Bedienungsanleitung Haas-Sohn ASCIM-II (Seite 2 von 10) (Englisch)

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10.6. HAAS+SOHN Rukov s.r.o Products and Manufacturing Programme.................................. 17

11. SUPPLEMENTS...............................................................................................................17-19

Congratulations! You have just bought the fireplace insert HAAS + SOHN, a top-quality product.

Thank you very much for your interest and purchase. Kindly read the Manual to find out about the

function, correct use and handling. We recommend you to read the instructions carefully in order to

avoid any risk related to likely damage. Proper operation and maintenance affects the service life of

the product as well. In addition, proper operation and fuel supply is connected with fuel savings and

environment protection. The technical specifications are shown in the Technical Card (included in

the booklet).

The manufacturer provides guarantee providing you adhere to the directions and recommendations

in the instructions for operation and maintenance. Keep the Operating Instructions and the Technical

Card safe to be able to refresh your knowledge at the beginning of the new heating season.

The General Instructions for Operation, Installation and Maintenance are valid for any type of

the fireplace inserts supplied by HAAS + SOHN. The Technical Card provides detailed

technical parameters for the particular type.

1. TECHNICAL SPECIFICATIONS

Fireplace inserts are designed for heating in habitable rooms, recreation buildings, work stations and

other places to provide thermal comfort. A fireplace insert is used as a closed fireplace while the

visual effect - the perception connected with flame - is similar to the sensation of live fire. In

comparison with conventional open fireplace, the insert is characteristic with higher thermic

efficiency. Another advantage of fireplace insert is the high safety level – no danger from flying

brands while flue gases spreading throughout the heated area is limited.

1.1. General requirements on fireplace insert installations

A fireplace insert is either integrated in the fireplace composition or –without casing – may be

installed in another way at the particular position. It is located in the particular interior on request and

specification by the customer or on architect’s design, viewing the concrete arrangements within the

room(s) to be heated. The installation and the connection to the vent must be approved by an

authorised chimney-sweep company ahead of time. It is recommended to give an order for the

installation and lining at a specialist stove-building company. For a basic layout of a single-shell

fireplace insert see Supplement 1.

Caution! Fireplace inserts may be installed only in rooms and positions risk-free in terms of

the position, building conditions and intended use. The walls and the ceiling at the

installation area must be free of electric lines. For the rooms with a fireplace insert installed,

sufficient air supply for the firing process must be provided. The base area – the place of the

installation – must be proper construction and size to allow standard operation of the hearth.

1.2. Heating concept

Fireplace inserts are designed for burning wood, eco-fuel cakes and coal cakes (specific types only)

in a burning-through way, characteristic with very good firing conditions.

The air within the room is heated thus the thermal comfort is provided by heat convection, in part by

heat radiation as well. This way, you can heat up even very cold, long-time unheated rooms very

quickly. The heat convection means that the cooler air sucked- in at the area of the bottom part of

the insert is heated inside the convective area (comprising of double shell of the heating device or its

casing, where the heating process takes place). From there, the heated air is led back in the room

via the holes in the upper part of the casing or the insert. The radiation heat is generated by means

of surface areas of the stove (metal, ceramics, glass). Due to the construction, the biggest radiation

heat source is the glass door.

1.3. Construction design

Fireplace inserts are welded of steel profiles, thickness 2-5 mm. In the middle of the insert, there is a

firing chamber that may be closed with the door (equipped with a self-acting element). The door is

provided with special large-area glass sheet, thermal resistance up to 800 °C.

3 4

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