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| Split Solar Water Heater(JSSP-007) |
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Separated open loop solar hot water heating systems- Pressurised 7 bar
Easy plug-in installation.
Copper heat pipes for rapid heat tran
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| Solar Water Heater(JSNP-031) |
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Material:
Inner tank material:SUS304-2B stainless steel 0.4mm thickness,food grade,innocuity.
Outer tank material:color steel 0.35mm thickness,antirust.
Insulation layer:High density polyurethane foaming,50mm thickness.
Vacuum tube material: borosilicate glass,three target vacuum tube,ALN-SS-CU layers.
Capacity:200L
Assistant tank:5L
Vacuum tube size:¦µ 58mm*1800mm(Length).
Bracket material:galvanized steel,1.2-1.5mm thickness,ant
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| compact non-pressure solar water heater(JSNP-032) |
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Material:
Inner tank material:SUS304-2B stainless steel 0.4mm thickness,food grade,innocuity.
Outer tank material:color steel 0.35mm thickness,antirust.
Insulation layer:High density polyurethane foaming,50mm thickness.
Vacuum tube material: borosilicate glass,three target vacuum tube,ALN-SS-CU layers.
Capacity: 150L
Vacuum tube size:¦µ 58mm*1800mm(Length).
Bracket material:Aluminium alloy,1.5mm thickness,antirust.
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| Non-pressure solar water heater(JSNP-033) |
Product Description
Material:
1.Inner tank:SUS304-2B stainless steel 0.4mm thickness,food grade,innocuity.
2.Outer tank:Color steel 0.35mm thickness,antirust.
3.Insulation layer:High density polyurethane foaming,50mm thickness.
4.Vacuum tube material: borosilicate glass,three target vacuum tube,ALN-SS-CU layers.
5.Tube quantity:18pcs.
6.TVacuum tube size:¦µ 58mm*1800mm(Length).
7.Tank capacity:150L
8.Bracket:Zinc coated steel,1.5mm thickness,antirust.
9.The glisteni
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| Solar Collector(JSSC-008) |
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Fearure:
1. Using a high efficiency heat transfer fin design to conduct the
heat from within the all glass vacuum tube up to the header;
2. Due to the vacuum between the two glass tubes, conductive and convective heat
loss are eliminated
3. The tube is 100% glass, the problem with loss of vacuum due to a broken seal
is greatly minimized, therefore, these tubes perform very well in overcast
conditions as well as low temperatures
4. Non-pressure design.
5. Easy
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| Solar Collector(JSSC-001) |
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The split Solar Heating System is specially designed for residential house and
building .Such System separates the soalr heat collecting unit and the water
tank. The collector can be installed at the sunny facet of a building , such as
roof or sidewall. The water tank then can be installed in house with
convenience. This makes it possible and easier to install the system
aesthetically with original building.
Working Principle:
The pressure pump connects the circulati
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| Solar Collector(JSSC-003) |
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The split Solar Heating System is specially designed for residential house and
building .Such System separates the soalr heat collecting unit and the water
tank. The collector can be installed at the sunny facet of a building , such as
roof or sidewall. The water tank then can be installed in house with
convenience. This makes it possible and easier to install the system
aesthetically with original building.
Working Principle:
The pressure pump connects the circulati
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| New tri- element vacuum tube |
210cm vacuum tube assimilate the advanced 12 layers of spattering deposition
of trivalent element technology to make the tube has high performance of
absorptance and low reflection ratio. It also can stand up to high temperatures
and perform a strong heating ability. And improve the deposition layer's structure
through add rare metal to enhance the effect photosensitive reaction, the
absorbing rate of vacuum tube up to 0.96. Absorb
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| Expansion Tank |
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Closed-loop systems require an expansion tank. An expansion tank has a chamber in which air is locked inside a bladder or diaphragm. It screws into standard 1/2-inch or 3/4-inch threaded plumbing fittings. When pipes are filled with heat transfer fluid (water and glycol), and the operating pressure of the system is set, the fluid will occupy a given volume based on the temperature. As the fluid is heated by the sun, it expands. This is where the expansion tank is critical. Wit
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| Heat Exchanger |
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Heat exchangers are used in closedloop solar hot water systems. They enable the transfer of heat from one fluid to another without the two mixing. Internal heat exchangers are inside the tank and not visible. They can be as simple as a coil of pipe resting in the bottom of the tank, or wrapped around the outside beneath Ö®ĻĀthe insulation and cover. As the heated fluid from the solar collector travels through the coil, the heat is passed from the hotter fluid to the cooler potab
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