The cylinder role in a system is important. It is used to store hot water produced by solar panels or other energy sources (boiler, electrical resistance) that is converted to heat.
All cylinders “BL-S”, “BL-SW”, “BL-DW”, and “BL-ER” bear the CE marking that certifies and guarantees their safe use.
The construction of the cylinders is composed of pure deoxidised copper foil
bonded robotic technology.
For internal insulation ecological polyurethane insulation thermal conductivity k = 0,023 w / mk, density p = 40kg / m³ are used, and resistance to fire class: B3, which ensures heat retention even at very low temperatures.
The cylinder casing is made of stainless steel or pre-painted galvanised steel to protect the insulation and longevity of the internal tank of hot water.
Monophonic electrical resistance (elements) 3kw is used on the cylinders. In case of insufficient sunshine it is possible to use more than one electrical resistance (elements).
It is possible to place coil on the cylinders for the circulation of thermal fluid from the boiler of the central heating or solar system. Where necessary a second coil is used on the same cylinder.
During the construction of the cylinder, hydraulic pressure control is made on the 10 atmospheres (bar).
All types of cylinders “BL-S”, “BL-SW”, “BL-DW”, and “BL-ER” bear a warranty.
Cylinder Technical Characteristics
- Ability to save 100L water
- Construction of pure deoxidized copper foil (Cu-DHP) thickness 1,4[+0,1]mm
- Cylinder cup thickness 1,8[±0,1]mm of pure deoxidized copper (Cu-DHP)
- Stainless steel housing or pre-coated galvanized steel
- Internal ecological polyurethane insulation thermal conductivity λ=0,023W/mK , density p = 40kg/m3, and resistance to fire class: B3
- Electrical resistance (element) 3kW
- Coil connection to central heating
100L Boilers-Single wall (High Pressure)
|Type/Dimension||E1(mm)||E2(mm)||D1(mm)||D2(mm)||Cylinder Thickness(mm)||Cylinder Cup Thickness (mm)|
|BL-SW-100L||22||24||22 or 15||22||22 or 15||22||22||3kW 240V/AC||20A|
|1||OUT to collector panel|
|2||IN Cold water|
|3||OUT from Coil|
|5||IN to Coil|
|6||OUT hot water|
|7||IN from collector panel|
|Casing||Pre-coated Galvanized steel / stainless steel||QCD-FIN-F14/V-5|
|Cylinder||Copper||CU-DHP (CW024A) / EN1652|
|Cylinder Cup||Copper||CU-DHP (CW024A) / EN1652|
|Insulation||Polyurethane (λ=0||023W/mK | ρ=40kg/m³ | reaction to fire: class B3)||DIN 52612|
|Heating Element||FM 26776|
|Element Protection Cup||Galvanized sheet metal||QCD-FIN-F14/V-5|
|Weldments||MIG||L-CUP7 DIN EN CP202|
|Piping||MATERIAL||TECHNICAL SPECIFICATIONS||CONNECTION||TECHNICAL SPECIFICATIONS|
|1||Copper||CU-DHP (CW024A) / EN1652|
|2||Copper||CU-DHP (CW024A) / EN1652||Check Valve & Expansion Tank||25Bar (-10÷90C)97/23/EC|
|3||Copper||CU-DHP (CW024A) / EN1652|
|4||Copper||CU-DHP (CW024A) / EN1652|
|5||Copper||CU-DHP (CW024A) / EN1652|
|6||Copper||CU-DHP (CW024A) / EN1652||Vacuum Valve||97/23/EC|
|7||Copper||CU-DHP (CW024A) / EN1652||Safety Valve 5 Bar||E-30-20061-0797/23/EC|
|8||Copper||CU-DHP (CW024A) / EN1652|