Manual Haas-Sohn GRAND MAX PLUS II (page 2 of 11) (English)

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

Thank you very much for your interest and purchase. Kindly read the Operating

Instructions to find out comprehensive information 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. Technical specifications are included in the manual.

The manufacturer provides guarantee providing you adhere to the directions and

recommendations in the instructions for operation and maintenance. Keep the operating

instructions and technical card safe to be able to refresh your knowledge at the beginning

of the new heating season.

1. TECHNICAL SPECIFICATIONS

The fireplace stove is designed for heating in habitable rooms, recreational buildings, work

stations and other places to provide thermal comfort, while the visual effect – the

perception connected with flame – is similar to the sensation of live fire.

1.1. Heating concept

The fireplace stove is 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 concept of heating by means of heat convection is based

on the fact that the air in the room enters the fireplace stove at its bottom part, being heated

in the course of its way up inside the convection space consisting of a double shell of the

heating device. The air then flows through the holes in the upper part of the fireplace stove

back in the room. The radiation heat is generated by means of surface areas of the

fireplace stove (metal, ceramics, glass). Due to the construction, the biggest radiation heat

source is the glass door.

1.2. Construction design

The fireplace stove is welded of steel profiles, thickness 2-5 mm. In the middle of the

fireplace stove, there is a firing chamber that may be closed with a stocking door (equipped

with a self-acting element). The door is provided with special a large-area glass sheet,

thermal resistance up to 800 °C.

The inner space of the firing chamber is usually lined with fireclay brick shapes. The bricks

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 bricks. 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 fireplace stove may be used for spare fuel.

Fireplace stove casing is made of steel panels, ceramic tiles or lined of thick tiles. The

fireplace stove steel construction is protected with special refractory paint.

Caution! The fireplace stove is not designed for continuous heating but for

periodical – interrupted (i.e. temporary) operation.

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Haas-Sohn GRAND MAX PLUS II Manual

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