Integrated Pressure Bearing System:
General Information
1. Integrated pressurized solar water heater working principle:
The vacuum tube absorb the solar ray and conduct the heat to heat-pipe (inside) by the aluminum slice, because the heat-pipe is connected with the copper connector which in the water tank, so there exists heat exchanging between the heat- pipe and copper connector, when the heat exchanging goes on, the water in the tank will be heated and become hot water.
2. Advantage of integrated pressurized solar water heater
1. Pressurized system ensure to provide strong water flow for shower
2. This type doesn’t need any controller, circulation pump, expansion pump. Feeder tank, it also can supplement cold water automatic
3. We use the advanced ring-argon arc welding .ensure the high quality.
4. Thickness of inner tank: 1.2mm-2.0mm food grade SUS304 stainless steel
5. Even there is a tube broken; the system can work in a good condition
6. This type is cheaper and easy install than the separated pressurized solar water heater. i think it will popular and have a good market .
4. Solar evacuated tube heat pipe internals
A further, very important factor in selecting your evacuated tube collector is the quality of the internal heat-transfer-fin as this is often overlooked and generally very thin or poorly formed to cut costs, or is even 2 or 4 separate pieces. All this will ultimately reduce the efficiency of your collector, and as such your electricity saving.
Integrated Pressure Bearing System –JXIP-Serial Data Sheet
MODEL: |
Solar Vacuum Tube |
Aperture Area |
Gross Area |
Capacity |
Loading Qty sets |
|
Item No. |
Qty /【pcs】 |
Size /【mm】 |
【M2】 |
【M2】 |
【L】 |
20GP |
JXIP -58/1800/10 |
10 |
Φ58 X 1800 |
0.93 |
1.60 |
100 |
72/172 |
JXIP -58/1800/15 |
15 |
Φ58 X 1800 |
1.39 |
2.31 |
150 |
52/123 |
JXIP -58/1800/20 |
20 |
Φ58 X 1800 |
1.86 |
3.08 |
200 |
38/92 |
JXIP -58/1800/25 |
25 |
Φ58 X 1800 |
2.34 |
3.85 |
250 |
29/69 |
JXIP -58/1800/30 |
30 |
Φ58 X 1800 |
2.79 |
4.63 |
300 |
25/61 |
Integrated Pressure Bearing System Specification
SPECIFICATION |
|
Material of out tank |
201 stainless steel or 304 stainless steel. |
Material of inner tank |
Food grade SUS304-2B Stainless Steel. |
Tank insulating layer |
Imported polyurethane,55mm thickness can conserve the heat for maximum 72 hours |
Welding |
Argon arc welding |
Water tank preformed hole |
Magnesium bar, T/P valve, sensor hole, water inlet & outlet hole, electric heater .drainage. |
EVACUATED VACUUM TUBES SPECIFICATION |
|
Tube structure |
All-glass double-tube co-axial structure |
Glass material |
High borosilicate 3.3 glass |
Tube dimension |
58*1800mm |
Outer tube diameter and glass thickness |
Ø58±0.7mm; Glass thickness 1.6±0.15mm |
Inner tube diameter and glass thickness |
Ø47±0.7mm; Glass thickness 1.6±0.15mm |
HEAT PIPES SPECIFICATION |
|
Heat pipe material |
TU1 copper |
Heat pipe condenser size |
Ø14mm |
Heat-transfer-fins |
Al-alloy fins |
Max.working temp |
-30 ~250C |
ΔT |
35C(Radiation>=800w/m2.day) |
Start-up Temperature of heat pipe |
<=30C |
Resistant Hail |
≤25mm |
Useful life |
15 years |
BRACKET SPECIFICATION |
|
Bracket |
201 stainless steel |
Bracket angle |
Slope/flat roof structure. optional |
Fastening pieces |
Made of zinc-coated stainless steel. |