Pressurized Solar Hot Water System

• Customization: Available
• Max. Capacity: >200L
• Structure: Separate Type
• Model NO.: ILHC-5830H-F
• Pressure: Pressurized
• Interior Material: Stainless Steel
• Collector Components: Heat Pipe Vacuum Tube
• Composition: Collector
• Certification: CE, ISO9001, CCC
• Features: Energy Saving , High Efficiency
• Transport Package: Export Carton Packing
• Specification: 15- 30tubes
• Trademark: INLIGHT/OEM
• Origin: China(Mainland)
• HS Code: 8419120000
• Production Capacity: 4000 Sets/Month

Product Description

Solar Hot Water Heating System,
1) consists of solar collectors, hot water storage tank, controlling system, circulation pump...
2) most economical and high efficiency, with over 12 years lifespan.


Technical Parameters
 

Heat  Pipe    Vacuum Tube	Spec. (mm)	Φ47×1500    Φ58×1800
	Tubes (pcs)	12 / 15 / 20 / 25 / 30
	Material	Tri-target vacuum tube, red copper heat pipe, aluminum fin
	Coating	Cu/SS-ALN(H)/SS-ALN(L)/ALN
Manifold	Flow passage	High quality red copper Φ35*1.0mm, connector  Φ22*1.0mm
	Outer shell	Aluminum alloy plate 2mm
	Insulation	Processed polyurethane integrated foam-forming 30mm
Bracket	Aluminum alloy 1.8~2.0mm
Accessories	Stainless bolts & nuts, dustproof rubber seal, plastic pipe holder
Working Pressure	12 bar
Tilt Angle	25°~ 90° (-5° upright or level)
Hail Resistance	Φ25mm
Anti-freezing	≤ (-)35°C

Features:

1. Suppling hot water for apartments, hotels, restaurants, schools, hospitals, factories, swimming pools, and other places requiring large amount hot water use.
2. Very economical and of good performance for a 15 years lifespan
3. Adaptable to different architecture structure installation
4. Anti-freezing system with good insulation to the pipelines
5. Easy installation and connection of solar collectors and pipelines
6. Able to be disigned to work with axuiliary heating devices to assist solar water heating


Working Principle:

1) Firstly, the storage tank shall be filled with cold water, the collector loop shall be pumped with water
2) The water in collector loop then will be heated with solar radiation to vacuum tubes

3) When temperature discrepancy sensed between solar collector and storage tank reaches set value in controller, the controller shall start the circulation pump automatically4) The circulation pump makes water circulate in the loop

5) Hot water would be pumped into storage tank and the loop again be pumped with cold water from the bottom of storage tank

6) In case the temperature in storage tank does not reach set value you want, then the auxiliary electrical heater would start to assist heating

7) When temperature discrepancy sensed between solar collector and storage tank is below the set value in controller, the circulation pump shall stop automatically

8) If the water temperature has not reached the expected value set in the controller, then the auxiliary heating device would start to assist solar water heating

9) Eventually the water will get heated enough as expected ready for use