Apricus Evacuated Tubes Solar Water Heater Solar Collector for Residential&Commerical Project (etc-2

Product Name: Apricus Evacuated Tubes Solar Water Heater Solar Collector for Residential&Commerical Project (etc-20. etc-30) Model NO.: ETC-22. ETC-30. ETC-10 Certification: CE, ISO9001, CCC, RoHS, CB, UL, CSA, SASO Composition: Collector Collector Components: Glass Vacuum Tube Interior Material: Stainless Steel Pressure: Pressurized Structure: Separate Type Max. Capacity: >200L Tubes: 10.22.30 Dimension: 2005*1636*136mm Peak out: 1477W Aperture Area: 2.07m2 Gross Area: 3.28m2 Gross Dry Weight: 71.3kg Fluid Capacity: 600ml Max Operating Pressure: 800kpa/8bar Trademark: Apricus Transport Package: Carton Box, Pallet, Special Steel Pallet for LCL Specification: ETC10. ETC-22. ETC-30 Origin: China HS Code: 84199010 Product Description Apricus Evacuated Tubes Solar Collectors for Solar Water Heating System(ETC-10. ETC-20. ETC-30)ApplicationsThe Apricus ETC-30 collector is designed to be used in a wide variety of solar thermal (heat) applications in almost any climate.The evacuated tube and heat pipe technology provides very efficient and reliable solar thermal production in a simple to install design.Features• Twin glass evacuated tube (passive solar tracking)• Freeze resistant heat pipes• only 4 braze points, extremely reliable header design• Steam-back and drain-back compatible• Potable water certified copper header pipe• Flared compressions fittings for reliable, leak free connections• Cyclone rated, corrosion resistant aluminium mounting frame• 10 year limited warranty on tubes and heat pipes• 15 year limited warranty on copper header and AL frame• Efficient performance at high differential temperaturesSolar Heating System components1.Solar Collector-ETC10.ETC20.ETC-22.ETC-302.Pipe system3.Water Storage4.Controller5.Auxiliary heating systemApricus Solar Collector ModelsSpeifcicationETC-10ETC-20ETC-22ETC-30Dimension(L*W*H)mm2005*796*1362005*1496*1362005*1496*1362005*2196*136Peak output671W1342W1477W2014WAperature Area0.947m21.89m22.07m22.84m2Gross Area1.59m23m23.28m24.4m2Gross Dry Weight35KG63.5KG71.3KG95KGFludi Capacity310ML550ML600ML790MLNormal Flow Rate0.7L/min1.4L/min1.5L/min2L/minMax Flow Rate15L/min15L/min15L/min15L/minMax operating Pressure800KPa/8bar800KPa/8bar800KPa/8bar800KPa/8barMaterials of Construction Materials of ConstructionEvacuated Tubes: Borosilicate 3.3 GlassAbsorber: Cu-AL/N-SSHeat Pipes: High purity copperHeat Transfer Fins: AluminiumRubber Components: HTV Silicone RubberMounting frame: 6005-T5 Anodized Aluminium 316 SS FastenersManifold Casing: 3003 AL, PVDF coating Performance DataRecommended Flow Rate: 2 L/minMax Flow Rate: 15 L/minPeak Power Output: 2014 WEta0: 0.714 *a1 (W/m2K): 1.243 *a2 (W/m2K2): 0.009 ** Data from TUV report 154035663 for Solarkeymark certification. Physical SpecificationsDimensions (WxHxD): 2005 x 2195 x 136mmAperture Area: 2.84m²Gross Area: 4.4m²Gross Dry Weight: 95 kgFluid Capacity: 790 mlMax Operating Pressure: 800 kPaStagnation Temperature: 228°C CertificationsSolarkeymark: 011-7S2323RAS/NZS 2712-2007: 100633SRCC OG100: 10001909USEC: S-5995NSF-61 Tested: 172481.ConstructionThe AP solar collector comprises three main parts:2.Evacuated Tube (ET)Absorbs solar energy and converts it to usable heat. Vacuum between the two glass layers insulates against heat loss.3.Heat Pipe (HP)Copper vacuum pipe that transfers the heat from within the ET up to the manifold.4.ManifoldInsulated box containing the copper header pipe. The header is pair of contoured copper pipes with dry connect sockets that the heat pipes plug into.5.Mounting frameStrong and easy to install with various options to match different mounting methods.OperationStep 1:The absorber coating on the inner glass tube absorbs sunlight and converts it into heat.Step 2:Steam forms inside heat pipe which transfers heat rapidly up to the manifold.Step 3:A pump circulates water or heat transfer fluid through the header pipe, carrying heat back to the storage tank. Gradually throughout the day the tank is heated up.Installation EffeciencyThe instantaneous efficiency level depends on the surface area used for the calculation. It is important to use the same area (absorber, aperture or gross) when comparing collectors. Aperture is the standard area measurement for presenting efficiency values.How the System Work?Case study1.Residential Applicationfrom US Customers2.Commercial projectsApricus are an Australia and China Joint Venture company, with global offices and 2 factories in China and USA.For more details, pls visit:www.apricus.com