China High Quality Evacuated Tube Collector Manufacturer – Evacuated Tube Solar Collector for Central Hot Water Heating System – solarshine
China High Quality Evacuated Tube Collector Manufacturer – Evacuated Tube Solar Collector for Central Hot Water Heating System – solarshine Detail:
| Basic Info. | |
| Trademark | 0EM/SolarShine |
| Specification | 2000X1 000x78mm |
| HS Code | 84199010 |
| Transport Package | Standard Export Packing |
| Origin | China |
The SolarShine vacuum tube collectors can minimize the heat losses by virtue of the vacuum in the tubes, combined with high selective surface coating and vacuum insulation of the absorber element, the vacuum tube solar collector can get very high heat extraction efficiency.
Our design of the vacuum tube solar collector is very flexible, it can be used to make the appropriate support and installation method according to the installation size of different building roofs.
| Regular models specification | |||||
| ModevCapacity | 25 | 50 | 100 | 150 | 200 |
| Vacuum tube | 58*1800 high efficiency callector vacuum tubes | ||||
| vacuum tubes quantity | 25PGs | 5oPcs | 1D0Pcs | 150PcS | 2oDPcs |
| Mounted directian | Vertical | Harizantal | |||
| lnstallatian size need for ground |
2X1.65 | 3.8X1.85 | 3.8X4.2 | 3.8X6.2 | 3.8X8.2 |
| Manifold inside material | sus304 2日/31BL(Optional) | ||||
| Manifold Outer cover | Stainless steel / Colorful painted steel | ||||
| lnsulation | High density polyurethane foam (Non-CFC) | ||||
| Ground stand | All stainless steel stand | ||||
| Specification of vacuum tube | |
| Structure | All- glass double- tube co- axial structure |
| Glass Material | High borosilicate glass 3.3 |
| External Pipe Diameter & Thickness | Ø= 58 ± 0.7mm & = 1.6mm, |
| Internal Pipe Diameter & Thickness | Ø= 47 ± 0.7mm & = 1.6mm, |
| Pipe Length | 1800mm |
| Coating Layers | Cu/ SS- ALN (H) /SS- ALN (L)/ ALN |
| Coating Method | Three target magnetron sputtering plation |
| Specific Absorption | as= 0.93 ~ 0.96 (AM1.5) |
| Emission Ratio | Σh= 0.04 ~ 0.06 (80°C ± 5°C) |
| Vacuum Tightness | P≤ 5.0×10- 3Pa |
| Idle Sunning Property Parameters | Y= 260 ~ 300m². °C/KW |
| Solar Radiation for Obtaining a | H≤ 3.7 MJ/ m² (Ø47), H=2.9 ~ 3.2 MJ/ m²; |
| Preset Water Temperature | H≤ 4.7 MJ/ m²(Ø58), H= 3.7 ~ 4.2 MJ/ m². |
| Average Heat Loss Coefficient | ULT= 0.4 ~ 0.6W/ (m². °C) |
We have two types vacuum tube collectors available, you can choose 25 vertical tubes each set or 50 horizontal tubes each set, for horizontal mounted 50 Tubes type, its heating capacity is 700- 1200L/ set, for vertical mounted 25 Tubes type, its heating capacity is 350-600L/ set.
Each set consists of three parts: ground mounting bracket/ all- glass vacuum collector tube and manifold, the bracket material is stainless steel and aluminum alloy, manifolds materials are internal SUS304/ external SUS202, and its middle layer is polyurethane.
Product detail pictures:
Related Product Guide:
We stick with the theory of "quality first, company first, steady improvement and innovation to satisfy the customers" for the management and "zero defect, zero complaints" as the quality objective. To perfect our provider, we deliver the items together with the fantastic good quality at the reasonable value for China High Quality Evacuated Tube Collector Manufacturer – Evacuated Tube Solar Collector for Central Hot Water Heating System – solarshine , The product will supply to all over the world, such as: Slovenia, United Arab Emirates, Zurich, After years' creating and developing, with the advantages of trained qualified talents and rich marketing experience, outstanding achievements were gradually made. We get good reputation from the customers due to our good solutions quality and fine after-sale service. We sincerely wish to create a more prosperous and flourishing future together with all the friends home and abroad!
By Colin Hazel from Turkey - 2017.08.18 18:38
As a veteran of this industry, we can say that the company can be a leader in the industry, select them is right.
By Danny from Turkey - 2017.11.29 11:09
