Heat Pipe Pressure Solar collector
CCC.CE.ISO,solar keymark
1)prompt delivery
2)beautiful design
3)stable quality
Price Terms:FOB,CIF,EXW
Payment Terms: T/T,Western Union,MoneyGram,L/C
Minimum Order: Negotiatable
Delivery Port: Customized
Contact SupplierPackaging Detail: standard import carton
Delivery Detail: within 15 days after your advanced payment
Heat Pipe Pressure Solar collector
pressurized solar collectors details:
1. Vacuum tube absorbs the solar radiation and transforms it into heat energy. Then it transfers the energy to the heat tube, and the heat tube transfers it to the working media. Working media is forced to circulate by the circulation pump, and heat the tanks water.
2. Pressure-bearing operation: High pressure-bearing technology does not limit installation height, heated water operate under high pressure, has high current and has comfortable bath; Vacuum tube does not leak water, does not storescale and has not tube explosion. The whole machine has strong anti-freezing capability, has more stable operation.
3. Optimized appearance design: All-round industrial shape design is handsome and fully considers the human-machine engineering method factor.
4. Heat-tube heating: Adopt heat-tube heating technology, has low starting temperature, rapid diathermancy and high heat efficiency.
5. Integrate with building more perfectly: Collector separates from water tank and achieves integration with architecture in true sense and form an integrated part of architecture
solar water heater collectors Specification :
Basic collector data
Collector Size | 10 Tubes | 18 Tubes | 22 Tubes | 30 Tubes |
Overall length | 1980mm | |||
Overall height | 156mm (manifold & standard frame) | |||
Overall width | 796mm | 1496mm | 1636mm | 2196mm |
Absorber area | 0.8m2 | 1.6m2 | 1.76m2 | 2.4m2 |
Aperature area | 0.94m2 | 1.88m2 | 2.07m2 | 2.82m2 |
Gross area | 1.57m2 | 2.96m2 | 3.24m2 | 4.35m2 |
Gross weight | 34.8kg | 63.5kg | 71.3kg | 94.8kg |
Fluid capacity | 500ml | 900ml | 1100ml | 1500ml |
1.overall length:length of frame front track
2.overall height:height of frame front track & manifold
3.overall width:width of manifold (not inclduing inlet/outlet port )
4.absorber area:outside diameter of inner tube x exposed tube length
5.aperature area:inner diameter of outer glass tube xexposed tube length