No, a fire door is designed to withstand fire for a set period of time, and it must have fire test evidence to prove this performance. This will usually be a certificate of performance, showing that the door can withstand fire for a certain length of time.
Fire doors have a minimum fire rating of 30 minutes (FD30), but some steel fire doors can achieve 240 minutes of fire resistance (FD240).
There are three pieces of operational hardware that are critical to a fire door’s performance: hinges, door closing devices and locks. In a fire, these products help to close and secure the doors in the frame for a period of time to allow intumescent protection in the frame to expand and fill the gaps around the door.
To conform to EN1154, the smallest door closer that can be used on a fire door is a size 3. The heavier the door, the more powerful the closer must be. The smallest size 3 is up to 60kg and 950mm wide and the largest size 6 up to 120kg and 1400mm wide.
Depending on where the door is located, you may need panic or emergency exit hardware. The type of hardware required will depend on the building’s type, application, its occupation levels, and where the door is in the building. For fire doors on an escape route, panic or emergency exit hardware is mandatory.
Emergency exit hardware is mainly used in buildings where users are familiar with exit routes, such as offices, and are not accessible to the public. Devices for these doors could be a simple push pad type device or a lever handle operating a mortice escape lock or nightlatch.
Panic hardware is used when the general public has access to the building and may not be familiar with the exit routes, for example in hospitals and community buildings. This applies to any room with a capacity of over 60.
Any doors in areas that are accessible to the public must have a device fitted that is operable by a horizontal bar that covers at least 60% of the overall door width. As well as being easier to see and use, it also adds another layer of safety functionality in the event of an emergency
There are three types of signs for use on fire doors:
– Fire Door Keep Shut – for self-closing doors used for passage of people
– Fire Door Keep Locked – for doors which are locked shut and only used occasionally
– Automatic Fire Door Keep Clear – for doors which are held open using a legal device or are swing-free but revert to self-closing when a fire alarm is activated
If replacing any fire door hardware, the new components must be equal to or better than the fire/mechanical performance of the door.
To tell if a product is ‘like for like’, look at the tested elements and the certification for the products. Check what type of door the ironmongery is tested for use on. A product that has been fire tested for use on an FD30 is not necessarily suitable for use on an FD60 and vice versa (without prior testing on that type of door).
Remedial work should not include any removal of intumescent materials from the door unless damaged. Any replacement of hardware intumescent kits should be the exact same material, size and thickness.
Any works should be carried out by a competent person and should be signed and countersigned by the tradesperson completing the installation and the fire door inspector. All materials used should be clearly listed and a certification file compiled for future reference.
A fire door needs regular maintenance and checks to prevent and address issues that could impact performance. There is not a specific frequency stated within law, but HOPPE (UK) recommends at least once per year.
When inspecting the ironmongery on a fire door, here are some key things to check:
– CE marked hinges are firmly fixed with no missing screws
– Seals are fitted at the top and sides of the door
– The door closer shuts the door firmly into the latch from any position
If in doubt about any fire door hardware, consult with the original door manufacturer or contact one of HOPPE (UK)’s Guild of Architectural Ironmongers (GAI) qualified experts for advice on 01902 484 400.
For new high quality, contemporary student accommodation at Somerville College in Oxford, IG Masonry Support was able to create a solution.Posted in Articles, Bricks & Blocks, Building Industry News, Building Products & Structures, Case Studies, Drainage, Guttering, Soffits & Fascias, Facades, Restoration & Refurbishment, Retrofit & Renovation, Walls
VORTICE has supplied heat recovery units for 45 new affordable homes in the Heckington and Sleaford area. The design specification for the homes meant the unit needed to be installed under the stairs. Therefore, due to its compact dimensions, the Vort HR200 BP unit was an ideal choice.Posted in Air Conditioning, Articles, Building Industry News, Building Products & Structures, Building Services, Case Studies, Facility Management & Building Services, Heating Systems, Controls and Management, Heating, Ventilation and Air Conditioning - HVAC, Restoration & Refurbishment, Retrofit & Renovation, Sustainability & Energy Efficiency
For the first time since 2019, HMG Paints employees are heading into the heart of Manchester on Sunday 22nd May to take part in the annual Great Manchester 10K run.Posted in Articles, Building Industry Events, Building Industry News, Building Products & Structures, Charity work, Interiors, Paints, Paints, Coatings & Finishes
Newton Specialist Contractor Garratt’s Damp and Timber provided their waterproofing expertise as part of the refurbishment of a high-end commercial property in the prestigious London Borough of ChelseaPosted in Articles, Building Industry News, Building Products & Structures, Building Services, Case Studies, Damp & Waterproofing, Facility Management & Building Services, Posts, Restoration & Refurbishment, Retrofit & Renovation