Fireplace High Efficient Modern Log Burner Woodburning Stove 7 KW Rotating Base

Fireplace High Efficient Modern Log Burner Woodburning Stove 7 KW Rotating Base

£949.99
Product Code: Stove JUPITER
Stock Instock

Model JUPITER

Curved front glass and rotating base
Built in storage for woods under the stove
Dimensions of the Stove: Width 508 mm, Depth 475 mm and Height 1040 mm
Dimensions of the Firebox: Width 365 mm, Depth 320 mm and Height 385 mm
Weight 156 kg
Nominal Heating Output: 7 kW
Maximal Heating output: 10 kW
Fluepipe : 150 mm
Standard EN 13240:2001
Approximate heating surface (m²) 80
The combustion chamber is lined wit firebricks and equipped with heat resistant ceramic glass.
Cast iron grate.
Equipped with two manual dampers:
Front damper for controlling the air supply
Smoke damper for adjusting the flame intensity
Metal door handle.
Color : graphite black
Fuel type :wood, coal.

BEFORE PURCHASING THIS PRODUCT, PLEASE MAKE SURE IT MEETS ALL TE STANDARDS AND REGULATIONS IN YOUR COUNTRY AND REGION.
Achieving the desired heat output depends on the selected fuel with the necessary caloricity and humidity; its subsequent kindling and refueling; the regulation of the primary and the secondary air as well as the draught; the organizing of effective air heat exchange etc.


Model JUPITER

Curved front glass and rotating base
Built in storage for woods under the stove
Dimensions of the Stove: Width 508 mm, Depth 475 mm and Height 1040 mm
Dimensions of the Firebox: Width 365 mm, Depth 320 mm and Height 385 mm
Weight 156 kg
Nominal Heating Output: 7 kW
Maximal Heating output: 10 kW
Fluepipe : 150 mm
Standard EN 13240:2001
Approximate heating surface (m²) 80
The combustion chamber is lined wit firebricks and equipped with heat resistant ceramic glass.
Cast iron grate.
Equipped with two manual dampers:
Front damper for controlling the air supply
Smoke damper for adjusting the flame intensity
Metal door handle.
Color : graphite black
Fuel type :wood, coal.

BEFORE PURCHASING THIS PRODUCT, PLEASE MAKE SURE IT MEETS ALL TE STANDARDS AND REGULATIONS IN YOUR COUNTRY AND REGION.
Achieving the desired heat output depends on the selected fuel with the necessary caloricity and humidity; its subsequent kindling and refueling; the regulation of the primary and the secondary air as well as the draught; the organizing of effective air heat exchange etc.