SFBS-30P
Technical Support
5 Years
30cbm
Separate Type
Pressurized
Stainless Steel
Glass Vacuum Tube
Collector
CE, ISO9001, CCC, RoHS, CB, SASO
Carton
Jiangsu, China
8419120000
Product Description
SFBS-30P 30m3 Solar Pool Hot Water Heater for Domestic Pool with Solar Collector
SFBS-30P Split Pressurized Solar Heating System for 30M3 Pool
This system includes 2 sets of heat pipe solar collector 30 tube solar controllers, circulation pumps, heat exchangers and connectors, valves etc.
It absorbs solar energy through a solar vacuum collector tube and transfers heat to the flow channel. Driven by the circulation pump, the working fluid is heated as it flows through the flow path, and the heat is transferred to the heat exchanger through the circulating working medium. At the same time, the circulation pump on the side of the swimming pool pumps the water in the pool to the heat exchanger, and the two exchange heat. The water in the swimming pool gradually heats up to reach the ideal temperature suitable for swimming.
Two completely independent circulation systems, avoiding pool water entering the solar collector module and maintaining the durability of the solar collector Run efficiently.
The material of the heat exchanger is SUS316, which has good corrosion resistance and can effectively prevent the disinfection of swimming pool disinfectant containing chloride ions.
The solar heat pipe collector adopts standardized design and can be installed on the roof or the ground. You can choose the best collector area according to the size of the swimming, the length and season of use, and the local lighting.
SFBS-30P Split Pressurized Solar Heating System for 30M3 Pool This system includes 2 sets of heat pipe solar collector 30 tube solar controllers, circulation pumps, heat exchangers and connectors, valves etc.
It absorbs solar energy through a solar vacuum collector tube and transfers heat to the flow channel. Driven by the circulation pump, the working fluid is heated as it flows through the flow path, and the heat is transferred to the heat exchanger through the circulating working medium. At the same time, the circulation pump on the side of the swimming pool pumps the water in the pool to the heat exchanger, and the two exchange heat. The water in the swimming pool gradually heats up to reach the ideal temperature suitable for swimming.
| Name | Model and specification | Quanity |
| Solar collector | Model:SFB305818, 30 tubes heat pipe solar collector Heat pipes58mm*1800mm*30pcs, Collector Box and frame:aluminum alloy and SS Heat Preservation Layer: Rock Wool | 2 sets |
| Heat Exchanger | SUS316 Stainless Steel Anti Corrosion | 1 set |
| Controller | Model:SR658 To Control Entire System | 1 set |
| Circulating pump | For Thermal Circulation With Solar Collector To draw heat transfer medium in the pipeline to the heat exchanger | 1 set |
| Circulating pump | For Pool Circulation To draw cold pool water into Heat exchanger | 1 set |
| Expansion vessel | Capacity: 12Liter, Pre-charge pressure 0.2Mpa Max pressure: 1.0 Mpa, | 1 set |
| Pipe fitting | Include Air Bleeder, Mounting Strip, Filter Valve, Connector between two collectors. | 1 set |
Two completely independent circulation systems, avoiding pool water entering the solar collector module and maintaining the durability of the solar collector Run efficiently.The material of the heat exchanger is SUS316, which has good corrosion resistance and can effectively prevent the disinfection of swimming pool disinfectant containing chloride ions.The solar heat pipe collector adopts standardized design and can be installed on the roof or the ground. You can choose the best collector area according to the size of the swimming, the length and season of use, and the local lighting.Heat pipe collectors are pressure-type solar collectors, efficient and safe, stable operation, no maintenance costs.
Product advantages:
1. Two independent thermal cycling systems for more efficient work
2. SUS316 heat exchanger with better corrosion resistance, extending the service life of the whole system and reducing maintenance costs
3. The solar collector and the building are perfectly combined and integrated.
4. Good working principle design, low maintenance and use cost.
5. Seamlessly connect with alternative energy sources such as gas, heat pump and boiler.
6. Efficient solar thermal conversion system.
