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Looking at the image, its difficult to see how else a concealed closer could be fitted. Get the manufacture and model off the closer and look for the cert. see page 3 attachedGEZE_Certificate_EN_759072.pdfGEZE_Certificate_EN_759072.pdfGEZE_Certificate_EN_759072.pdfGEZE_Certificate_EN_759072.pdf
Leave unlocked and fit an EN 1154 such as https://www.safelincs.co.uk/geze-2000-overhead-door-closer/
First deal with the glazed panel issue. Check they are fire rated and if not, assuming fire resistance is a requirement, replace with an FR glazing system. Use the link Tom has provided for some helpful guidance. The client should be aware that double-action fire doors present compliance problems in terms of fire resistance and smoke spread as compared to single-action doors
If the fire door does not close due to the resistance of the latch/air pressure you need a fire door closer with "latching action". The Geze TS4000 for example has the latching action as well as plenty of power to close even heavier doors reliably
Hi Bob You need a fire door closer with adjustable latching action. You can then control the final closing action of the fire door (last 10-15 degrees of movement) rather than slamming the fire door all the way
This may be of interest to you cam action door closer but price is high, but for one off's it may be considered acceptable. http://www.doorstuff.co.uk/doorclosers/geze-ts3000b-slimcam-guide-rail-door-closer.php
I am not aware of an electrically operated door closer. The only door closer that could be described in those terms I would think, is a, Free swing door closer - The door can be opened without any resistance from closer making it ideal for applications where the doors will be operated by less able people
Many people are unaware of the devastating effects of carbon monoxide poisoning. Carbon Monoxide has no colour, smell or taste and cannot be detected by the human senses. It is extremely dangerous, binding itself to the haemoglobin in red blood cells and preventing them from transporting oxygen around the body.
According to statistics released by the Office for National Statistics, throughout England and Wales, there are an average of over 60 deaths every year due to accidental exposure to carbon monoxide - up to 45% of which occur in the home.
Source: ONS, User Requested Data, Refs 006780, 007476 & 009122
Figures from the Department of Health and Social Care show that there are around 4000 cases of carbon monoxide poisoning treated in A&E Departments across England each year - even mild cases can exacerbate existing conditions such as respiratory illnesses, leading to fatalities.
According to the Chief Medical Officer (CMO) for England, around 200 per year are hospitalised in England and Wales as a result of accidental carbon monoxide poisoning.
A study of more than 27,000 properties by the Liverpool John Moores University, supported by the Merseyside and West Midlands Fire Services, found that less than 10% of homes have a single carbon monoxide alarm to protect occupants from this deadly gas.
Source: Liverpool John Moores University