RADIK CLEAN - Steel Panel Radiator
Description
The RADIK CLEAN model is a steel panel radiator in the KLASIK version, which allows for left or right side connection to the heating system distribution mains. It is designed for pressurised heating systems or those with gravity circulation. It has been modified for installation and operation in rooms with greater demands on hygiene and cleanliness. All types are supplied without additional surfaces, grilles and side covers. Two upper and two lower fixing hangers are welded to the back,radiators 1800 mm in length or longer have six fixing hangers welded to the back. Basic equipment includes an air vent and blanking plug and the required number of type 18/120 drill-in brackets (see KORAMONT catalogue), which allow for fixing of the radiator in a standard manner at a distance of up to 65 from the wall.
Important notice:
If there is a requirement for the distance of the radiator from the wall within the range 65 ÷ 80 mm, the same type of brackets can be used,
but a condition is use of brackets on the lower row of fixing lugs too (not supports). In this case, these further brackets must be ordered,
as they are not included in the basic equipment.
Note:
The RADIK CLEAN type 10 and RADIK KLASIK type 10 radiators are identical.
Technical data
| Height H | 300, 400, 500, 600, 900 mm | ||
| Length L | 400, 500, 600, 700, 800, 900, 1000, 1100, 1200, 1400, 1600, 1800, 2000, 2300, 2600, 3000 mm |
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| Depth B | |||
| - Type 10 CLEAN | 47 mm | ||
| - Type 20S CLEAN | 66 mm | ||
| - Type 30 CLEAN | 155 mm | ||
| Connecting pitch | h = H - 54 mm | ||
| Connecting thread | 4 x G½ inside | ||
| Highest allowed working pressure | 10 bar | ||
| Highest allowed working temperature | 110 °C | ||
| Radiator connection | left or right side | ||
Types of connection
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| side – one side φ = 1 |
side – two sides diagonal φ = 1 recommended for: L ≥ 3 × H |
side – two sides direct φ = 0,9 |
Overview of Types
| Type 10 CLEAN | ![]() |
|---|---|
| Type 20S CLEAN | ![]() |
| Type 30 CLEAN | ![]() |
Pressure Loss
The pressure loss of the radiator for the respective working conditions can be calculated by means of the value of the flow coefficient AT or the resistance coefficient xT (see please the Technical Parameters).





