Package System
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| COLLECTOR CHARACTERISTICS | MAX CC200 | |
| The Unit & Type of Collector | 1 * C24 | |
| Absorptive Sheet & Surface Covering | Painting Covered- Copper Band 0,12 mm | |
| Manifold & Absorber Pipe Material | Copper | |
| Welding Type of Absorptive Sheet & Absorber Pipe | Ultrasonic | |
| Surface Veil | Normal-Ironed Tempered Glass | |
| Base & Colleteral Lagging | Glass-Wool & Airconditioning Wlate | |
| Leakproofing | Epdm & Silicon | |
| Dimensions | 1991*1221*92 mm | |
| Manifold & Absorber Pipe Total | 2 & 10 Pieces | |
| Manifold & Absorber Pipe’s Diameter | Ø 24,0 & Ø 12,7 mm | |
| Flow | 120 lt/h | |
| Test & Maximum Working Pressure | 20 bar & 10 bar | |
| Case | Electrostatic Painted Aluminium | |
| Base Wlate | Embossed Aluminium | |
| Boiler Capacity |
200 Liter | |
| Fixing Material & Supports | Included | |
| Net Capacity (lt) | 192 | |
| Testing Pressure (bar) | 12 | |
| Maximum Operating Pressure (bar) | 10 | |
| Recommended Operating Pressure (bar) | 6 | |
| Maximum Operating Temperature (C) | 94 | |
| Insulation Material | PU | |
| Insulation Thickness/Density (mm/kg/m3) | 40/42 | |
| Hot & Cold Water Output Pipe Dimension | ½ inch | |
| Collector Inlet & Outlet Dimension | ½ inch | |
| Protection Against Corrosion | Enamel |
Double MG Anode |
| Backup Support Electrical Element | 0,75-4,00 kW | |
| Inner Cylinder Material | DCP ST37-2 | |
| Thickness (mm) | 3,00 | |
| External Material | Pre-Painted Galvanized | |
| Thickness (mm) | 0,50 | |
| Total Dimensions (mm) | 1300*Ø580 | |
| Heat Exchanger Capacity (lt) | 5,55 | |
| Heat Exchanger Surface (m²) | 1,161 | |
| Weight Empty (kg) | 85 | |
| Weight Full (kg) | 277 | |
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| COLLECTOR CHARACTERISTICS | MAX CC300 | |
| The Unit & Type of Collector | 2 * C20 | |
| Absorptive Sheet & Surface Covering | Painting Covered - Copper Band 0,12 mm | |
| Manifold & Absorber Pipe Material | Copper | |
| Welding Type of Absorptive Sheet & Absorber Pipe | Ultrasonic | |
| Surface Veil | Normal-Ironed Tempered Glass | |
| Base & Colleteral Lagging | Glass-Wool & Airconditioning Wlate | |
| Leakproofing | Epdm & Silicon | |
| Dimensions | 1991*1044*92 mm | |
| Manifold & Absorber Pipe Total | 2 & 9 Pieces | |
| Manifold & Absorber Pipe’s Diameter | Ø 24,0 & Ø 12,7 mm | |
| Flow | 102 lt/h | |
| Test & Maximum Working Pressure | 20 bar & 10 bar | |
| Case | Electrostatic Painted Aluminium | |
| Base Wlate | Embossed Aluminium | |
| Boiler Capacity |
300 Liter | |
| Fixing Material & Supports | Included | |
| Net Capacity (lt) | 282 | |
| Testing Pressure (bar) | 12 | |
| Maximum Operating Pressure (bar) | 10 | |
| Recommended Operating Pressure (bar) | 6 | |
| Maximum Operating Temperature (C) | 94 | |
| Insulation Material | PU | |
| Insulation Thickness/Density (mm/kg/m3) | 40/42 | |
| Hot & Cold Water Output Pipe Dimension | ½ inch | |
| Collector Inlet & Outlet Dimension | ½ inch | |
| Protection Against Corrosion | Enamel |
Double MG Anode |
| Backup Support Electrical Element | 0,75-4,00 kW | |
| Inner Cylinder Material | DCP ST37-2 | |
| Thickness (mm) | 3,00 | |
| External Material | Pre-Painted Galvanized | |
| Thickness (mm) | 0,50 | |
| Total Dimensions (mm) | 1300*Ø580 | |
| Heat Exchanger Capacity (lt) | 5,55 | |
| Heat Exchanger Surface (m²) | 1,161 | |
| Weight Empty (kg) | 107 | |
| Weight Full (kg) | 277 | |
| Solar Glass : Low ironed tempered prismatic designed glass, minimizes the reflection of sun-ray, and maximizes sun-ray lead in, the collector. Through this, increases the collector efficiency. Prismatic designed glass, is manufactured at best facility and has one of the best performance collector glass in Europe. |
| Absorber Sheet : The selective absorptive surface from; titanium nitrite-oxyde covered copper, is used at LIMPIA collectors, minimize the reflective loss which decreases the efficiency, and transfers the maximum ratio of radiaton heat from sun, to the plate. |
| Chasis Profile : The chasis, used in LIMPIA collectors, is specially designed and patented. |
| Glass Gasket : At LIMPIA collectors, for preventing water-enter, inside of the collector because of rain or snow reasons, UV-resistant Epdm gaskets are used as glass holder gasket. For the leakage possibility at the corners, glass gaskets provide complete leakproofing. |
| Manifold Gasket : At LIMPIA collectors, for preventing water-enter, inside of the collector because of rain or snow reasons, UV-resistant Epdm gaskets are used as glass holder gasket. For the heat differences possibility at manifold, Epdm gaskets provide complete resistant. |
| Isolation : At LIMPIA solar collectors, high heat insulated and high density 50 mm thickness rock-wool is used. And at the borders of chasis, 20 mm climate panel is used. |
| Lower Cover : At LIMPIA solar collectors; resistant to external factors and 0,40 mm thickness; hardened, embossed, aluminum sheet is used. Aluminum sheet provides highest resistant according to external factors, like; transportation, installation, wind, snow, rain and temperature. |
| Ultrasonic Welding Technology : At LIMPIA solar collectors, for integrating of surface absorber and conveyor pipes, ultrasonic welding technology are being used. |