Cast iron heating stove Kawmet P7 9,3 kW EKO

The cast iron heating stove "P7 9.3 kW EKO" will be an excellent combination of good design and a pleasant price, which will not only warm your chosen room, but will also be a good interior element. Made of EN-GJL-200 class cast iron, without pores and treatment. More profitable with more precise adjustment of the air supply through the lower part of the door under the grille. By opening it to the maximum, the firewood gets access to the optimal amount of air, which is necessary for quick ignition. Secondly, it has an adjustable air supply to the glass, bringing air to the inside of the glass, thus creating an air flow that will not allow soot to settle, the glass will stay clean much longer, so you can enjoy the game of live fire.

Main features:

- The heating stove is made of high-quality cast iron (the thickness of the furnace walls is at least 10 mm).

- Secondary combustion.

- The air flow is regulated through the ash box.

- Heat-resistant glass Robax, with low thermal expansion, can withstand temperatures up to 800°C.

- Glass cleaning system*.

- The built-in deflector significantly increases the efficiency of the oven, increases the heat return area.

- An additional heat-resistant plate that protects the back side from burning in a thickness of 20 mm.

- Meets all European quality standards.

TECHNICAL SPECIFICATION

Energy efficiency class: B

Power (kW): 9.3

Chimney diameter (mm): 150

Height (mm): 695

Width (mm): 574

Depth (mm): 474

Weight (kg): 120

Room size (up to): 93 m2/233 m3

Efficiency %: 65.9

Secondary combustion chamber: Yes

External air supply: not provided

Material: cast iron

Glass type: straight

Glass size: 385x228x4 mm

Schieber: no

Glass cleaning system: yes

Primary fuel: firewood

Depth of the hearth for firewood: 21 cm

Maximum width of the hearth: 36 cm

Length of usable firewood (up to): 36 cm

*Glass cleaning system. In 90% of cases, the glass becomes dirty with soot over time. But in furnaces with this system, air is fed from top to bottom and burns immediately. The air entering the combustion chamber cleans the glass and is used in the combustion process, then being discharged through the flue. Air supply to the furnace or furnace has a positive effect on the wood burning process in the furnace and creates an air curtain that significantly reduces the amount of soot on the glass.