Aluminum Alloy Pressurized 12 Tubes U Pipe Solar Collector For Flat Roof

 
Description:
1. Direct-flow Header: High quality red copper, inlet & outlet Φ22mm
2. Manifold Shell: High-quality black/ gray aluminum alloy 2mm
3. Insulation: High-density compression-moulded rockwool 50mm
4. Collector Tube: Three-target vacuum tube, Φ8 mm copper riser pipe, Aluminium fin
5. Mounting Frame: Black/ gray aluminum alloy 1.8mm, suitable for roof or exterior wall installation
6. Accessories: Thermal paste,copper connectors
7. Working Pressure: 6.0 Bar
8. Collector Tilt Angle: 20°~90°(Vertical/ horizontal shift: -5°/-5°)
9. Hail Resistance: < Φ30 mm
10. Anti-freezing: > - 40°C

Aluminum Alloy Pressurized 12 Tubes U Pipe Solar Collector For Flat Roof Working Principle

1) Connect with pressure water tank and workstation. Water is circulated through the header via intermittent pump cycling. Each time the water circulates through the header, the temperatures is raised by 5-10°C. Throughout the day, the water in the tank is gradually heated.
2) Solar absorption: solar radiation is absorbed by the solar tubes and converted into heat.
3) Solar heat transfer: heat pipes conduct the heat from within the solar tube up to the U pipe.
 
 

 
Applications:
Domestic hot water , Solar Thermal.
 
Features & Advantages:
INLIGHT U pipe solar collector is a kind of pressurized and efficient solar water heating device, heating flowing water or liquid in closed flow passage and U pipes with glass tubes, since the copper flow passage is welded with U pipe, water or liquid will never flow into glass tubes. INLIGHT U pipe collector is composed of three-target tubes, U pipe manifold and supporting bracket, and it is commonly used in active solar water heating system.

1. The vacuum tubes absorb the solar energy and transfer into the heat energy, then pass it to the U pipe, it can get high temperature;

2. Have a good performance of bearing pressure, suitable pump circulation there is no water in the vacuum tube, so the tube will not break in the winter;

3. It is steady and credible;

4. It can be combined with the architecture perfectly, the installation is flexible and can work under any installation angle;

5. It can be combined with existing pipeline;

6. It can still work in the event of occasional tube breakage.