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Haas-Sohn GENF II RUIVONA Handleiding

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The inner space of the firing chamber is usually lined with fireclay brick shapes. The brick shapes
are not jointed with any filler (the reason is a protection of the bricks against damage by thermic
dilatation). The upper part of the firing chamber is equipped with partitions designed for directing
flue gases into a smoke outlet. The partitions may be fixed or movable. Such movable partition may
serve as a supporting holder for fireclay brick shapes. At the bottom part of the firing chamber, a
simple, fixed cast grate is installed. Before the grate, a barrier is usually provided, to prevent from
burning pieces falling out or onto the door (front glass). Under the grate, there is a space designed
for ashpan. The remaining space at the bottom part of the stove may be used for spare fuel. With
certain models, the smoke flue neck may be adjusted for upper or rear outlet of the smoke: you just
release the clamps and rotate the neck of the smoke flue set in the required direction.
The fireplace insert may be a single- or twin-shell model. The twin-shell type is designed to provide
direct support to the convective stream flowing through the outer construction of the insert body. The
convection holes at the bottom part of the insert allow the air inlet in-between the insert and the
casing. The steel construction of the fireplace insert is protected with special refractory paint.
Caution! Fireplace inserts are not designed for continuous heating but for periodical –
interrupted (i.e. temporary) operation.
2. FIRING PROCESS
2.1. Fuel quantity and firing process adjustments
Burning wood, wood cakes (or coal cakes – optional) in fireplace inserts is based on burning through
the fuel, which means that such firing takes place throughout the whole go of the fuel at a time. In
order to provide optimal conditions for easy kindling and burning up, you need enough air being led
under the fuel in fire, through the grate: this is the so-called primary air, and it must be always
adjustable. By increasing temperature of the fuel burning through, certain gaseous components of
the fuel evolve that – unless additional air is supplied – would be of no avail in terms of heat energy:
therefore, additional air must be provided at the flame level where the firing process connected with
those gaseous components may continue. Now, at this stage, the primary air is – in fact – not
necessary, while secondary air supply is required, or tertiary air may be added as well,
respectively. The secondary air supply, usually adjustable, improves the firing process and
contributes to the door glass self- cleaning. The tertiary air supply is designed for general
improvement of the burning process and is usually fixed (one cannot regulate it anyhow). If the
proportion of the air volumes led into the particular sections of the firing chamber is correct, the
burning efficiency is increased while emission of pollutants in the environment is reduced. The
layout of the air supply regulative elements is shown in the Technical Card (a part of the
documentation supplied with the fireplace insert).
The heating capacity of the heating device depends on the fuel quantity burnt per defined time, fuel
quality and firing process efficiency. The data shown in Chart 2 (heating values) may help you to
make a picture of attainable capacity: let’s assume that you burn 1 kg of wood per hour, wood
moisture is 20%. Further, with higher wood moisture its heating capacity goes down.
In the testing room conditions, adjustability of the heating device was tested, within 30 – 100% of
nominal performance. For the regulation, the chimney effect and the fuel quantity were applied. In
practice, the heating capacity may be regulated by means of air supply regulating elements
(especially the primary air inlet). There is no simple and explicit way to determine the firing process
adjustment by means of regulators. There are many aspects to consider – fuel moisture, type of
fuel, chimney effect, exterior pressure conditions, etc. Therefore, the firing process (the flame
intensity and quality) should be re-adjusted for particular conditions.
You will be able to adjust the firing process to achieve best efficiency after a short time of operation.
A detailed chart showing how to adjust the air supply regulating elements is included in the Technical
Card. The figures in the chart are the testing results verified by the State Testing Laboratory. The
Chart 1 presents just general information for air supply adjustment.
Primary air Secondary air Tertiary air Fuel Fuel quantity
Adjustable Adjustable No adjustment
wooden logs
and eco-cakes
2 - 3 logs (approx. 2 – 3 kg)
2 - 4 logs (approx. 2 – 3 kg)
Open wide
Fixed adjustment
at installation
coal cakes 2 - 3 logs (approx. 2 – 3 kg)
Closed or open
(depends on local
conditions)
half-open
Fixed adjustment
at installation
Chart 1
Our tips for wood burning
• Any time you set the fire, let the primary air regulator open long enough to allow the fuel
burning properly.
• Before you re-load, it is recommended to open the primary air regulator wide.
• While burning wood, make sure the wood is dry, maximum moisture 20%.
Our tips for coal cake burning (selected models only)
• To achieve optimisation of the firing process, load the cakes directly onto the grate holes: this
way, you support the burning in best possible way.
• Make sure you do not overload: for the heat capacity you may use, i.e. to maintain the heat, a
couple of cakes is enough: otherwise the device would suffer from excessive heat. Coal cake
fuel efficiency may reach 6 kWh/1 kg, i.e. by some 40% more than wood!
2.2. Fuel
For fireplaces, you may burn logs, wood cakes and coal cakes (some models only). The moisture of
the wood to be burnt should be lower than 20%, optimally 10%. The rule of thumb is: the less water
in the fuel, the higher heating capacity you achieve. For the recommended wood moisture, you may
reach it safely if you store the wood in a well ventilated shelter for at least two years. The water
content in coal cakes should be specified by the manufacturer. The cakes should be stored in a dry
room otherwise they disintegrate. It is recommended to store the wood intended for burning in pieces
approx. 3-6 cm (diameter), 20–30 cm (length). It is forbidden to load and burn coal or charred
coal. In the fireplace, never burn flammable liquids or waste. It is forbidden to burn papering,
chipboards, plastic materials, penetrated wood, wood shavings or saw dust. Burning such materials
not only is detrimental to the environment but shortens the service life of the heating device as well:
you might seriously damage the device or the chimney as well.
Note: The bark, a part of wooden logs, is no issue at all.
Fuel efficiency : selected types of wood at moisture 20%
Wood Fuel efficiency
kWh/m
3
Fuel efficiency kWh/1
kg
Weight kg/m
3
Spruce, fir 1957 4,0 485
Larch 2461 4,0 610
Pine 2280 4,0 565
Oak, beech 2743 3,8 726
Chart 2
3. SAFE OPERATION
3.1. General requirements
While installing and operating stove insert, it is obligatory to adhere to the fire prevention
regulations (related to this type of devices) in force in the country of installation.
The device is designed for standard environment. In case of any temporary change establishing any
temporary danger of fire or explosion (for example, while installing linoleum flooring, PVC, painting,
etc.) it is crucial to put the heating device out of operation IN TIME, BEFORE ANY POTENTIAL
DANGEROUS SITUATION MAY OCCUR. At the end of the work, do not start using the fireplace
again until the room conditions are brought back to normal (it is recommended to provide fresh air by
draught).
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