1. Standard export packing for FCL order. 2. Special packing for LCL order.
FEATURES 1. Solar KEYMARK (EN12975), SRCC certificate 2. No water in vacuum tubes, each vacuum tube works individually, so the whole system could still work even several tubes are broken. 3. Medium circulation, good anti-freezing and prevent evaporation ability, also avoid blockage in the pipe because of the pipe scale. 4. Multifunction: shower, washing, domestic heating, swimming pool, etc.
Combining many pieces of solar vacuum tube with copper heat pipe inside as a thermal collector, circularly supply heat energy to cold water through control station (pump, pressure gauge, flow meter, expansion tank, etc.).High quality certified by TUV and SPF, it could work in cold winter and easily install with different construction.
SPLIT PRESSURIZED SOLAR THERMAL COLLECTOR
Tri-elements vacuum tube with heat pipe, Φ58X1800mm
Aluminum alloy with Anode electrophoresis, thickness ≥ 2mm
Heat resisting Nylon plastic parts
Anti-water ring, anti-dust cover, silicone rubber
Copper TU2, Φ35mm or Φ42mm,1.0mm thickness
Rock wool, thickness ≥ 45mm, density ≥ 50kgs/m3
Aluminum alloy with Anode electrophoresis, thickness ≥ 1.6mm
Adjustable Nylon plastic parts
1. Solar for Central Heating-Preventing Overheating If a system has been designed to provide contribution to central heating, it will often provide much more heat in the summer than is required for hot water supply alone. In such cases it is advisable for the home to have a spa or pool that can use the heat in the summer period or a heat dissipation device be installed. 2. Metallic Components Always wear glove when handing the various solar collector components. All efforts have been made to make the metal components safe to handle, but there may still be some sharp edges. 3. Evacuated Tubes Be careful when handing the evacuated tubes, as they will break if knocked heavily or dropped. Wear gloves if handing any broken glass. 4. High Temperatures With the heat pipe installed in the evacuated tube, and good sunlight, the heat pipe condenser can reach temperatures in excess of 200°C/392°F. At this temperature touching the heat pipe will result in serious burns, so please take care when ” experimenting ” with, or “demonstrating ” the evacuated tube and heat pipes .In an installed, fully plumbed system, if the pump is stopped during good sunlight, the collector header and plumbing pipe close to the manifold can reach temperatures of 160°C/320°F, and therefore caution should be taken when touching such components.