AnthonyB

If it's a care home you don't have them set to all release like that as the risk from resident's absconding, particularly in dementia care, is far higher than in fire. As you are using staff to evacuate the compartment of origin they would use the local overrides at each door, leaving the compartments not in fire secure (important as all the staff are busy in the compartment on fire or at the control panel awaiting the fire service). There would be a manual override that would release all the doors at the fire panel as a back up, but properly managed progressive evacuation rarely needs it. You should seek advice from a third party certified fire risk assessor with decent care home experience who can give advice specific to your situation and importantly put it in your risk assessment.

IFE branches often arrange days, nonmembers can go but pay more. Colt do lots of smoke control webinars, fire alarm equipment manufacturers do cpd days too

Not much of an expert...... Photoluminescent signage cannot compensate for lighting unless it's a full BS5266-6:1999 compliant low mounted way guidance system such as the below: 0 which ensures the safe route is illuminated. You need a good continuous supply of light (usually white light fluorescent or LED as oppose to natural light) to 'charge' the photoluminescent material so it will glow at the required lighting level for the required duration on light failiure EL provision is risk assessment based as acknowledged in the current BS5266-1 and so an FRA could require more cover or even less. It's OK to use borrowed or natural light but you must bear in mind that natural light is strongly susceptible to the time of year, time of day and even the weather and you need to account for all times relevant persons may be expected to be on site and the possible risks. Don't forget that EL isn't just a fire safety thing, but a general H&S one - it's a far more common occurrence for circuit and power failure when there isn't a fire - hence why many older existing premises are gradually upping their EL cover

If you look in Building Regulations it's perfectly acceptable to have a protected shaft and not go to the hassle and expense of stopping at each floor as long as the lift shafts have been correctly sealed. The work should have been notified to Building Control so if they are happy with only horizontal sealing then that should be fine (they won't be reliably certifying that the actual sealing work is done properly though so I'd check the method of sealing and any bits missed)

The equipment is identical, the main differences are the design criteria: - Audibility: Different requirements, e.g. Part 1 requires 75dB at the bed head of a bedroom, Part 6 only requires 85dB at the open bedroom door - Warning for the hearing impaired: Again different requirements, more detailed and stricter in part 1 - Manual Call points: Differing requirements for call point location, not always required and different location requirements in Part 6 - Capacity of standby batteries: Generally greater for Part 6 systems (72 hours instead of 24 hours) - Radio linked systems: Different requirements (largely similar though)

Unfortunately it's all guidance at the end of the day, and despite the fact there should be a consistent approach different Local Authorities have different interpretations (some out of date or plain wrong, others sensible and balanced) perhaps you should see what the EHO's in your area would be looking for.

Not expanding foam (even fire rated)! Envirograf have lots of products for uprating existing installations.

Yes it is technically an HMO if converted, or purpose built up to 2 flats, but not under mandatory licensing unless it meets the 5 persons, 2 households threshold (number of floors is irrelevant as that's gone in England), there may be additional or selective licensing requirements dependant on Council.

Meaning of the plug: https://www.firesafe.org.uk/wp-content/uploads/docs/bwfcolcod.pdf

Not necessarily (Your FRA should determine this) Many smaller fish & chip shops have such short travel distances there is no need for fire separation for life safety/compliance purposes and often have open doorways between the two areas. The only complication with these premises is if there is upstairs living accommodation accessed from inside the shop.

Many of the professional plan providers use CAD as there are existing libraries of fire protection related symbols to use with them.

Whilst pricey a water mist would be the best as you would only need one extinguisher to cover all risks - Class A (solids), Class F (cooking oils) and live electrical equipment instead of the traditional (more sales led) approach of a wet chemical extinguisher, CO2 extinguisher and fire blanket (If your fryers are bigger than 300mm diameter and/or contain more than 3l of oil then they are useless as that's the maximum size fire they are tested and approved for) https://www.safelincs.co.uk/ultrafire-water-mist-fire-extinguishers/

In theory anything is possible with risk assessment, but it goes against all the various guidance and standards. The problem is that if a premises is big enough to need an electrical fire alarm it must start off as a manual system, a principle going back well over 60 years, so you need manual call points - after all, humans make very good detectors which is why today in many types of building there is still no requirement for any detection (it's mostly there for property). If you have only the pt6 detectors and you find a fire in it's early stages before they sound (not improbable) you have no way of raising the alarm other than waiting until it grows enough to trigger the detector. And even then you will only alert the room that already knows there is a fire unless you have interlinked all the alarms - you see plenty of buildings with single station grade F smoke alarms (which are outright illegal in workplaces as they only have one power supply). If a shout or similar cannot be heard throughout the whole workplace then you need an electrical fire alarm system to BS5839-1 with manual call points and sounders and then layer on detection if required. I'll accept a grade D smoke alarm in a building (with an adequate part 1 system) if it's purely for an inner room situation or in buildings too small to need call points, but will still prefer a proper system in time. They often get put in by electricians and fit out teams that don't do much commercial stuff and don't really understand the rules & rationales and by responsible persons who also don't understand...

If you are still in an area when the smoke layer has formed sufficiently to obscure the signage then something has gone badly wrong with other fire safety provisions! Floor mounted signage does have a place and a variety of products exist for this.

Unless you've had a fire risk assessment you won't know what fire safety provisions you actually need (unless guided by the suppliers and installers which can often lead to over provision). It should be as soon as possible, however in practice if the premises don't present a risk of death or serious injury then your FRA being a couple of weeks after opening is unlikely to lead to any action.

Whilst (with good reason) the use of powder is frowned upon indoors in this situation,due to the use of accelerants and the resulting raging fire, the rapid knockdown and large mass for mass fire fighting capacity of powder is such it would be a worthy choice, but don't go lower than 1kg, ideally 2kg

Yes as less than 60 persons would be using it.

Sounds like a 'code hugger' quoting insurance requirements regardless of the real world, the sort that gives fire safety and H&S a bad name - from a risk assessment and life safety/legal compliance point of view it's not required.

The system is described here - as you see it's less combustible than wood: https://www.paroc.co.uk/knowhow/fire/fire-classification

A one room building with no relevant persons to protect most of the time, where the service penetration is to the outside and would safely vent in the event of fire? Unless there is an adjacent building or risk that would be affected by improper fire stopping in this case, which sounds extremely unlikely, then from a fire safety point of view you could fill it with chewing gum for all the difference it makes....

It's legal as long as it's managed such that all fastenings are removed when the premises are occupied. If this isn't happening it's an offence and management requires improvement or an alternative option considered

Strict interpretation of the signage rules is the use of an up arrow above the door as up is for straight on as well as up. When through the door you have another change of direction requiring another sign for the stairs (usually diagonal down & left, or down & right depending on how the stairs run)

Sounders have always needed to be in fire resistant cabling for a lot, lot longer than 20 years. This is a serious non conformance that affects life safety and must be remedied. Detection zones to call points and smoke/heat detectors have only required to be fire resistant since 2002 (although most good installers would use FP or Pyro anyway). This is because original conventional fire alarms would go into 'fire' when their cables were short circuited so a fire burning through cabling would still set the alarm off, which would continue to sound as the sounder circuits would be fire resistant. As long as the current panel is set to operate in 'short circuit = fire' mode (most modern panels default to 'short circuit = fault' mode and would need the setting changing) this is less of an issue unless the panel cannot be set for short circuit = fire So: Sounders in FR cabling - essential; detection zones in FR cabling - desirable

Size of premises has no bearing on applicability of legislation. Even a tent in a field if not used as a private dwelling is subject to fire safety legislation. If your fittings are genuine emergency lights (that will stay illuminated upon power failure using their internal batteries and can often be identified by their green LED light (which is illuminated under normal conditions to show the battery charger is on) then they require a suitable system of maintenance under the Fire Safety Order. The benchmark is in BS5266-1 where the fittings should be tested monthly for function (brief on/off test) and annual for duration (full 3 hours under battery). If the installation has been made by a competent person and in line with BS5266-1 then there will be secret key test switches that would allow you to carry out this testing.

FD30s (smoke sealed). Why do you not have a smoke alarm. Unless it's a privately owner occupied flat that was built or converted before 1991 it should have one and if rented must.