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STOVE GUIDE - DanSkan

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EN TESTING<br />

CE CERTIFICATE AND SAFETY TESTS<br />

NATURE OF THE TEST<br />

All DAN SKAN stoves including the new MODERN LINE range<br />

have CE conformance certificates having successfully passed<br />

all the requirements of the European test EN13240.<br />

The test results are significantly lower in all areas than the<br />

European limit values as well as the certification programme<br />

DIN Plus and the Stage II of the strict German BImSchV. Other<br />

tests included the Austrian norm 15aB-VG with the demands<br />

of the FGV from the Steirmark, the norm concerning safety<br />

measurements for small burning sections (BMfWA), the<br />

demand of the BStV of the cities Munich and Regensburg and<br />

others as well as the Swiss norm of the Association of Cantonal<br />

Fire Insurance Companies.<br />

PRIORITY RESULTS<br />

1. Particulate Matter<br />

The fine particle emissions in the flue gases at nominal heat output<br />

(EN kW) are below 29 mg/Nm³ at 13 % O 2<br />

2. Carbon Monoxide<br />

The concentrations in the exhaust at nominal heat output are below<br />

Vol 0.10 % at 13 % O 2<br />

3. Efficiency<br />

The efficiencies are well above the limit values specified in standards<br />

being >80 %<br />

TEST CONDITIONS AND RESULTS<br />

The test conditions and results are based on a standard sized<br />

chimney with a delivery pressure of 12 Pascal (Pa).<br />

The combustion air was regulated in the same way as a stove<br />

owner would by using the intelligent automatic bimetal system<br />

and the wood logs used had a residual moisture content of less<br />

than 15 %.<br />

For DAN SKAN owners this means that the highest performance<br />

can easily be achieved outside the test laboratory!<br />

TOP FIRE WITH WOOD<br />

For the best results place your wood logs across each other<br />

in the fire chamber and ignite from the top of the stack = TOP<br />

FIRE! Gas and debris escape mainly from the cut ends of the<br />

logs so keep these away from the glass surface.<br />

A quick starting fire is very important in eliminating smoke and<br />

emissions and starting the flue draught cycle.<br />

DAN SKAN stoves are started with the riddle grate closed and<br />

the pull control open. The starting fire is prepared by placing<br />

several logs side to side on top of each other and then placing<br />

a layer of kindling on top of these.<br />

DAN SKAN stoves start with air (secondary and tertiary) delivered<br />

over the top of fire for clean and efficient combustion.<br />

After the first refuelling with logs (between 1 and 2 hours) the<br />

fire chamber and the flue system will now be hot enough to<br />

provide the correct negative pressure in the chimney stack for<br />

effective operation.<br />

SAFETY AND CARE<br />

Be sure to keep an eye on the stove during the start-up phase<br />

especially if you leave the stove door ajar to provide extra initial<br />

combustion air. We recommend good proprietary fire lighters to<br />

start the fire – never use methylated spirit, petrol or other inflammable<br />

liquids. Never leave matches on or near the stove.<br />

Do not leave it too late to refuel your stove. Always add wood to<br />

the fire when there are still enough small flames in the chamber<br />

to help ignite them quickly.<br />

If you refill when there are only dying embers this will significantly<br />

slow the up-draught and the wood will also be slow to ignite.<br />

Remember it is flames that produce an effective up-draught and<br />

also ensure unproblematic opening of the stove door to minimise<br />

fly-ash and smoke entering the room. Opening the stove door<br />

very slowly also helps avoid these problems.<br />

With the DAN SKAN automatic system closing the air supply as<br />

the fire burns down you may be left with some charcoal embers<br />

– this is a clear sign of a very economical and effective air supply.<br />

The charcoal embers will then provide a very good ‘foundation’<br />

for the next firing.<br />

86<br />

AIR SUPPLY TO THE ROOM<br />

There are strict legal requirements for maintaining a sufficient supply<br />

of air to the room to ensure the health and safety of the room‘s<br />

occupants. These will be laid out in local, national and European<br />

building regulations and should be adhered to at all costs.<br />

As stoves will take some or all of their combustion air from the<br />

room they are located in and the stove owner must ensure that<br />

there is a safe uninterrupted supply of air for both the stove<br />

and anyone using the room. With modern day energy saving<br />

measures and well sealed floors, doors and windows some<br />

rooms can be virtually air-tight. To offset this and to conform<br />

with regulations a dedicated non-closable air vent or external<br />

air supply direct to the stove may need installing and you<br />

should consult your approved stove installer to advise you.<br />

As a guideline the combustion air needed for a DAN SKAN<br />

stove is:<br />

< 4 kW burning = < 12 m³/hour<br />

< 6 kW burning = < 15 m³/hour<br />

< 8 kW burning = < 18 m³/hour<br />

EX-AIR OPERATION<br />

DAN SKAN stoves can be operated with an external or direct<br />

air supply to provide 100 % of the stove‘s combustion air<br />

requirements so that when burning they do not deplete the air<br />

in the room the stove is installed in.<br />

The conventional EX-AIR-1 system with its connection from the<br />

external air and the air in the room enables a pressure balance<br />

in the room the stove is installed in. The EX-AIR-2 system<br />

enables pre-heated combustion air because of the DAN SKAN<br />

patented AIRBox. With heat recovery systems (0kW houses or<br />

low-energy houses) the pressure in the room where the stove is<br />

to be installed should not be higher than 4 Pascal.<br />

DIBt TESTING<br />

Most of the MODERN LINE stoves have passed a strict new<br />

test at the respected RFF-Test Institute in Germany for<br />

approval by the important German Institute for Construction<br />

(Deutsches Institut Fuer Bauchtechnik).<br />

This tests the ‘stove burning independently with external air’<br />

and examines the CO-concentration (ppm) in the smoke and<br />

the leak rates (m³/h) with 10 Pa and after the stove has been<br />

subjected to thermal and mechanical stress. For example the<br />

stove’s door seal must pass certain ‘air tightness’ requirement<br />

after the door has been opened and closed a minimum of<br />

6,000 times.<br />

PERMITTED FUELS<br />

Permitted fuels include wood logs with a residual moisture content<br />

of no more than 18 % which should be cut into lengths between<br />

approximately 250 to 330 mm. The wood should be air-dryed.<br />

Approved smokeless fuels and brown coal briquettes are also<br />

permitted.<br />

The combustion of household waste, especially plastic, is not<br />

permissible as it could damage the stove or flue components<br />

and invalidate your warranties.<br />

SAFETY INSTRUCTIONS<br />

The burning of combustible materials releases energy which<br />

leads to intense heating of the external surfaces of the stove<br />

including the door handle. Care must be taken to avoid touching<br />

the stove without proper protection (for example heat resistant<br />

gloves or other protective aids). Never leave children unattended<br />

in the room where your stove is being operated. Ensure that<br />

children are aware of the potential danger and make sure that<br />

they keep clear of the stove when it is in operation. Where<br />

children, the elderly or the infirm are present always use an<br />

approved safety fireguard to prevent accidental contact with<br />

the stove. An approved carbon monoxide detector should be<br />

fitted in the same room as the stove. It should be powered by a<br />

battery designed for the working life of the alarm. Please note<br />

this is now a requirement under UK Building Regulations.

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