The Westfield Shopping Centre in London is one of the largest shopping centres in Europe with 280 retail outlets and 50 eateries. At the time of construction in 2011 the focus was on innovation and sustainability. Fast forward three years to review our involvement in the success of the building.
In 2011 Safelincs won the contract to supply Westfield with high quality DALI addressable emergency lighting connected to a DALI digital lighting control system. DALI systems reduce the inspection and maintenance requirement for lighting, especially emergency lighting.
The use of natural light and efficient lighting amongst other energy saving measures ensured that Westfield achieved an ‘excellent’ BREEAM (environmental rating).
All Safelincs emergency lighting units were manufactured with integrated control and diagnostic capabilities adhering to strict efficiency specifications without compromising performance.
We upgraded our MP8 and ES8 emergency lights to DALI technology which were then used on all emergency exit routes, final exits and communal spaces in the shopping centre. DALI systems perform the necessary self-diagnostic tests in accordance with BS5266. Each emergency light sends its self test results to the central panel and if a malfunction is found with an individual lighting unit, the specific fault is highlighted.
MP8 were supplied in a chrome finish, complimenting the shopping centre’s interior design.Our maintained (always on) version of ESW units were placed outside of all final exits. Protected up to IP65, the ESW is a tough waterproof unit ideal for external installation.
The use of DALI addressable emergency units into the lighting control system made a very complex system easy to manage. The emergency lighting supplied by Safelincs has delivered long term value for our customer – in terms of operational savings, fire safety and energy savings. We look forward to being involved in future projects such as this.
There is a huge choice of safes in the market and it is difficult and sometimes confusing to make a buying decision without
some guidance. We have therefore compiled a short buying guide to help you, although you can of course ring us for advice if you prefer. We are always happy to help.
may want to purchase a safe due to either an event that has triggered your need to buy a safe or simply because your insurance policy states that you need to have one for your property or business. Ultimately, you purchase a safe to protect an item from being stolen or damaged in the event of a burglary, fire and increasingly flooding.
Most safes will show an insurance rating designed to indicate the level of security that the safe will provide. The higher the insurance rating normally means the more secure the safe is, however you should always check with your insurance underwriter that they will actually cover you for the value you need. Just like all insurance the value may vary depending on you individual circumstances.
You may initially only need a safe to protect cash and valuables, however, many people eventually keep the following items in their safe, so it is important to chose a safe that is big enough!
- Photo’s – digital or paper
- Videos – digital
- All items/documentation that will help you start again after a fire
- Backup drives for computers and servers
- HR files
When purchasing a safe consider what would happen if you lost the key or forgot the code to gain entry. Not all brands offer a key replacement or code retrieval service, which you may need very quickly to gain access to your safe. Safelincs’ suppliers provide a key replacement and code retrieval service to ensure that you can access your safe again quickly (special exceptions apply). You will need to keep some evidence, such as an invoice, about your purchase in a safe place, however this should not be in the safe itself, so that when the need arises you can quickly request a new key or a new access code.
There is a myth that all safes will offer a level of protection against fire, however, because steel is a good conductor of heat, ordinary safes become an oven if exposed to fire and will incinerate its contents unless the safe has a fire resistant barrier in the body and door.
Fireproof safes, also called fire safes, are designed to protect the contents from fire while still providing some level of protection from theft. It’s important that all safes claiming to offer a level of protection from fire have this independently certified from a 3rd party test agency. This is important because you want to be able to trust the safe you have purchased to perform exactly in accordance with the manufacturer’s claims.
Most fire tests will offer 3 levels of fire resistant in terms of time:
- Good = 30 mins
- Better = 60 mins
- Best = 120 mins
The temperatures vary slightly between tests but are mostly:
The UL (USA) Class 350 test also includes a drop test after burning to ensure the door of the safe doesn’t open if dropped from a height (simulating a floor in a burning building collapsing). The 2 drop tests are:
- 15ft (4.5m)
- 30ft (9.1m)
Some fire safes in the market also protect its contents from water. There are two grades of water protection. Protection against immersion (flooding) and protection against spray (from a fire fighter’s hose).
We offer a range of specialist fireproof safes for the permanent storage and protection of hard drives. These hard drives stay inside of a fireproof safe and are powered and linked to via a USB connection that passes through the wall of the safe. This allows you to automatically create computer backups to external hard drives which are stored in a fireproof safe without ever having to move or unplug hard drives for backup purposes.
All safes purchased from Safelincs come with free delivery to your door. An indoor delivery can be quoted by us.
Safelincs offers a free replacement after a fire should your safe be affected by a fire.
Fire safety company Safelincs operates a website www.firescout.co.uk that invites visitors to submit photographs of any potentially dangerous situations they have spotted. All entries are anonymous, the idea being to educate rather than ‘name and shame’. Safelincs then offers advice as to whether the situation could incur a fine and how much, if anything, it would cost to remedy the situation.
A common misdemeanour is to prop open a fire door, sometimes with a fire extinguisher – a double transgression!
Fire doors are an essential part of the fabric of a building and have two important functions in the event of a fire; when closed they form a barrier to stop the spread of fire or smoke and when opened they provide a means of escape. They are designed to be kept closed except when people are passing through them. In some businesses, and in places such as care homes or schools, closed fire doors can act as a hindrance to general mobility and moving around to perform essential tasks. However, there is a way in which the situation can be overcome without compromising safety or breaking the law.
Safelincs provide a number of products manufactured by specialist manufacturer Fireco which allow fire doors to be kept open legally and safely. Each of these products works by responding to the sound (anything above 65 decibels) of smoke or fire alarms; the mechanism holding the door open is released and the door closer on the fire door closes it to prevent the spread of fire and smoke around the building.
Dorgard, the first innovative product Fireco, is a wireless appliance that can be screwed the base of a door in less than five minutes. The standalone device will then hold the door open at any angle allowing freedom of access throughout the building. Utilising acoustic technology, Dorgard ‘listens’ for a continuous alarm of 65dBA or higher which, once heard, will automatically release the door. Dorgard is available in a variety of colours and finishes which will blend in with any décor.
Fireco also produces System X which extends the versatility of Dorgard by linking several different devices and by overcoming the issue of noisy workplaces. A transmitter is wirelessly installed next to a fire alarm sounder or hardwired into the fire alarm system. In the event of a fire, System X will wirelessly transmit simultaneously to multiple Dorgard X or Deafgard X units within a 100 metre range. Safelincs will visit an organisation’s premises and undertake a free survey and make recommendations for siting an effective system.
The latest product from Fireco is Freedor, a unique wire free solution that allows a door to free-swing just like a normal door and to be held open at any angle – automatically closing the door in a controlled manner when a fire alarm sounds. It utilises the same technology that is employed in Dorgard but is fixed unobtrusively to the top of the door. Using Freedor allows freedom of access throughout the building for disabled people and people less able to operate the doors, and assists businesses complying with the Equality Act 2010. The purchase price includes the installation through a professional installer.
All these products have applications in a wide variety of environments and allow easy movement through a building without compromising safety or contravening fire safety regulations.
To find out more about the Fireco range go to www.safelincs.co.uk and follow the link to Fire Door and Exit Equipment or call 0800 612 6537 where there are friendly experts on hand to offer advice.
It’s that time of year where many of us will be looking forward to the celebrations of Bonfire Night. The tradition of wrapping up warm, toffee apple supper, sparklers, bonfire glow and spectacular firework displays all combine to bring crowds of people together, in awe of the decorative night sky that lies ahead.
Although public, organised events are the safest way to enjoy the festivities, many choose to have an intimate, family get-together and celebrate at home. Whatever you choose to do this Bonfire Night, remember to follow these simple safety guidelines from The Firework Code:
– Only buy fireworks that comply with BS 7114 British Standard
– Don’t drink alcohol if you’re setting off fireworks
– Keep fireworks in a closed box
– Follow the instructions for each firework
– Stand well back
– Never go near a firework that has been lit – if it hasn’t gone off, it could still explode
– Never throw fireworks or put them in your pocket
– Always supervise children around fireworks
– Light sparklers one at a time and wear gloves
– Never give sparklers to children under five years old
– Keep pets indoors
Last year, nearly 1000 injuries were caused by fireworks in October and November, with almost half of that figure being children. Don’t spoil your evening with unnecessary injury – stay safe and have fun!
To celebrate Bonfire Night, Safelincs are running a limited time special offer on selected fire safety and first aid products. Make sure you’re prepared and keep your family safe. Act responsibly and enjoy your evening.
The Dräger Parat C is a fire escape hood that fully covers the head, providing 15 minutes of respiratory and eye protection from the toxic gases and fumes produced by fire. The Parat C can be purchased in four different versions; a standard single pack, a soft pack for easy storage, a traveller pack and a twin pack supplied in a wall mounted box.
The hoods are quick to deploy and easy to use, are supplied in one universal size suitable for all ages (including small children), and can be worn by persons with long hair, glasses or beards.
These fire hoods are used for the escape from buildings with long escape routes, are ideal for fire marshals and staff assisting other people to escape from buildings filling with smoke (e.g. teachers in schools). They can be used where smoke from a fire is affecting escape routes. Please note that the hoods will of course not protect you from fire or high temperatures, as the rest of the body is unprotected. If smoke is intense the user needs to move close to the floor where oxygen and cooler air are present.
The Dräger Parat C is fitted with a CO-P2 filter which will protect from the toxic gases shown below:
||Produced by all fires as a component of smoke, caused by the improper burning of carbon fuels. CO is colourless, odourless and tasteless but highly toxic.Human senses cannot detect CO – symptoms include dizziness, headaches, nausea, stomach pains, breathing difficulties and eventually loss of consciousness.
||Produced as a by-product of burning combustible everyday materials such as soft furnishings, insulation, clothing, etc. 20 times more toxic that CO. Targets the heart and brain and can incapacitate its victims within a short period of time.
||Found predominantly in the oil and gas production industry, produced by decaying organic matter and characterised by its strong ‘rotten eggs’ odour. At high concentrations H2S can cause respiratory paralysis, asphyxial seizures and death.
||Smoke is a collection of airborne solid and liquid particles, some of which can be highly toxic and cause poisoning when inhaled. When combined with the other by-products of a fire they can cause severe breathing difficulties, long-term illness, loss of consciousness and even death.
Watch this short introduction video showing how easy these hoods can be used.
The clocks go back on Saturday 25th October and the Government’s Fire Kills campaign is once again reminding people to test their smoke alarms at the same time.
As well as running a high profile campaign each time the clocks change, Fire Kills uses social media to promote monthly humorous videos featuring unusual ways for testing smoke alarms. These have included use of a skateboard, a remote controlled helicopter and a human pyramid!
Those people wishing to test their smoke alarms regularly can take advantage of Safelincs free smoke alarm reminder service and set their own pattern for having their memories jogged. We’ll send a reminder email at a frequency set by you.
Smoke alarm ownership increased rapidly from 8% in 1988 to 70% in 1994 in England, and has continued to rise and it’s now over 88%. However, it’s crucial that they are tested regularly and the batteries changed each year (unless the smoke alarm is a ten year alarm with a sealed-in battery).
After ten years a smoke alarm should be replaced. (Anyone with an Ei mains alarm can replace just the sensor unit using the easichange product. No electrician required.)
Now that the heating season is truly under way it is time to review your smoke alarms and carbon monoxide detectors to make sure you are fully protected. Smoke alarms and CO detectors should be tested once every half year but as a minimum one test per year should be carried out. To ensure that your alarms are not running out of battery power and to avoid that you get woken in the middle of the night by a low battery beep, alkaline batteries should preemptively changed once a year. The lifespan of your alarms also need checking. While smoke alarms are designed to last a full ten years, most CO detectors only last 5 to 7 years.
Any units that are out of date or fail their test need to be replaced. If you find any areas of the house that are not protected yet, you should consider purchasing new smoke and CO alarms to fill these blind spots. To make this more affordable, Safelincs, in partnership with Kidde Safety Europe, one of the leading manufacturers of smoke and carbon monoxide detectors, have introduced two great special offers.
At entry level we are now offering a standard smoke alarm together with a 7 year life CO alarm for just £13.49+VAT.
To stop you having to purchase new alkaline batteries every year and to make sure you get the maximum life out of your alarms we are also offering a top of the range 10 year smoke alarm with sealed 10 year battery and a 10 year carbon monoxide detector with a sealed 10 year battery to give you maximum protection and convenience for only £27.49+VAT.
When you can protect your home and family for a decade at a cost of under £30.00 there really is no excuse for not taking action today!
We are also here to help you with your regular testing regime. We can remind you free of charge when your next test is due – at a test frequency chosen by you.
Safelincs operates a fire safety forum where people’s fire safety questions are answered by professionals. One of the frequently raised topics has been Emergency Lighting. To give you a broader understanding of emergency lighting, this blog compiles the typical queries and answers raised
through the forum.
What is emergency lighting?
Emergency lighting is lighting that comes on when there is a mains power failure. Emergency lights are powered by rechargeable backup batteries which are either located inside the emergency light or in a central battery location
with connections running to each emergency light. Emergency lighting is a general term and is sub-divided into emergency escape lighting and standby lighting. Standby lighting is used to continue normal work during a powercut and, as it is not a legal requirement, is not covered in this guide.
What is emergency ESCAPE lighting?
Emergency escape lighting comes on automatically when the mains power fails and gives off sufficient illumination to enable occupants and visitors to evacuate the premises safely.
Emergency escape lighting itself is sub-divided again into
- open area lighting (bulkheads and other emergency lights)
- escape route lighting (typically illuminated fire exit signs with a running white man on a green background)
- high risk task area lighting (to allow the shut down of dangerous processes)
Publicly accessible buildings as well as most businesses are required by law to provide emergency escape lighting.
What key types of emergency lights are there?
There are two key types of emergency lighting: maintained and non-maintained.
Maintained emergency lights stay on constantly at all times and stay lit for the minimum emergency duration (usually 3 hours) after a mains failure. Maintained emergency escape lights are used in places of assembly like theatres, cinemas, entertainment halls but also shopping centres and
similar venues. They allow the public to familiarise themselves with emergency routes and have the advantage that any failure of the emergency lighting bulbs can be spotted immediately.
A non-maintained emergency light will only light up in the event of a mains power failure and will also stay lit for the minimum emergency duration required. Non-maintained emergency lights are likely to be found in offices, shops and factories.
Does all escape route lighting have to be illuminated?
If sufficient open area emergency lighting is in the vicinity of a fire exit, non-illuminated fire exit signs can be sufficient in locations of minor importance. Photo-luminescent fire exit signs would be preferable in this case, although it has to be ensured that sufficient light is reaching the photo-luminescent sign to ensure it is ‘charged’ at all times.
British Standard BS 5266-1: 2011 provides clear guidelines about the design and installation of emergency lighting. It should be remembered that the British Standards specify the best practice for standard situations, however, a higher standard may be required for a particular installation.
The actual degree of illumination should be closely related to the nature of both the premises and its occupants.
Special consideration should be given to homes for the elderly, hospitals, crowded areas such as pubs, discos and supermarkets and to whether or not the premises are residential.
Borrowed lighting may be suitable in small premises (eg small shops) where there is light coming into the building from a dependable outside source, e.g. street lamps and will adequately illuminate escape routes. Alternatively, single ‘stand-alone’ escape lighting units may be sufficient in small premises and these can sometimes be combined with exit or directional signs.
An emergency lighting system should be installed by an electrician who specialises in emergency lighting.
They would need to be conversant with BS 5266-1- 2011 Emergency lighting-Part 1: Code of practice for emergency lighting of premises.
The question of the requirement for emergency lights in schools is a bit of an anomaly.
As a school is only occupied during the hours of daylight, emergency lighting is not therefore required. However, should the school be used out of hours, in the hall for example, then emergency lighting should be installed in the hall and the exit routes from it. The ‘responsible person’ should have the final say on this and might want to consult the local fire officer.
Toilet facilities for use by disabled people and/or any multiple closet facilities without borrowed light should have emergency escape illumination from at least one luminaire. Organisations may have to provide emergency escape lighting in each cubicle if there is no borrowed light.
What are the rules for rented properties?
For residential properties landlords are deemed to be the ‘responsible person’ for all fire safety and emergency lighting.
Single occupancy houses and houses of multiple occupancy up to two storeys high only need conventional lighting, whereas three and four storeys may require emergency escape lighting if the escape route is complex and there is no effective borrowed light.
Bedsit houses of multiple occupation of one to four storeys (with individual cooking facilities within bedsits) require conventional lighting and emergency escape lighting if risk requires such or there is no effective borrowed light. Bedsit houses of multiple occupation of five or six storeys with individual cooking facilities within bedsits require conventional lighting and emergency escape lighting
Two, three or four storey houses converted to self-contained flats require conventional lighting and emergency escape lighting if the fire risk assessment requires it.
Five or six storey house converted to self-contained flats require conventional lighting and emergency escape lighting. Importantly, common escape routes should be well lit.
There are guidelines to help understand the provision required and landlords need to be aware of their responsibilities to carry out a fire risk assessment, and make sure their property has adequate and appropriate fire safety measures in place.
How do you maintain emergency lighting?
Emergency lights have to be tested regularly unless they are self-testing emergency lights.
Emergency lights with internal backup batteries display a small green LED that indicates that the internal battery is being charged. Older models may have a red light. However, you still have to check the function of the emergency light regularly, as the LED only confirms that the unit charges rather than that the battery will last the full period required or that the bulb is in working order.
All emergency lighting systems must be tested monthly. The test is a short functional test in accordance with BS EN 50172:2004 / BS 5266-8:2004.
The period of simulated failure should be sufficient for the purpose of this test while minimising damage to the system components, e.g. lamps. During this period, all luminaires and signs shall be checked to ensure that they are present, clean and functioning correctly. Emergency lighting key switches are available and allow for the interruption of the power to the emergency lights without affecting the power supply to the normal lighting circuits.
A test for the full duration (usually three hours) of the emergency lights must be carried out once a year. The emergency lights must still be working at the end of this test. The result must be recorded and, if failures are detected, these must be remedied as soon as possible.
Any batteries that do not last three hours should be changed immediately.
Life expectancy will vary depending on the make of the battery – with some makes it is four years, some five years. When the life expectancy date expires the batteries should be changed. It is a good idea that when a battery is changed the date of installation is written on the battery for future reference. Safelincs supply spare batteries.
If the fitting has a fluorescent tube the life will depend on whether the unit is maintained or non-maintained. Safelincs recommends that lamps in maintained bulkheads are changed every six months. If a fluorescent lamp has blackened ends / starting to turn black the tube needs replacing.
The occupier/owner of the premises should appoint a competent person to supervise the testing of the system. This person shall be given sufficient authority to ensure the carrying out of any work necessary to maintain the system in correct operation. Competent can be defined as someone who has sufficient training and experience or knowledge and other qualities that allow them to maintain the system properly. The level of competence required will depend on the complexity of the situation and the particular help that is required.
From a practical point of view, a normal caretaker would be able to use a test key to remove power from emergency lights and ensure that the emergency lights stay on the required period. When it comes to repair of failing emergency lights it would most likely that an electrician would be needed unless the caretaker has sufficient qualifications to replace batteries and lamps.
It is important, though, that all tests are recorded in the fire safety log book.
The longevity of emergency lights is better if lamps are changed before they are fully failing. However, this recommendation probably only applies if an organisation has a contractor for the maintenance of emergency lighting and the costs of a call-out were to be substantial. In such a case pre-emptive maintenance (changing while the light is still working) makes sense.
In the long run LED light are more economical than fluorescent tubes as they save electricity not only when the light is on but even during the trickle charging of the batteries. However, the real saving from LED emergency lights comes from not having to replace the tubes on a half yearly or yearly basis. The LEDs will last a lot longer, hence saving costs for maintenance call-outs and replacement tubes.
Many systems will have fish tail key switches in the power supply leading to suitable groups of emergency lights so that you don’t have to switch off the power at fuse level when you want to check them. If you have a system that can only be tested by switching the lighting power supply off altogether you would only be able to do your tests when the building is empty and if you have suitable portable light or suitable daylight in all locations you are checking. If you have dangerous processes in your company lighting might have to be on all the time, so that a central switch-off would be inappropriate.
In the wake of government cutbacks, up to seven Merseyside fire stations have been threatened with closure. The closure plan – which will lead to 100 firefighter job losses as retiring staff are not replaced – is expected to save £3.4m in 2015/16.
Many other areas are facing similar cuts as austerity measures continue to bite. At the beginning of the year Britain’s oldest fire station, in Clerkenwell, closed along with nine others in the London area. London Fire Brigade is cutting 552 firefighter jobs and reducing the number of fire engines by 14, saving £45m over two years.
London Fire Brigade said the cuts will not affect the service it provides because the number of fires has fallen by 50% over the last 10 years.
Improvements in passive fire protection such as fire resistant soft furnishing and the reduction of the number of smokers as well as changing diets with less deep fat fryers and fat being used have played important roles in this improvement.
The widespread installation of smoke alarms and the early warning these give have also had a major impact. Smoke alarm ownership increased rapidly from 8% in 1988 to 70% in 1994 in England, and has continued to rise in recent years to 88% in 2011. However, whilst only 12 per cent of dwellings report not having a working smoke alarm in England, more than one third of fires occurred where no alarm was installed. There were also numerous cases where fatalities have occurred despite smoke alarms being present, however, they either weren’t working or the batteries had been removed.
This emphasises how important it is to regularly check that smoke alarms are actually working by pressing their test button. Safelincs provides a free service to regularly remind householders via email to check their smoke alarms are working.
Having a working smoke alarm is, however, only the first step. Without having the ability to extinguish a small fire, even an early detection will not stop a building burning down. Portable fire extinguishers can be used to tackle small fires at an early stage, as long as the right medium is used.
In domestic situations Safelincs recommends the innovative water mist extinguisher which works by creating a very fine ‘dry’ mist which can be used on just about every type of household fire including electrical and deep fat fryer fires – with absolutely no chemical residue.
The authorities are adamant that the fire service cuts will not affect response times but the cutbacks will have acted as a wake-up call to many to enhance their domestic precautions.
Following the success of our first aid section, especially of our defibrillators, we have introduced a new medical emergency product range – Oxygen Care. Oxygen is essential for our bodies to function correctly. A wide range of injuries or illnesses such as asthma, near drowning, cardiac problems or smoke inhalation restrict this critical oxygen supply, and within just 3 minutes of starving vital organs, irreparable tissue damage can occur.
Recognising the importance of providing the body with immediately accessible oxygen, OxySure is a safe, easy to operate emergency oxygen system, which can be used by anybody without previous training, by following a simple three step process:
1) Plug in the mask
2) Turn the knob
3) Place the mask over the nose and mouth of the patient
OxySure then provides a 15 minute supply of medically pure oxygen. This instant supply of oxygen helps to bridge the time gap until first responders arrive.
OxySure uses a revolutionary non-compressed technology, in which two inert powders, contained inside a disposable cartridge, are stored separately until the moment of activation. Once the knob is turned, the powders are combined to create medically pure oxygen. After use, the cartridge can be safely disposed of in regular household waste and a replacement cartridge is inserted.
Without the need for traditional pressurised cylinders, OxySure creates no fire risk or explosion hazard, and is safe to store in any indoor or public access location including the home, offices, sport centres, schools, restaurants, airports etc.
OxySure is there to help from the onset of a medical emergency. It provides lifesaving oxygen when you need it most until the arrival of the emergency services.
To find out more about OxySure, please visit our website or call 0800 612 6537 and our friendly customer services team will be happy to help.