Aico 260 Series Effective Solutions from, Why you should fit Ca, What are the main sources of CO?

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Effective Solutions from

The UK Market Leader

The Ei range of Carbon Monoxide alarms from Aico provides high quality, reliable detection of Carbon Monoxide (CO). With over 30 years experience in the fire and gas detection industry our proven high quality design, manufacturing and testing processes have established us as Europe's leading manufacturer of residential smoke, heat and carbon monoxide detection products. We provide high performance products tailored to the needs of specifiers, contractors and house-owners.

Quality in our life saving products is never compromised. We have a record of industry firsts including the first BSI Kitemarked range, the first rechargeable back-up power supply in a smoke alarm, the first mains powered heat alarm, the first with hush technology across the range and the only Easi-fit design.

Why you should fit Ca

CO - The Housing Health & Safety Rating System - the Landlords responsibility.

The Housing Health and Safety Rating System (HHSRS) is the new risk assessment procedure to replace the Housing Fitness Regime and the Fitness Standard as an element of the Decent

Homes Standard. It came into force on 6th April 2006 in England and it will follow in Wales later in the year. The HHSRS Operating Guidance

recognises that CO exposure can be a significant hazard to occupants and states that it is the landlords responsibility to assess

the risk of a CO leak in a property.

Scotland has a similar scheme to the

HHSRS in the Scottish Housing

Quality Standard.

House of Commons All Party Parliamentary Gas Safety Group - Shouting about a silent killer: Raising

How is CO produced?

Carbon Monoxide originates from the combustion of any fossil fuel -

coal, bottled and natural gas, paraffin, wood, petrol, diesel, charcoal etc.

What are the main sources of CO?

All Fossil fuel burning appliances produce CO, this is normally vented through flues and chimneys to the outside atmosphere. However, if the process is not entirely efficient, CO can build up to dangerous levels. Examples of possible causes are:

Poorly connected, blocked, cracked or corroded flue pipe/vent

Flue pipes/vents are designed to allow the CO produced by the appliance to vent to the outside atmosphere. If the flue is not operating correctly or is damaged, CO may leak into the property. Even if there is an annual check on the appliance/s, flues and vents remain a potential hazard.

Back drafting

chimney

CO awareness

Report as Published 14th September 2006

“We believe that there are ways of increasing the number of reliable CO detectors in the home and would expect the mortgage and insurance industries to find innovative ways to ensure every home has one which is both audible and approved to British Standard. There should be an expectation that in order to complete a mortgage, or insure a property, both CO and smoke detectors should be a requirement for all homes.”

Building Regulation requirements for energy efficient homes and a greater emphasis on air extraction e.g. bathroom and kitchen fans, means there is a risk of creating negative air pressure. This can cause reverse airflow through appliances resulting in dangerous levels of CO being drawn back into the property.

or flue

What is CO & why does it need to be monitored?

Carbon Monoxide is an invisible, odourless, tasteless and extremely toxic gas that, if inhaled, can cause serious ill effects

-justifying its name as 'The Silent Killer'. CO is readily absorbed by haemoglobin in the blood - approximately 240 times more efficiently than oxygen. This causes serious damage to the heart and brain from oxygen starvation.

Cracked heat exchanger on gas central heating system

This will result in a large amount of CO leakage and is therefore a particularly dangerous possibility.

Appliances without flues

Some fuel burning appliances do not have flues. Portable heaters, cooking rings and grills are particularly vulnerable as are old appliances. Whether burning liquid gas, paraffin, natural gas or wood, each are capable of emitting dangerous levels of CO.

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Contents Product Guide for Carbon Monoxide Alarms What is CO & why does it need to be monitored? Effective Solutions fromWhy you should fit Ca What are the main sources of CO?What are the effects of CO poisoning? Rbon Monoxide CO AlarmsEuropes Leading Manufacturer Is there any evidence of CO in the home?Nominal Time to Alarm & % COHb Calibration Answer to Reliable DetectionWhere should CO Alarms be located? How do Ei CO Alarms Work?Locating and Positioning CO Alarms Where should CO Alarms be positioned?Innovative Design & Practical Features Quick Test Feature Product SpecificationsMemory Feature Reliable, Proven SounderSeries The Specifier’s First Choice Why Rechargeable Vanadium Pentoxide Lithium Cells?Replaceable sensor doubles the life of the alarm Ei261ENRCAncillary Options For Ei260 Series Interconnect & Remote Control FeatureWiring Diagram Ei1529RC Alarm Control Switch Models Ei261ENRC & Ei261DENRCContractors First Choice Series Mains Powered Alarm Ei225ENSeries DIY Battery Only Ei205ENA Series DIY Mains OnlyProduct Information Technical Guides Customer Service Helpline 0870 758