KO system fi 120x180 mm 0.8 mm

The KO system is used to remove exhaust fumes from appliances with an open combustion chamber, fired with ecological solid fuels. In this type of boilers, the air necessary for the combustion process is taken from the room in which the device is located. In turn, the combustion products are discharged to the atmosphere via the chimney. Elements of this system are made of oval pipes and fittings intended for shafts with a rectangular cross-section. The choice of material, construction and technological processes used in production are aimed at adjusting the parameters of the flue gas pipe to changing operating conditions and different flue gas temperatures. Pipes and fittings of the KO system are produced in two wall thicknesses - 0.8 mm and 1 mm. They have pin-muff ends that allow for tight connections.

TECHNICAL DATA

Fuel: ecological solid fuels

Tubes: 120x180 mm

Steel thickness: 0.8 mm;

Temperature class: T450

Material: steel in accordance with PN-EN 1856-1

The Kominus company offers ready-made chimney sets. If you need additional elements, our technical department will be happy to help you select them.

Specifications and kit composition:

- KO-D Canopy - 1 pc.

- KO-P Oval roof pass-through - 1 pc.

- KO-R05 Straight pipe L = 500 mm - 1 pc.

- KO-R10 Straight pipe L = 1000 mm - 4 pcs. **

- KO-TR90 90 ° tee - 1 pc.

- KO-WO Cleanout with condenser - 1 pc.

- KA-DWLP Cleaning door with a partition 14x14 - 1 pc.

BENEFITS:

- quick and easy installation due to the light structure of the insert and the use of endings such as a peg-muff,

- possibility of installation in an existing building by placing a chimney insert in a shaft,

- a wide range of insert diameters allowing for proper adaptation of the cable to a given device and shaft while maintaining the correct operating parameters,

- high tightness of the installation thanks to the use of a pin-muff connection,

- rapid heating of the walls affects the achievement of a homogeneous draft in a short time and reduces the condensation of condensate on the inner surface of the insert,

- the smooth surface of the elements reduces flow resistance and reduces soot deposition.