Heat Pipe Solar Collector (CE ISO CCC)

Heat Pipe Solar Collector Introduction The heat pipe system consists of the glass evacuated tube and a copper heat pipe which is installed within the glass tube. The copper heat pipe conducts heat from within the evacuated tube to its tip (condenser) which is plugged into the header pipe contained in the manifold. As water runs through the header pipe heat is transferred from the heat pipe condenser to the water. 1. High heat conduction coefficient: 2000-5000 times of metal materials. 2.High quantity of heat conduction: 1000 times of metal materials. 3.Low temperature difference: less than 4 difference in 2 meter long pipe. 4. Anti-freeze: can work as low as -40oC Feature 1. Reliable, efficient, twin-glass solar tubes heat pipe. 2. Copper heat pipes for rapid heat transfer. - Low maintenance. - Easy installation of single or multiple units. 3. Corrosion resistant silver brazed copper header. Specification Model Type SLHPC Manifold casing material Anodized Aluminum Frame material Aluminum-zinc plated steel Header pipe material Copper Heat pipe material Copper Insulation Polyurethane 55mm or Rock wool Rubber seals and rings UV stabilized high temperature silicon rubber Test pressure 9 bar Collector mounting Plane roof/slope roof Angle of operation 10-80 Inlet Outlet Φ22 Model Model Aperturearea (m²)Volume (L/oC)Vacuum Tube 20/40" containerGW (KG)DiameterLengthNo.SLHPC 47/121.2670/60Φ 47mm1500mm12133/27628SLHPC 47/181.80110/6018120/24942SLHPC 47/202.10125/6020110/22746SLHPC 47/303.15180/603076/15869SLHPC 58/121.73110/60Φ 58mm 1800mm12118/24440SLHPC 58/182.57150/601884/17560SLHPC 58/202.88175/602077/16064SLHPC 58/304.32260/603052/10698 NOTE: Aperture area is the part of the collector that actively absorbs the light rays. For solar tubes this is defined as the cross-sectional area of the inner tube (selective coated) measured using the outside diameter. (E.g. 0.047 x 1.72m = 0.08m2)