manage the current position, DHF has issued a new guidance document on Machinery Legislation. The document explains the requirements that apply to manufacturers according to their circumstances and provides guidance for companies and individuals elsewhere in the supply chain.

DHF members can access the guidance document via this link: https://bit.ly/3SLOcFZ

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Wednesday, 7 October 2026

Why Ultion developed ALPS Plus

When Ultion ALPS launched, it was the first cylinder to pass the updated PAS24:2022+A1:2024 standard and the Sold Secure Diamond 2024 test. At the time, no other cylinder on the market could say the same.

The industry has moved on since then. Other manufacturers have caught up with the standard, which is exactly what should happen. Higher compliance across the board is good for everyone, including homeowners.

But at Ultion, meeting a standard has never been the finish line.

How testing has evolved

The compliance deadline is approaching and any cylinder supplied into PAS24 applications must meet the updated standard. The same applies to Sold Secure SS312, which has been updated to include the same four additional attack methods.

What's less well understood is that beyond the written standard, the way products are actually tested has also evolved. Accredited test houses in the UK are now applying more sophisticated techniques within the existing test parameters. A cylinder can pass the standard and still not hold up to the methods being used in practice.

Scott Brittain, Head of Technical at Ultion, explains: "The standard itself hasn't changed, but the way products are being tested has evolved. We've developed ALPS Plus specifically to withstand the techniques now being used by accredited test houses, not just to meet the minimum required on paper."

What ALPS Plus offers

ALPS Plus is Ultion's most secure cylinder, built on the foundation of ALPS but enhanced to keep pace with how testing and real-world attack methods are developing. It is fully PAS24:2022+A1:2024 compliant, meets the updated Sold Secure SS312 2024 standard and comes with KeyControl as standard to block unauthorised key copies. It is available in keyed alike sets so one key can open every Ultion lock on a property and features a thick dimple key for added resistance to snapping.

ALPS Plus is available to trade now. Contact your Ultion account manager or visit www.brisant-secure.com/login/ for more information.

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Tuesday, 6 October 2026

New RIBA-approved CPD explores why door hinge specification deserves more attention

Hinges account for only a small proportion of the cost of a typical door assembly, yet they play a critical role in how doors perform throughout their lifespan.

A new RIBA-approved CPD from hinge specialists SIMONSWERK explores the factors that influence hinge specification, helping architects understand how considerations such as door properties, applied hardware, environment and fire safety requirements can all affect hinge selection.

"Specifying Door Hinges: Balancing Design, Performance and Compliance" covers two RIBA core curriculum areas, legal, regulatory and statutory compliance, and design, construction and technology.

The CPD provides a practical framework that architects can use to support early design decisions and discussions with specialist suppliers. The presentation also includes project examples to demonstrate how hinge specification responds to different architectural requirements.

Commenting on the new CPD, Andrew Kite, Managing Director at SIMONSWERK UK, said: "The aim of this CPD is to give architects greater confidence when approaching hinge specification, helping them understand the key influencing factors, ask the right questions early and make more informed decisions."

The session runs for approximately 45 minutes and is available in person at your practice or online. For details or to book, contact cpd@simonswerk.co.uk or visit uk.simonswerk.com/en/architecture/riba-approved-cpd

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Monday, 5 October 2026

Marantec Gives You More: Customer Service

As installers face increasingly demanding schedules, tighter turnaround times and customers who expect problems to be resolved quickly, the support behind an automation product can be every bit as important as the product itself.

That is why Marantec UK is continuing to develop a more complete support offering, bringing together 24/7 digital technical guidance, an expanding library of practical video resources, direct access to experienced people and, most significantly, a new level of commitment behind its Garage Door Operator range.

The principle is simple: give customers more than the product.

A New Commitment to Garage Door Operators

Marantec’s Garage Door Operators are premium German-engineered products designed around reliability and long-term performance.

Now, Marantec UK is adding another layer of reassurance for customers.

For the first year, following installation, if an eligible Marantec Garage Door Operator develops a qualifying product fault, Marantec UK is introducing a commitment to attend site and resolve the problem within 24 hours.

Eleven members of the Marantec UK team have been trained to support the initiative, with dedicated equipment carried within their vehicles to help ensure they have what they need when attending a customer site.

The objective is not simply to inspect the problem and leave.

Where the commitment applies, the intention is that the engineer does not leave the customer with a broken garage door. If the operator cannot be repaired, the team will be equipped to replace it and restore operation.

It represents a significant commitment behind a product Marantec UK already believes strongly in.

The new one-year support commitment sits alongside the existing five-year product warranty, creating an additional layer of reassurance during the crucial first year of operation.

For installers, it means being able to supply a premium product knowing there is a UK team prepared to stand behind it if something does go wrong.

Paul Connor is proud to launch this support initiative: “We know our customers put their own reputation on the line every time they recommend and install a product. If they choose a Marantec Garage Door Operator, we want them to know that we are standing behind that decision too. We have confidence in the product, but customer service is about what you do when something unexpected happens. Our aim is simple: never leave a customer worrying about a garage door operator that is out of action.”

Technical Support, 24 Hours a Day

Not every technical query requires someone to attend site.

Marantec UK has also expanded the ways engineers can access technical guidance through Lingo, its automated 24/7 support assistant available directly through WhatsApp.

Engineers can start a conversation from their phone, select the relevant product and explain the problem they are experiencing.

Lingo uses Marantec UK’s technical documentation and approved support materials to provide step-by-step guidance around installation, configuration and troubleshooting. It can support questions involving areas such as limit setting, wiring, photocells, safety edges, error codes and commissioning.

Crucially, the conversation does not have to remain automated.

If a question requires more detailed assistance, the engineer can request support from a member of the Marantec UK Technical team. The information already provided is passed across with the enquiry, helping the Technical team understand the issue without asking the customer to start again.

It creates a support journey that can begin at any hour of the day and move to experienced human support when required.

Answers Before You Need to Ask

Another important part of the support strategy is helping customers find answers themselves.

Marantec UK continues to expand its YouTube channel with practical FAQ and tutorial videos covering products from across the range.

The aim is to create a growing technical library that engineers can access on site, in the workshop or before beginning an installation.

The official Marantec UK channel already includes guidance covering areas such as Garage Door Operators, Tube Motors and control panels, with content focused on installation, configuration, maintenance and troubleshooting.

These videos sit alongside the wider Product Support area of the Marantec UK website, where customers can access instruction manuals, datasheets, technical documentation, FAQs and training information.

Rather than expecting an engineer to search through multiple sources when a question arises, the objective is to make practical information increasingly easy to find.

Support in the Way Customers Need It

Digital resources are valuable, but they do not replace people.

Marantec UK continues to provide direct technical support alongside free product training, with training available across the products it supplies. The company’s website also positions customer support as extending from the initial enquiry through to product selection and installation.

Together, these different levels of support create a much broader proposition:

• 24/7 guidance when an engineer needs an immediate answer.

• Video FAQs when they want to see how something is done.

• Technical documentation when detailed product information is required.

• Experienced people when a problem needs individual support.

• And now, for Garage Door Operators, a new commitment designed to provide reassurance when it matters most.

More Than Automation

Reliable products will always remain fundamental to Marantec UK.

But as customer expectations continue to evolve, the businesses that stand out will increasingly be those prepared to support customers beyond the point of sale.

For Marantec UK, that means combining premium automation products with accessible technical knowledge, practical training, digital support and people who are prepared to take responsibility when customers need help.

The product opens the door, but the support behind it is what builds the relationship.

Marantec UK gives you more+.

www.marantec.co.uk

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Sunday, 4 October 2026

A Fire Door Framework: Why Every Component Counts

Passive fire protection and fire door hardware are intrinsically linked. Fire doors are tested as a complete assembly of certified hardware components, with performance relying on the coordination of each individual ironmongery product.

This crucial partnership is designed to contain fire and smoke when it matters most. However, even a seemingly minor fault - whether a loose hinge, damaged seal or an incorrectly adjusted door closer - can compromise the performance of an entire fire door assembly. If one element fails, the safety of a building and its occupants is put at risk.

Iain Banks of Allegion UK provides a detailed guide on the functional hardware behind fire doors, exploring how each component plays a vital role in protecting people, property and compliance.

Door Furniture

“An appropriate handle is fundamental to the safe operation of a fire door. Where decorative hardware may suit an aesthetically driven application, fire doors are functional, and as such, door furniture should prioritise durability, practicality and ease of operation. There are two common handle types found on fire doors. Lever handles are typically fixed to latched fire doors, providing intuitive operation from either side of the door. Pull handles on the other hand, are generally used on unlatched doors and are particularly useful on larger, heavier fire doors where they are often paired with push plates.

“Specification aside, door furniture must always remain securely fixed, with handles operating smoothly and returning freely to a horizontal position after use. Loose, damaged or missing handles can prevent the latch from engaging correctly, compromising the door’s ability to provide effective compartmentalisation. To improve the durability of handles, bolt-through fixings are recommended as they secure the furniture through the door and the lock or latch case, reducing the likelihood of screws moving or loosening over time. Always remember, by securing installations this way, the door leaf is penetrated, and so, each fixing and component must be suitably fire-rated and compatible with the certified door assembly to maintain performance.”

Hinges

“Fire door hinges perform one of the most demanding roles within the assembly by facilitating the necessary pivot action that provides movement to the door. To support the height and weight of a standard fire door, most timber assemblies require the installation of at least three certified hinges, with each positioned on the vertical edge of the door leaf and frame. For larger, heavier doors standing over 2.2 metres tall, a fourth hinge may be necessary.

“In order to withstand frequent opening and closing cycles, accurate installation and regular maintenance is essential here. Each hinge must be present with all fixings secured using the correct screws supplied or specified by the manufacturer. Should a fire door become difficult to operate, it’s important to check hinges for loose screws, signs of metal fragments or excessive oil leakage, all of which may indicate signs of wear. When damaged hinges are identified, they must be replaced with like-for-like certified products, with CE, UKCA or BS EN 1935 marks present and installed in accordance with the manufacturer’s instructions.”

Door Closers

“Door closers also play a central role in the movement of fire doors and are often regarded as one of most critical life-saving devices in passive fire protection. Typically fixed to the top face of the door leaf, concealed inside a mortised pocket or built into the floor beneath the door pivot point, door closers provide the controlled closing action that ensures a fire door has reliably closed after every use. Controlled opening speeds also help to minimise a fire door’s misuse by reducing impact damage. Such is their importance to fire door safety, closers are required on all flat entrance doors and fire doors located on escape routes.

“Should a fire door fail to close and engage with the latch successfully, it may be that the closer has been incorrectly installed or damaged and, therefore, needs correcting or replacing. In some cases, a door closer may have been inappropriately adjusted or even mistakenly - or purposely - disconnected, completely invalidating the reliability and fire rating of the door assembly. Routine inspections should confirm that the door closer is present, is securely fixed and shows no signs of damage that may be stopping the door from closing from any open position. When checking the condition of a door closer, the door should close and engage the latch as intended when released from an approximate angle of 5° or 75mm.”

Locks, Latches and Cylinders

“Where door closers are responsible for returning the door to its closed position, locks and latches make sure it remains securely closed. This is critical in a fire situation, where certified fire doors can keep fire and smoke at bay for 30 or 60 minutes - when rated FD30 or FD60 respectively. Both locks and latches should always be fire tested as part of the complete door assembly. In fact, removing latches or replacing them with products that have not been tested can invalidate certification and compromise fire door integrity.

“When it comes to routine maintenance, it’s important to check for sticking mechanisms, misaligned strike plates and metal dust deposits, which are typically located on the latch bolt or strike plate, and could represent high levels of wear or damage. The latch must engage fully into the strike plate and hold the door firmly in place every time it closes. Where a lock incorporates a cylinder, that too must be compatible with the tested lockcase and operate smoothly without excessive resistance. A cylinder should be considered part of the fire door assembly, with incompatible hardware potentially affecting both fire performance and security, and as such, replacements should always be supported by suitable test evidence.”

Hold-open and exit devices

“Hold-open and exit devices are specialised hardware components that provide safe, single-action egress on fire doors. An electromagnetic hold-open device can legally hold open fire doors, allowing for a greater flow of movement in high traffic areas, whilst being primed to automatically release the door when its connected fire alarm system is activated. These devices should be tested to BS EN 1155. It’s also important to recognise that using wedges or other improvised methods to hold open a fire door is unlawful and dangerous. Should an electromagnetic hold-open device not release the door when a fire alarm is activated, a problem may have occurred, such as the door straining against its self-closing device upon operation.

“Panic and emergency exit devices are designed to provide safe and rapid escape with minimum effort. As such, devices must be securely fitted and functioning correctly at all times to ensure reliable operation at any given moment. Poor maintenance and unsuitable hardware replacements are common issues and can affect the mechanical operation of a system, and therefore the door. Emergency exit devices and panic exit devices must comply with BS EN 179 and BS EN 1125 respectively, together with appropriate UKCA and CE marking. This way, fire doors can efficiently maintain the balance of rapid evacuation when open and dependable protection against fire and smoke when closed.

Intumescent and smoke seals

“Intumescent seals are concealed around the frame or door leaf and whilst going largely unnoticed during the operation of a door, they spring into immediate, critical action during a fire. When exposed to the high temperatures of fire, intumescent seals will expand significantly, and in doing so, they close the gap between the door leaf and frame, creating an effective barrier against smoke and fire.

“Smoke seals provide additional protection by restricting the passage of smoke before temperatures become high enough for intumescent seals to activate. The inhaling of smoke is one of greatest risks to life in the event of a fire and so, over time, seals should be regularly inspected for damage. Excessive gaps between the side of the door and the frame could remove any compartmentalisation efforts. With this in mind, a maximum gap of 3mm is recommended around all fire doors, whilst ensuring both intumescent and smoke seals remain intact and undamaged. Simply put, seals are an essential element of fire door safety.”

Fire Door Signage

“Fire door signage is often the final piece of the compliance puzzle. ‘Fire Door Keep Shut’, ‘Automatic Fire Door Keep Clear’ and ‘Fire Exit Keep Clear’ signs are mandatory on all fire doors in the UK as per the Regulatory Reform (Fire Safety) Order 2005. They provide clear instructions to a building’s occupants and visitors and as a result, must remain present, legible, undamaged and appropriate for the door’s function.”

www.allegion.com

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Friday, 2 October 2026

Durable and Hygienic Double Action Doors from Hörmann UK

Hörmann UK offers a range of durable and hygienic double action doors designed for fast, easy access in high-traffic environments such as food production, cold storage, retail, and logistics facilities.

Manufactured in four material choices, polyethylene (PE500), stainless steel, scratch-resistant HPL compact board, or wood - the doors offer robust performance, long service life, and excellent resistance to impact and wear. Available in single or double leaf configurations and a wide choice of colours and finishes, they can be tailored to suit a variety of operational and design requirements.

Engineered for performance and hygiene the double action doors are resistant to moisture, acids, and alkalis. They perform reliably in temperatures ranging from -30°C to +60°C, making them suitable for use in both chilled and ambient environments. Each door is fitted with shock-proof, maintenance-free stainless steel hinges that ensure a long service life, with the option of 180° or 360° hinges to allow flexible, full-width access and ease of movement for personnel and vehicles such as forklifts.

The PE500 model is constructed from 15mm moulded polyethylene, offering exceptional impact resistance — ideal for areas with high traffic and frequent equipment contact. Available in thirteen standard colour options and three special finishes, including Traffic Red and RAL colours of choice, the PE door can be further customised with glazing options, impact absorber profiles, and finger guards.

The newly introduced HPL compact board door offers the same technical capabilities as the PE version. With a 15mm thick door leaf and enhanced scratch resistance, it is available in 14 contemporary colours and finishes. The wood version provides a high-quality natural look and comes in 16 finishes, although it is not suitable for use at low-temperatures or in food-handling environments.

For more design-focused or high-spec environments such as catering outlets or food service areas, the stainless-steel version combines durability with aesthetic appeal. Featuring a 0.8mm thick stainless-steel sheet and a 40mm CFC-free PU hard foam core, this door provides excellent thermal insulation and a sleek, professional appearance in striped or circular finishes.

Installation is fast and efficient thanks to Hörmann’s pre-assembled supply system, which includes the frame, door leaf, and hinges minimising fitting time and cost. An innovative frame system ensures a stable wall connection, contributing to smooth, long-term operation. As the doors operate without power, they are virtually maintenance-free, offering a cost-effective and reliable solution for businesses focused on operational efficiency.

The versatility of Hörmann’s double action doors makes them a valuable addition to any industrial or commercial facility. They can also be combined with other Hörmann door systems to create flexible access solutions - such as TD roller shutters, fire sliding doors, or insulated sliding doors for deep-freeze or chilled areas to help maintain ambient temperatures and minimise energy loss.

www.hormann.co.uk

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Tuesday, 29 September 2026

Abloy’s PROTEC2 CLIQ access control system improves East Midlands Ambulance Service medicine management

Abloy UK has provided East Midlands Ambulance Service (EMAS) with its PROTEC2 CLIQ access control solution to enhance the management and security of controlled drugs across its operations. The project specification included almost 2,000 keys and approximately 600 cylinders, enabled via Wall Programming Devices.

Operating in a tightly regulated healthcare environment, EMAS is responsible for ensuring the secure handling and administration of controlled drugs within its ambulance fleet and depot facilities. With increasing compliance requirements and the need for greater accountability, EMAS recognised the necessity to upgrade from its mechanical key system to an electromechanical, auditable solution.

W.G. Pollard Security Specialists (Pollards) had previously installed 600 bespoke safes into EMAS’ emergency vehicles, and so EMAS enlisted them again to advise on this new project. Pollards, having previously worked with Abloy on similar projects, recommended the PROTEC2 CLIQ system based on its technical capabilities and suitability for EMAS’ operational needs.

Neil Hughes, Business Development Manager at Abloy UK, said: “The PROTEC2 CLIQ system was introduced to support the operational requirements of the East Midlands Ambulance Service. The solution was selected for its ability to provide physical security and real-time auditability, giving EMAS complete control and traceability across its operations.”

The upgraded solution secures drug cabinets not only in centralised depots but also within the ambulance vehicles themselves. Each staff member carries a programmable key which is authorised daily, ensuring access is granted to those who are scheduled and approved to handle the substances on a given day.

One of the advantages of the PROTEC2 CLIQ system is its ability to manage lost or stolen keys efficiently. A lost mechanical key system would mean either downtime, risk of misuse or an expensive and time-consuming replacement process. With the Abloy solution in place, compromised keys can be disabled remotely, and new ones can be issued with precise access permissions.

The deployment was conducted in two phases, the first focusing on software and Wall PD installation for central management, and the second on the delivery of safes and the installation of cylinders into drug storage units.

Peter Pollard, Director at W.G. Pollard Security Specialists, said: “Having worked with Abloy UK on a number of projects, we recommended the PROTEC2 CLIQ system based on its technical features and suitability for the environment. The system combines flexibility, auditability and ease of key management, which are particularly relevant in healthcare settings.”

For further information on products and services available from Abloy UK visit www.abloy.com, email info@abloy.co.uk or call 01902 364 500.

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Sunday, 27 September 2026

Smart as Standard: Why Has the Door Industry Been Left Behind?

Smart technology is everywhere, except, it seems, in the part of the home responsible for protecting everything and everyone inside it. Justin Harris shares his thoughts on smart technology and its growing role in our industry...

We control heating, lighting, appliances and security from our phones. A basic LED bulb might cost £5, yet for £7 it can offer an app, colours and dimming. Why, then, has the door industry expected homeowners to pay £500, £800 or even £1,000 more to make a door smart?

We should be brutally honest. Smart perimeter access has not been held back because homeowners cannot understand it. They use smart technology every day. It has been held back because our industry has not consistently offered the right product, confidence, simplicity, support and price.

Why has adoption remained low?

Many smart products are retrofitted or combine a device, cylinder and lock from different suppliers. Compatibility and integration are not the same. Door manufacturers and installers carry the risk of difficult setup, unreliable operation, callbacks and uncertainty over responsibility.

If they do not trust the product, they will not propose it. If they do not demonstrate the benefits, homeowners will not know why they might want it. Low adoption may reflect industry confidence, not homeowner interest.

Smart ready is not a smart door

Some doors described as smart ready have no smart capability when installed. The homeowner may buy something later, but even then, it may only monitor whether the door is open or closed.

That is “jam tomorrow”. A sensor can provide information, but it observes the door; it does not control it. It cannot necessarily lock or unlock the door, manage access or let someone enter without a key.

A smart door should provide visibility and action. Crafted Synergy is installed as a complete solution from day one, not a promise the homeowner must complete later.

Engineered as a smart doorset

A smart turner is only as effective as its lock. Many locks were never designed for motorised operation. Real doors move, bow and twist. Weather and seasonal change affect the force required. A person can compensate. A smart turner cannot.

Winkhaus did not rush another standalone product to market. AV4 and Thunderbolt accommodate the realities of a working doorset, with Polaris designed specifically around them.

We have placed doors under duress and repeatedly tested whether Polaris continues to operate. Comparative assessments with prospective customers reinforce the conclusion: the mechanical lock is critical to successful smart operation.

That is the difference between attaching smart technology to a door and engineering a smart doorset.

One complete ecosystem

Crafted Synergy combines German engineered locks, cylinder security, sensing and smart technology within one purpose designed ecosystem. The components have been dovetailed and tested together. There is no pick and mix from unrelated suppliers.

Installation, app setup and calibration are simple. Key operation remains, while the homeowner gains smart control and confirmation that the door is physically closed and locked.

Technology sits discreetly inside. Outside, the door retains its traditional appearance and compatible furniture. Smart functionality should be experienced, not displayed to the street.

The sale is not app, motor or sensor. It is children entering without keys, managed access for relatives, carers or tradespeople, and reassurance that the door is secure.

Our lifestyle videos and homeowner materials will demonstrate these real-life benefits. Customers receive the product, story and support needed to take it confidently to market.

A complete smart door for as little as £180 more

With Crafted Synergy and Polaris, the additional cost to the homeowner can be as little as £180. Over a conservative 15 year door life, that is £12 a year, £1 a month or less than 25 pence a week.

They receive mechanical security, active access, meaningful door information, simple operation and real family benefits from installation.

That is price plus: engineering, integration, testing, simplicity, immediate functionality, design freedom, homeowner benefits and marketing support at a realistic price.

Be first and lead the change

The market is difficult. That makes differentiation more important, not less. When competing doors look similar, why should homeowners choose yours?

Crafted Synergy changes that conversation. Sell how the door protects, operates and supports the way the homeowner lives. Stand out, increase value, sell more doors and improve profitability.

Innovation often wins in difficult markets. The products are ready, the benefits are clear and the additional cost is realistic.

Our challenge is simple: be first and lead the change.

Smart technology has changed the rest of the home. It is time for the door industry to catch up.

www.winkhaus.com

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Friday, 25 September 2026

DoorBird Launches the New D22x Series for Modern Building Requirements

Modern buildings are placing ever-increasing demands on door communication systems. Property owners, operators, and residents require intelligent solutions that accommodate different user groups, support flexible access methods, and meet high standards for security, connectivity, and integration.

With the new D22x series, DoorBird introduces a new generation of IP video door intercoms. Developed based on specific customer requirements, the series combines cutting-edge technology, exceptional flexibility, premium design, and Made in Germany quality.

As part of the ASSA ABLOY Group, the global leader in access solutions, DoorBird combines innovative IP-based door communication with extensive expertise in modern building security.

Security and Control at a New Level

The D22x series comprises more than 30 models and is the direct successor to the globally successful D21x Series. New additions to the portfolio include versions with digital nameplates, which can be managed centrally and remotely, offering significant advantages for property managers, housing associations, and operators of larger buildings.

All models feature a 5 MP HDR camera with a Sony image sensor and a 180° ultra-wide-angle lens, providing excellent visibility of the entrance area even under challenging lighting conditions. Video transmission is available in HD quality via the local network or through DoorBird Cloud Pro. Outstanding audio performance ensures clear and intelligible communication between visitors and residents, even in demanding environments.

Depending on the model, a variety of authentication methods are available, including the app, dual-frequency RFID, Bluetooth, PIN code, QR code, and fingerprint recognition. The security concept is further enhanced by a radar-based 4D motion sensor and an integrated tamper sensor.

Simplified Installation and Maximum Integration

With the D22x series, DoorBird also simplifies installation. Thanks to the integrated power output for electric door openers, many installations no longer require a separate power supply for the door release mechanism. This reduces cabling complexity, saves installation time, and lowers overall system costs.

Open interfaces such as SIP, OSDP, RS485, and Wiegand, along with a comprehensively documented LAN and Cloud API, enable integration with more than 100 smart homes, access control, video surveillance, and building management systems.

The door station supports installations with up to 3,000 residential or office units. In addition to traditional call buttons, digital nameplates and displays with resident directories are available. Accessibility features can be added to every model, including an integrated hearing loop, pictograms, and acoustic door-opening confirmation signals.

As an ISO/IEC 27001-certified company, DoorBird incorporates privacy and information security throughout the development process in accordance with the Security by Design principle.

Sustainable Modernisation of Existing Installations

The D22x series offers a particularly cost-effective way to modernize existing DoorBird D21x installations. When upgrading, only the main electronic unit needs to be replaced. Existing housings, front panels, and other components can continue to be used, while all existing settings can be retained. This significantly reduces installation effort and contributes to environmental sustainability.

Design as Part of the Architecture

In addition to technology, design plays a central role. More than 50 finishes and color options allow seamless integration into a wide variety of architectural concepts, from private residences to prestigious commercial properties.

Using the DoorBird 3D Configurator, customers can customize the D22x series to their individual requirements. Front panel size and shape, engravings, mailboxes, and the integration of reader units from leading manufacturers can all be configured with maximum flexibility.

“Modern buildings require solutions that can adapt flexibly while remaining easy to integrate,” says Sascha Keller, Founder and CEO of DoorBird. “With the D22x series, we provide a future-proof platform that combines powerful door communication, flexible access solutions, and sophisticated design Made in Germany.”

www.doorbird.com/shop/d22

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Thursday, 24 September 2026

External Pedestrian Doorsets – Demonstrating Compliance with Designated Standards

Fiona Critchley, Chair of the Timber Doorsets Group at the Door & Hardware Federation and Head of Communications, Gerda Security Products, outlines key points of which to be aware.

The Construction Products Reform White Paper places product safety at the centre of proposed reforms to the construction products regulatory regime. It identifies that only just over a third of construction products are currently regulated through designated standards and highlights ongoing concerns regarding incomplete, unclear, and misleading product information.

The Government’s objective is to ensure that construction products are safe, trusted, and supported by accurate, accessible, and transparent information.

Although new standards and Digital Product Passports are expected from 2028/29, the existing designated standards remain applicable today. CPR 305/2011 continues in UK law and is policed by the Office for Product Safety and Standards (OPSS).

For developers, architects, Principal Designers, manufacturers, economic operators and the wider supply chain, understanding the applicable standards and evidence is essential to ensure that external pedestrian doorsets are correctly specified, manufactured and installed.

The compliance route depends on the type of doorset. There are three important categories:
Standard external pedestrian doorsets, such as flat entrance/balcony doors and service-room doors;
External pedestrian doorsets incorporating panic hardware; and
External pedestrian doorsets requiring fire resistance and/or smoke control.

These categories have different assessment and verification requirements.

Designated Standards

Two designated standards apply:

BS EN 14351-1:2006+A2:2016
Windows and doors – Product standard, performance characteristics – Part 1: Windows and external pedestrian doorsets.

BS EN 16034:2014
Pedestrian doorsets, industrial, commercial, garage doors and openable windows – Product standard, performance characteristics – Fire resisting and/or smoke control characteristics.

BS EN 16034 cannot be used independently. Where fire resistance and/or smoke control is required, it must always be applied alongside another designated standard.

1. Standard External Pedestrian Doorsets

Standard external pedestrian doorsets without fire, smoke or panic-hardware requirements are covered by BS EN 14351-1:2006+A2:2016.

Examples include flat entrance or balcony doors; front entrance doors; and service-room doors.

These products are subject to AVCP System 3. This means that the manufacturer or economic operator must ensure that initial type testing has been completed for the applicable Annex ZA essential characteristics. Testing must be undertaken by a UKAS-accredited test laboratory using the relevant test methods.

Applicable essential characteristics include: Thermal transmittance; Watertightness; Wind resistance; Air permeability; Acoustic performance; and Dangerous substances.(Just to note security is not an essential characteristic in Annex Za).

Where permitted, No Performance Declared (NPD) may be used. However, Thermal transmittance cannot be declared as NPD in the UK and must comply with Building Regulations.

For England, the current maximum U-values are 1.4 W/m²K for non-fire-rated external pedestrian doorsets; and 1.8 W/m²K for external pedestrian doorsets with fire resistance / smoke control.

Declaration of Performance

The Declaration of Performance (DoP) is the legal document under the Construction Products Regulation and provides the basis for UKCA or CE marking.

It should identify the applicable designated standard; the manufacturer; the product and product reference; the intended use; the date of issue; and the applicable Annex ZA essential characteristics.

Marking is on the product or the packaging, or accompanying documentation

2. External Pedestrian Doorsets with Panic Hardware

External pedestrian doorsets incorporating panic hardware remain within BS EN 14351-1, but they are subject to AVCP System 1 rather than System 3.

This is because of the safety-critical characteristic of ability to release.

An Approved Body is responsible for assessing ability to release and is also involved in sampling assessment of relevant characteristics, including: Thermal transmittance; Watertightness; Resistance to wind load; Air permeability; and Acoustic performance.

NPD may be declared where permitted, except for ability to release and thermal transmittance.

The manufacturer must issue a DoP and apply UKCA/CE marking, including the Approved Body identification number.

The distinction is important: a doorset incorporating panic hardware should not simply be treated as a standard external pedestrian doorset under AVCP System 3.

3. External Pedestrian Doorsets Requiring Fire Resistance and/or Smoke Control Performance.

Where an external pedestrian doorset requires fire resistance and/or smoke control, both designated standards apply:

BS EN 14351-1:2006+A2:2016; and
BS EN 16034:2014.

BS EN 16034 cannot be used on its own.

These doorsets are subject to AVCP System 1 which means that they require Approved Body involvement for factory production control and product sampling prior to testing. Testing is undertaken at a UKAS-accredited test house using the relevant standards: BS EN 1634-1 for fire resistance testing and BS EN 1634-3 for smoke leakage testing.

Fire classifications are established in accordance with EN 13501-2+A1:2016, based either on a Direct Field of Application, using a single test, or an Extended Field of Application (EXAP). The EXAP route involves several primary tests, with results considered strictly in accordance with the applicable EN 15269 EXAP rules. The resulting EXAPs and classification reports are subsequently considered by the Approved Body. Classifications include: E: Fire integrity; EW: Fire integrity and limited heat radiation; EI: Fire Integrity and full insulation, with the duration in minutes stated thereafter.

Smoke classifications include Sa for ambient temperature smoke leakage; and S200 for hot smoke leakage.

The Approved Body uses the test evidence and classification report to issue the Certificate of Constancy of Performance (CoCoP), which the manufacturer uses to support their declaration of fire and smoke performance in the DoP.

The manufacturer then has to combine the essential characteristics for both designated standards into the one Declaration of Performance for the doorset / doorset range.

Marking for EN 16034 includes the UKCA or CE Mark with the registered number of the Approved Body on the product.

System House and Cascaded Test Evidence

Many fire door producers operate as fabricators or assemblers using designs, components and test evidence developed by a System House. A System House may develop and test the doorset design, hold the master CoCoP and cascade approved designs and evidence to individual producers.

However, cascaded evidence does not remove the producer's own regulatory responsibilities. A producer must not assume that a BS EN 16034 CoCoP is sufficient evidence of compliance for the complete external fire-rated pedestrian doorset.

The CoCoP provides evidence for the fire resistance and/or smoke-control performance covered by BS EN 16034. It does not, by itself, demonstrate compliance with the other applicable requirements of BS EN 14351-1.

The Doorset must also meet BS EN 14351-1

The producer must ensure that the doorset design has appropriate test evidence against the relevant performance standards required by BS EN 14351-1:2006+A2:2016.

Essential characteristics include: Thermal transmittance; Air permeability; Water tightness; Resistance to wind load; and Acoustic performance.

The evidence must relate to the doorset design being manufactured, including its relevant construction, components and configuration, and the finished product must remain within the scope and limitations of the supporting evidence.

The producer therefore needs to consider the System House evidence as one part of the overall compliance package, not as evidence that the complete doorset complies with both standards.

The producer remains responsible for ensuring that the final doorset is manufactured in accordance with the approved and tested design; uses the specified and approved components as laid down in the tested design; has appropriate evidence for the relevant BS EN 14351-1 characteristics; has appropriate evidence supporting its BS EN 16034 fire and/or smoke classifications; has a issued a correct DoP covering the applicable requirements of both standards (as laid out in Annex Za of both designated standards) and is correctly UKCA/CE marked.

A BS EN 16034 CoCoP is therefore not, by itself, evidence that the complete external fire-rated pedestrian doorset complies with BS EN 14351-1.

Conclusion

The compliance route for an external pedestrian doorset depends on its characteristics and intended use.

A standard external pedestrian doorset, such as a flat entrance/balcony door, front door or service-room door, is covered by BS EN 14351-1 and AVCP System 3.

An external pedestrian doorset incorporating panic hardware remains under BS EN 14351-1, but is subject to AVCP System 1, requiring Approved Body involvement because of the ability-to-release characteristic.

Where fire resistance and/or smoke control is required, the doorset must comply with both BS EN 14351-1 (with either of the two afore-mentioned systems) as well as BS EN 16034 which is subject to AVCP System 1.

The Declaration of Performance remains the legal document. For fire-rated doorsets, the CoCoP provides important third-party evidence for fire and smoke performance under BS EN 16034, but it does not replace the producer's responsibilities under BS EN 14351-1.

Where System House arrangements and cascaded evidence are used, producers must ensure that the doorset design has appropriate test evidence against the relevant performance standards required by BS EN 14351-1, as well as appropriate evidence for its BS EN 16034 fire and smoke performance.

Ultimately, compliance depends on a complete chain of evidence linking the tested design, relevant performance testing, manufacturing process, certification, declared performance and final product. Accurate documentation and clearly defined responsibilities are fundamental to product safety, regulatory compliance and confidence throughout the supply chain.

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Wednesday, 23 September 2026

Investing in the Future of Architectural Hardware

Amid a developing landscape of regulation, digital innovation and heightened expectations around competence, how can the industry support the next generation of architectural ironmongery professionals? GAI Fellow Award 2026 Winner, David Gray of Consort Architectural Hardware, discusses.

There was a time when architectural ironmongery might have been viewed as humble brassware, hinges and fittings only. That perception could not be further from the reality of the sector today, however. Door hardware, fire safety products and intuitive access control systems are central to the design, performance, accessibility and compliance of our homes, community spaces and commercial environments.

Against a backdrop of regulatory change and increasingly demanding end user requirements, there’s no doubt that the complexity of construction projects continues to grow. The drive towards smarter, more connected buildings is expanding the scope of integrated hardware solutions, and when you add in the progressive digital processes that are now shaping modern project design and delivery, it’s clear to see how the role of the architectural ironmongery professional is evolving.

Investment in the next generation is critical then. Importantly, the skills challenge facing our sector goes beyond talent acquisition alone - in fact, ongoing professional development has a vital role to play in maintaining standards, encouraging innovation and building the industry expertise required for the years ahead.

Preparing for better outcomes

Like many specialist areas of construction, architectural ironmongery relies heavily on experience and technical know-how. Traditionally, much of that knowledge has been developed through practical collaboration and hands on experience. Today, however, formal education, structured training and continuing professional development now sit at the heart of the occupation.

Over recent years, the sector has experienced significant developments in building and fire safety legislation and regulatory requirements, including the Building Safety Act 2022 and amendments to the Regulatory Reform (Fire Safety) Order 2005. These developments have placed greater emphasis on competence across the built environment sector. BS 8670-1:2024 also provides a core competence framework covering the skills, knowledge, experience and behaviours required for individuals working on buildings.

For architectural ironmongery specifically, these principles are central to the specification and delivery of products that can have a direct impact on safety, accessibility and security, such as fire door closers, panic exit hardware and escape locks. In short, a lack of knowledge on the hardware installed throughout our buildings can have serious consequences, particularly when products form part of a life-safety system. As competence and accountability move to the forefront of decision making, training should no longer be regarded as an optional professional benefit, instead it is an essential part of responsible practice.

Modern architectural ironmongery professionals are increasingly expected to move away from passive product selection and instead must be able to demonstrate an understanding of the wider specification process.

Why is a particular ironmongery solution appropriate for that application? How should it be specified, installed and maintained? And how will it interact with other elements of the building’s infrastructure? Trained professionals are better equipped to answer these questions, whilst understanding the relationship between BS EN standards, relevant building regulations and the needs of modern building users.

Bridging the knowledge gap

The connection between competence and professional development is also being driven by the modernisation of architectural hardware. This next generation of professionals are entering an environment where mechanical hardware products now form part of sophisticated electronic and integrated systems.

Between Building Information Modelling (BIM) and next-gen electronic access control solutions, the range of technologies influencing architectural ironmongery continues to expand. This creates opportunities for the sector, but also raises the bar in terms of the knowledge needed to specify and deliver effective solutions. At the same time, as with many specialist sectors, architectural ironmongery faces the challenge of an aging demographic among experienced technical specifiers.

There is a clear responsibility to preserve that knowledge whilst creating meaningful routes for the next generation to develop their own expertise alongside new standards and technical practice. Professional recognition can form an important part of that process. Where many architectural practices prefer to work with accredited ironmongers, the Guild of Architectural Ironmongers’ Registered Architectural Ironmonger (RegAI) certification, provides a recognised demonstration of professional competence.

Conscientious manufacturers, distributors, specifiers and industry bodies must come together to ensure professional development remains accessible through structured career paths, mentoring, technical guidance and funded training.

These routes, alongside regular CPDs and the GAI’s Certificate in Architectural Hardware for example, can help businesses to attract new talent whilst supporting emerging professionals and existing teams as they develop their technical understanding and confidence. The bottom line is, a more aptly trained workforce can support effective specification and communication which ultimately contributes to better project outcomes.

The case for education and upskilling is therefore not only important for individual career development, but it is fundamental to the success of the ironmongery industry as a whole. The evolving demands associated with competence, innovation, safety and sustainability only demonstrate why training is no longer a one-off exercise. Ongoing professional development should not be viewed as an administrative expense, instead, it is a strategic investment - one the sector simply can’t afford to miss out on.

Ongoing Support with Consort Architectural Hardware

Consort Architectural Hardware is committed to supporting professionals within the sector, providing focused technical CPDs and digital specification guidance in the form of BIM and Revit integration.

For those looking to develop their knowledge and understanding on architectural ironmongery finishes, Consort’s CPD course ‘Architectural Ironmongery Finishes – Finding the Right Balance’ is delivered by accredited experts and explores the selection and application of finishes within architectural hardware.

A second CPD course ‘What Makes Ironmongery So Complicated’, provides an introduction to the principles of architectural ironmongery specification and explores many factors that influence hardware selection.

For more information on Consort Architectural Hardware CPDs, contact info@consort-hw.com

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