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Testing & maintenance
Testing fire alarms
Fire alarms save lives. They are a vital part of your prevention and detection strategy, and one of the best ways to keep people safe in your premises. On this page you can learn about fire alarm best practice for businesses and places that aren't homes, and how to avoid false alarms.
It's important to keep your fire alarm system properly maintained – if you don't look after it properly, it might fail to warn of a fire.
A regular maintenance schedule and effective local management will ensure the alarm can do its job. Make sure the maintainer is competent (and accredited) and that the schedule, combined with local alarm management practices is effective.
Considering your fire alarm system (and its on-going management) is an important part of your Fire Risk Assessment – is generally required under fire safety law. It will also play a role in your Emergency Plan.
Be sure to test the system regularly, run suitable fire drills, train the staff according to needs and resolve system faults as soon as possible, ensuring interim measures are applied if the system is compromised.
If you have a stay-put strategy or a phased evacuation, make sure this is supported by your risk assessment process to make sure it isn’t compromised by any ongoing building maintenance/works. If the fire alarm system may be isolated in areas of works, make sure you have put in place alternative means of a fire alert.
False alarms
We understand that false alarms happen – but you should take care to reduce the likelihood, and if there is a false alarm, take appropriate action.
Tragically, people have died thinking a real fire was ‘just another false alarm’. Most false alarms are the result of an activity such as cooking, smoking or hot works or sometimes simply because the system was not taken off-line when being tested.
It’s important to minimise the false alarms to prevent complacency.
Why are false alarms dangerous?
- fire crews should be at real emergencies – where they could be saving lives
- the 'crying wolf' factor – frequent false alarms in a building cause staff to become complacent and less willing to act quickly when the alarm activates
- unnecessary risk – we travel at high speed to attend ‘emergency’ calls and accidents can happen. False alarms put the public and our crews at unnecessary risk
Reducing false alarms
Thankfully, there is a lot you can do to reduce false alarms. Much of it is simple common sense – and part of your legal responsibilities already.
- make sure the fire alarm design suits the premises design and use
- make sure the alarm system is properly and regularly maintained
- investigate false alarms and work with maintainers to build in measures that prevent unnecessary recurrence
- introduce a suitable filtering process – a means to safely investigate why the fire alarm went off BEFORE calling for the fire brigade
- consult with suitable professionals for relevant advice
- don’t forget you can talk to us if you’re struggling to resolve the problem and need guidance
Testing emergency lighting
It is the occupier’s responsibility to ensure all the necessary work and tests are completed.
What standard should my emergency lighting system be fitted to?
Emergency lighting systems should conform to British Standard BS5266-1:2016.
Routine inspections and tests
All tests should, wherever possible, be undertaken at times of least risk. This is due to the possibility of a failure of the normal lighting supply occurring shortly after a period of testing.
Daily inspections by the occupier
An inspection should be made every day to ascertain that:
- every lamp in a maintained system is lit
- the main control of any central battery system indicates normal operation
- any fault found is recorded and the action taken noted
Monthly inspections by the occupier
Two tests should be carried out as follows:
Self-contained emergency lights
- each self-contained emergency light and illuminated exit sign should be powered from its battery, by simulating a mains supply failure. This should only be for long enough to ensure that each lamp is illuminated
- the period of simulation failure should not exceed one quarter of the rated duration of the emergency light or sign
- during this period all emergency lights and / or signs should be examined visually to ensure that they are functioning correctly
- at the end of the test period the supply to normal lighting should be restored and any indicator lamp checked to ensure that it is showing that the normal supply has been restored
Central battery systems
- each central battery system should be powered from its battery by simulating a mains supply failure to the normal lighting. This should only be for long enough to ensure that each lamp is illuminated
- the period of simulation failure should not exceed one quarter of the rated duration of the battery
- during this period all emergency lights and / or signs should be examined visually to ensure that they are functioning correctly
- if it is not possible to examine visually all emergency lights and / or signs in this period, further tests should be made after the battery has been fully recharged
- at the end of each test period, the supply to the normal lighting should be restored and any indicator lamp checked to ensure that it is showing that the normal supply has been restored. The charging arrangements should be checked to ensure proper functioning
Six-monthly inspections by the occupier
Every six months, the monthly inspection should be carried out and the following two additional tests made:
Self-contained emergency lights
- each three-hour self-contained emergency light and illuminated exit sign should be powered from its battery for a continuous period of one hour, simulating a mains supply failure to the normal lighting. If the light is rated as having a duration of one hour, then the period of simulation failure should be 15 minutes
- during this period all emergency lights and / or signs should be examined visually to ensure that they are functioning correctly
- at the end of this test the normal lighting should be restored and any indicator lamp checked to ensure that it is showing that the normal supply has been restored
Central battery systems
- each three-hour central battery system should be powered from its battery for a continuous period of one hour, simulating a mains supply failure to the normal lighting. If the system is rated as having a duration of one hour, then the period of simulation failure should be 15 minutes
- during this period all emergency lights and / or signs should be examined visually to ensure that they are functioning correctly
- at the end of the test period the supply to the normal lighting should be restored and any indicator lamp checked to ensure that it is showing that normal supply has been restored. The charging arrangements should be checked for proper functioning
Three-yearly inspections by the occupier
Every three years, the monthly inspection should be carried out and the following two additional tests made:
Self-contained emergency lights
- each self-contained emergency light and / or illuminated exit sign should be tested for its full duration
- at the end of the test period the supply to the normal lighting should be restored and any indicator lamp checked to ensure that it is showing that normal supply has been restored
Central battery systems
- each central battery system should be tested for its full duration
- at the end of each test period the supply to the normal lighting should be restored and any indicator lamp checked to ensure that it is showing that normal supply has been restored
Subsequent annual test by the occupier
For self-contained emergency lights with sealed batteries, after the first three-yearly test, the full three-yearly test should be carried out annually.
Routine examinations and tests of emergency lighting systems should be recorded.
Testing fire doors
As with any similar life-saving product, a fire door should be regularly checked to ensure it functions properly and is ready to use.
Most of the time, a fire door is used like any other door and is subject to the day-to-day wear and tear of opening and closing when people pass through. The building and the surrounding environment can also change and affect the door. It is important to check if regular use or changes to the surroundings affect it in any way.
Any slight alteration to the door or its surroundings can affect the performance of the door. This can result in a half-hour fire door lasting a lot less.
Fire door identification
All fire doors should have a controlled self-closing device fitted to them, either in the form of an overhead arm actuated type, a floor spring contained under the floor on the hinged edge of the door, or a ‘perko’ chain device installed on the hinge side of the door between the edge of the door leaf and the door frame.
In premises with multiple fire doors, it may be good practice to physically number every fire door for easy identification when carrying out maintenance checks and repairs.
Monthly inspection by the occupier
Tests should be carried out as follows:
- with a self-closing device, open the door fully and check it closes without binding on the floor. Open the door a few inches, the width of a clenched fist, and again check it closes fully, overcoming the latch or seal (if fitted). Check door closing speed to be approximately 10 seconds from 90 degrees and ensure that the door does not slam. Adjust speeds as necessary. Ensure that the doors are not being wedged open
- make sure that door hold-open devices (if fitted) are not straining the door against its self-closing device. A closer, fitted at the top of the door, should have a hold-open device at the top of the door. A floor spring at the foot of the door should have the hold-open device fitted at the bottom
- if fitted, ensure that any electromagnetic hold-open device is operating correctly and releases the door immediately after power is cut (when the fire alarm activates)
- if fitted, ensure any intumescent strips or combined intumescent / cold smoke seals are not damaged or missing. If in need of repair, they must be replaced with the same type as originally fitted. If smoke seals have to be replaced, they should be fitted in one continuous length if possible. If fixed piecemeal, they could potentially leak at the joints
- if fitted, inspect the glass. If it is cracked or broken it must be replaced immediately. If it is not replaced then, in the event of a fire, the smoke and gases will travel through the glass, which means the fire door will not last its fire rating. This work must only be undertaken by companies with appropriate third-party certification
Routine inspections and tests of self-closing fire doors should be recorded.
Inspecting firefighting equipment
As a business owner, you have a responsibility for the provision of appropriate firefighting equipment. It is also your responsibility to check that all firefighting equipment is located correctly and in effective working order. Portable fire extinguishers must be tested at least once a year by a competent person. In addition, regular checks should be carried out to ensure that extinguishers are not obstructed and are readily available for use at all times.
Fire drills
Why are fire drills important?
Fire drills, particularly if they are mandatory and unexpected, can dramatically reduce fear, should the worst come to happen.
Exercises for your staff should be held regularly to ensure the smooth operation of the procedure for dealing with an emergency.
Initial instruction
The training of staff should provide for the following:
- all members of staff should receive a personal copy of prepared written instructions, and initially should receive two periods of at least half an hour verbal instruction given by a competent person. Such instruction should include details of how to call the Fire and Rescue Service
- these two periods should be given within one month and, in the case of newly engaged staff, this should be as soon as possible after appointment
Follow-up instruction
After the initial instruction, all members of staff should receive at least half an hour verbal instruction, given by a competent person, as follows:
Premises which are in use throughout the year:
- at least once in every period of six months for employees engaged only on daytime employment
- at least once in every period of three months for employees who are at any time engaged on night duties
Premises having only seasonal use:
- at least once during the period in which the premises are open, preferably at the beginning of such period
Exercises
Large premises
- exercises which may be combined with the instruction, should be carried out once in every period of six months
- the exercise should include a simulated evacuation drill with the assumption that one escape route is not available
- each exercise should be started at a pre-determined signal and the whole premises checked as if evacuation were in progress
Small premises
- exercises, which may be combined with the instruction, should be carried out once in every period of six months and should take the form of a walk-over the escape routes, checking fire doors, the position of the fire alarm points, fire equipment and emergency lighting
Responsible person
One specific person should be made responsible for organising staff training and for co-ordinating the actions of the staff in the event of fire.
Effective arrangements should also be made for a nominated deputy to be available to carry out the above duties.
Does the Fire and Rescue Service have to be notified when a fire alarm test / fire drill takes place?
If your automatic fire alarm system is monitored by an independent monitoring company, who would contact us whenever your fire alarm is activated, then we need to know before you carry out the drill. If it is not, there is no need to contact us, although you may wish to advise your neighbours to prevent them from calling us.
A record of the training and instruction given to staff and exercises held should be recorded. Provision is made in our fire safety logbook for this purpose.
Building standards
We use any relevant standards to ensure buildings comply and are safe for both occupants and any attending emergency responders.
Fire safety legislation
Jersey’s laws are there to protect its residents and visitors alike. This fire safety legislation ensures safety standards are met and reduces the risk.
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