Description
In each vacuum tube there is a U pipe with direct flow-through that is connected to the
header pipe inside manifold. This U pipe is seamed in an aluminum heat transfer fin in the
interior of vacuum tube that transmits the heat from the interior tube to the U pipe.
Solar radiation permeates the outer glass tube and is captured on the outside of inner glass tube by
highly selective sputter layer. The captured solar radiation is transmitted to flush-contact
aluminum shield and then copper pipe filled with heat transfer fluid. The 360°aluminum heat
transfer fin assures the fastest energy transfer.
| Model Name | SPU |
| Manifold casing material | Stainless steel / Aluminium |
| Frame material | Anodized profiled aluminum bar or stainless steel |
| Header pipe material | Copper |
| U pipe material | Copper |
| U pipe diameter | 8mm |
| No. of pipes | 10,12,15,18,20,24,30 |
| Aperture area | For 18tubes system 2.3m2 |
| Insulation | polyurethane |
| Rubber seals and rings | UV stabilized high temperature silicon rubber |
| Test pressure | 9 bar |
| Collector mounting | Flat roof/inclined roof |
| Mounting angle | 30 degree-50 degree |
| Inlet Outlet | 22mm |
| Gross weight | 70KG(for SPU-H58/1800-18) |
1. Borosilicate glass according to ISO3585: 1991; Transmittance of borosilicate glass: 0.92. Absorbance of solar selective absorptive coating: 0.94; Hemispherical emittance: 0.08; Getter according to GB/T9505-1998.
2. Start-up temperature: No more than 25Celsius.
3. Start-up time: No longer than 2 minutes under normal sunshine.
4. Low temperature resistance: No breaks at -30Celsius.
5. Heat impact resistance: No damage after over 3 time's alternative impact of cold water below 25Celsius and hot water over 90Celsius.
6. Pressure resistance: Can withstand 0.6Mpa.
7. Hail resistance: No damage by the impact of 25mm diameter hail.
Our advantages:Our products process:
Complaint
