THE RADIATOR
The Ercos Comby tubular steel column radiator offers a high combination of performance and design. It maintains the classic use of a radiator but manages to provide a very elegant new image, a classic that, with its tubular design, is timeless over time. It is a model capable of satisfying all solutions, both in terms of performance and furnishings. The in-depth study of this radiator means that the construction has truly detailed and functional details, the welds are invisible , this makes the radiator even cleaner, without any interruption to give the final product more elegant lines. The product has a standard white RAL 9010 color, adopts a type of powder coating with oven cooking , this brings a considerable added value to the radiator, as this painting technique acts as a protection, keeping the radiator unchanged over time. Unlike other steel radiators of other brands, the Ercos Comby column radiator is supplied in batteries that can be dismantled and reassembled in the number of elements per radiator you want to make; the result is a great modularity of installation which allows the radiators to be built as desired on the rooms to be heated and on the available installation spaces.
TECHNICAL FEATURES
N ° elements: 1
Wheelbase: 1735 mm
Thermal output: ΔT 50 ° C: 217 W
Thermal output: ΔT 40 ° C: 160.1 W
PLUS
Produced with decomposable pressed steel heads with a thickness of 1.5 mm and with steel tubes with a diameter of 25 mm and a thickness of 1.1 mm.
Each element is individually threaded with a nominal diameter of the hub 1 ”gas.
The heads have a radius of curvature of 20 mm.
Hydraulic seal tested twice: on the single element and on the complete coil, at 10.5 bar as required by the EN442 Standards.
Maximum working pressure: 8 bar.
Maximum operating temperature: 95 ° C.
Each element is subjected to a protective and cleaning phosphating treatment, then oven painted with epoxy powder enamel.
DIMENSIONS
Height: mm. 1792 - Width mm. 45- Depth mm. 148
WARRANTY
The Comby radiator offers a 2 YEAR WARRANTY.
