To bake Supra BRISTOL fireplace

Guarantee, years: 5

Technical information

• Width (mm.): 1130
• Height (mm.): 1123
• Depth (mm.): 636
• Diameter of a flue (mm.): 150
• EFFICIENCY: 74%
• Rated power (kW): 10
• Long burning (hour): 10
• System "pure glass"
• Weight (kg): 340

Description

The new furnace fireplace of Supra BRISTOL firm with the SC2 technology is presented. Facing of a fireplace is executed from a light stone Edelrok. Internal part from cast iron. Installation without laying. Easily taken ashpit. Firewood to 58 cm. Top or back connection to a flue. More than 10 hours of maintenance of coals. Charter of quality of "Flamme Verte". Guarantee of 5 years. The warmed area - poorly isolated house - 50 m ², well isolated house - 135 m ².

Excellent tightness of furnaces provides the exclusive duration of burning which is provided thanks to the tight steel case in which inserts from cast iron or from a fire-resistant brick are located.

The wood furnace keeps the germt an ichnost for many years. Pig-iron elements and bricks freely are established in the case. Thus they can extend, without leading to risk of formation of cracks that is a guarantee of high reliability. Dozhig combustion gases begins earlier, than in other wood furnaces. Firewood burns down completely with smaller formation of ashes. Thus provide high efficiency and pure eco-friendly burning. Quality of heating is reached thanks to an opportunity to control process of burning and management of a flame. The chamber of burning has to combine in itself tightness and ideal distribution of air in the course of burning.

In wood SUPRA furnaces with the SC2 technology when burning about three divided air streams are used:

• Primary stream of air moves on a grid-iron lattice directly on firewood. Primary stream of air is regulated for kindling of fire and a speed control of burning.
• Vtor the ichny stream of air distributed through glass carries out two functions: he participates in "fire performance" and maintains purity of glass.
• The tertiary stream moves in the top part of a fire chamber and provides, thus, burned up combustion gases.