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Solar Workstation, intelligent control the temperature and operation of split pressurized solar water heating system
Solar Workstation Introduce Workstation suitable for single-pipeline Split pressurized solar system |
Advantage 1. Designed for self-sustaining solar operation 2.Easy installation, save cost, beautiful appearance 3.Easy to check the flux of pipeline, temperature display. |
Components 1.Safety valve: make sure the system safety working 2.Ball valve,check valve: brass material 3.WILO pump: this pump is a standard device in the system,it required operating point can be preselected using one of the three levels. 4.Manometer: adopt hydraulic aseismatic manometer with a range from 0 to 10 bar indicates the system pressure. 5.Connect of expansion vesse: linstall expansion vessel, avoid the system working at minus pressure. 6.Flow sensor: timely monitor medium flow of the whole system.. 7.Heat preservation material: EPS, method of operation: counterclockwise rotation to open and clockwise rotation to close. 8.Screw thread: 1/2inch. 9.Maximum working temperature of pipeline: 110oC |
Technical data: Model ILA-SP116 1.externality size: 450mm*310mm*150mm 2.Max. self consumption: ≤3W 3.Accuracy of temperature measuring: ±2oC 4.Range of temperature measuring: 0~150oC 5.Power of controlled pumps (temperature difference circulation pump, water-using end circulation pump): 600W 6.electronic booster power: ≤3000W 7.System working pressure 8 bar and safety valve response pressure 6 bar. 8.input signal: 3 temperature sensors (for top of tank, for heat collector, for bottom of tank) 9.output signal: 3 (electronic booster, temperature difference circulation pump and water-using end circulation pump) Model ILA-SP118 1.Externality size: 450mm*310mm*150mm 2.Max. self consumption: ≤3W 3.Accuracy of temperature measuring: ±2oC 4.Range of temperature measuring: 0~150oC 5.Power of controlled pumps(temperature difference circulation pump, water-using end circulation pump) or electromagnetic valve : 600W 6.Electronical booster power: ≤3000W 7.Input signal: 6 temperature sensors (PT1000 for heat collector, NTC 10k B=3950 for water tank) 8.Output signal: 5 (electronic booster, 4 pumps or 3 pumps and 1 three way electromagnetic valve) 9.System working pressure 8 bar and safety valve response pressure 6 bar. |