Product Description

Typical installation configuration Here is the simplest of installation configurations for the HM series Solar water heaters. The tank is low pressure, open vented. The tank is manually filled by opening a tap in the house. Once the tank is full water runs out through an overflow pipe which is fed back down into the house. When water starts flowing out the tank is full. When using water the tank gradually drains until it is empty. Once accustomed to the method of operation, the user knows how much water is left in the tank and can fill it up at the appropriate time This is the simplest of installation configurations for the thermosyphon tubular solar water heater. The tank is low pressure, open vented. The tank is manually filled by opening a tap in the house. Once the tank is full water runs out through an overflow pipe which is fed back down into the house. When water starts flowing out the tank is full. When using water the tank gradually drains until it is empty. Once accustomed to the method of operation, the user knows how much water is left in the tank and can fill it up at the appropriate time. Depending on hot water usage pattern and weather conditions, the hot water can be used directly for showering, or can be used as a pre-heat, feeding the inlet of an instant or tank water heater. Description: This is the simplest of installation configurations for the thermosyphon tubular solar water heater. The tank is low pressure, open vented. The tank is manually filled by opening a tap in the house. Once the tank is full water runs out through an overflow pipe which is fed back down into the house. When water starts flowing out the tank is full. When using water the tank gradually drains until it is empty. Once accustomed to the method of operation, the user knows how much water is left in the tank and can fill it up at the appropriate time. Depending on hot water usage pattern and weather conditions, the hot water can be used directly for showering, or can be used as a pre-heat, feeding the inlet of an instant or tank water heater. Description: B series solar water heaters are all-glass evacuated solar domestic water systems combined with heat pipes inside the glass tube. The selective coating on the inner tube converts solar energy into heat energy and transfers to the heat pipe by an aluminum fin. The liquid in the heat pipe changes into vapour which rises to the condenser. The heat conducts the water inside the tank and the vapour becomes liquid, returning to the base of the heat pipe. This continuous circulation transfers heat from the heat pipe to the cold water in the tank as long as sun is heating the collectors. Hot water can be obtained by injecting cold water from the bottom of the tank Features: Some advantage compare with B series • The system will still operate in the event of occasional tube breakages; • Can operate with water pressure up to 0.4MPa; • No additional device for automatic filling water to the tank; • More pressure, more comfortable; series: Model *0CP*7 *0CP*8 *4CP*8 *0CP*8 Volume of Storage Tank **5L **5L **5L **0L Numbers of Tube *8 *0 *4 *0 Length of Tube ***0mm ***0mm ***0mm ***0mm Inner/Outer Diameter of Tube φ*7mm/φ*8mm φ*7mm/φ*8mm φ*7mm/φ*8mm φ*7mm/φ*8mm Outer Shell of Tank Galvanized steel Sheet，Surface plastic painting Thickness: 0.6mm Stand Galvanized steel Sheet，Surface plastic painting Thickness: 2mm Insulating Layer Foaming polyurethane, Thickness：*7.5mm Inner Tank **6L Stainless steelThickness: 1.5mmArgon welding technology End Cover **6L Stainless steelThickness: 2mm Evacuated tube Absorptance：≥*4%Emittance：≤6% Working Pressure Normal working pressure: **6kgTest pressure: *0kg Reflector aluminum（**0G） component：Al *9.*5%surface oxidation Tailstock ABS plastic material Collecting Area 3.*8m2 2.*0m2 2.*8m2 3.*0m2 Angle of Stand *3oand *0ofor flat roof, *5ofor tilted roof Heat Loss Coefficient W/m3•K Dailey Efficiency >*0% Inlet/Outlet Connections G 1/2 Optional Electric Booster ***0W/***0W Power supply ******0V Temperature sensor ***9℃Accuracy of temperature:2℃