Solar Hot Water Collector
1.CE, Solar Keymark,SRCC,ISO9001
2.Aluminum alloy structure
3.Antifreezing
4.Easy installation.
Price Terms:FOB,CIF,EXW
Payment Terms: T/T,Western Union,MoneyGram,L/C
Minimum Order: Negotiatable
Delivery Port: Customized
Contact SupplierPackaging Detail: 1.Plywood pellet case for LCL and sample orders to protect them from any possible damage during transportation.2.Export Standard carton package for FCL and bulk orders
Delivery Detail: 15-20 Day
Solar Hot Water Collector
Two layers of borosilicate glass maintain a vacuum layer which at as a magnificent insulator.
Solar Hot Water CollectorTechnical Parameter
Evacuated Tube Specifications:
1. Length (nominal):1800mm/1600mm
2. Outer tube diameter: 58mm/47mm
3. Inner tube diameter: 47mm/37mm
4. Glass thickness:1.8mm/2.0mm
5. Thermal expansion: 3.3x10-6°C
6. Material: Borosilicate Glass 3.3
7. Absorptive Coating: Graded Al-N/Al
8. Absorptance: v>93% (AM1.5)
9. Emittance: <8% (80°C)
10. Vacuum: P<5x10-3 Pa
11. Stagnation Temperature :> 200°C
12. Heat Loss :< 0.8W/ (m2°C)
13. Maximum Strength: 0.8MPa
14. Start-up temperature: ≤25°C
15. Weight:2.2kg/3.0kg
Solar Hot Water Collector Manifold and Heat Pipe Specifications:
1.Heat pipe wall thickness: 0.6mm
2.Length and diameter of condenser: 55mm/14mm
3.Start up speed: 30S
4.Start up temperature: 25oC
5.Insulation: Polyurethane + Rock wool
6.Manifold casing material: Aluminum Alloy
7.Frame material and thickness: Aluminum Alloy 1.3mm
8.Inlet Outlet: Φ22mm or G3/4 inch compression
9.Heat pipe material: Copper
10.Insulation: Polyurethane
11.Rubber seals and rings: UV stabilized high temperature silicon rubber
12.Test pressure: 9 bar
13.Collector mounting: Flat roof or inclined roof
Heat Pipe Series | Manifold | ||
Type Parameter | Aluminium alloy Manifold | Stainless Steel Manifold | |
Material | Aluminium Alloy(2.5mm) | Stainless Steel (304/2B or other ) | |
Insulation | Rock wool | Rock wool | |
Manifold pipe | Copper (φ35*1) | Copper (φ35*1) | |
Color | Freedom of choice | ||
Remark:1.Aluminum alloy manifold adopt integrated lock design. 2. Working pressure:0.6Mpa,Test pressure:1.0Mpa | |||
Aacuum tube(Transition heat-pipe tube) | |||
Type Parameter | Diameter=47mm | Diameter=58mm | |
Material | High Borosilicate glass | High Borosilicate glass | |
Thickness | 1.6-2.0mm | 1.6-2.0mm | |
Length | 1.5m | 1.8m | |
Color | Black/Blue | Black/Blue | |
Heat pipe | Copper 0.6mm | Copper 0.6mm | |
Remark:1.Borosilicate glass according to ISO3585:1991; transmittance of borosilicate glass:0.92. 2.Absorbance of solar selective absorptive coating:0.94 3.Hemispherical emittance:0.08; 4.Getter according to GB/T9505-1998 | |||
Frame | |||
Type Parameter | Aluminium Alloy | Stainless Steel | |
Material | Aluminium Alloy | Stainless Steel | |
Thickness | 2.5mm | 0.7mm | |
Color | Freedom of choice | ||
Remark:1.Collector Mounting: Flat Roof/Inclined Roof from 18 degree to 45 degree 2.adjust bracket width ,easy to assemble |
More Details for the Solar Collectors:
1. Heat Pipe Evacuated Tubes for Solar Hot Water Collector
2. Solar Hot Water CollectorAluminum alloy Manifold
3.Aluminium alloy Frame for Solar Hot Water Collector
4.Solar Hot Water Collector Parts Details.