50 Tubes Solar Hot Water Collector For Swimming Pool

50tubes All Stainless Steel High Efficiency Vacuum Tube Thermal Solar Collector for Swimming Pool

Specifications

Non pressure solar collector
CE,ISO,SRCC approved
24 hours automatic water supply
Indirect run,clean

Non pressure solar collector

-House Hold Hot Water

-Car washing/Industrial

-Camping/Camps/Cottage

-Underground Floor Heating

Advantages

• Cheap and reliable warming solution with simple structure and easy installation

• Could be used in any climate

• High efficiency with daily average efficiency higher than 80-85%

• Withstands full main pressure of household water supply

• Operation without any power supply when using solar water circulation pumps

• Could be installed with parallel and/or series connections

• Auxiliary electric booster is optional: 1500W

Components

- Solar Collector

- Vacuum Tubes

- Solar Vacuum Tube

- Smart Controller

- Water Storage Tank

Working Principle of Solar collector

1. The solar collector connect with non-pressurized solar tank.

2. The water pass through solar manifold then into vacuum tube, vacuum tube absorb solar energy, heating the water inside of vacuum tube.

3. According to density difference, the cold water through down into vacuum tube, and hot water flow up into solar manifold, then storage in heat protection water tank.

4. After circulation by temperature circulation pump, all of the cold water will be heated to hot water and storaged in heat protection water tank.

Technical Data:

Warranty

5 years international responsibility for vacuum tube solar collector and 15 years for glass vacuum tubes due to original quality problems.

FAQ

Model selection: Usually we suggest Φ58*1800MM tube solar collector which is more cost effective.

Technical support: offers design and installation instruction for customers with our 10 years installation experience.

OEM: Your LOGO information can be made on our Manifold Vacuum Tube Solar Collector and carton boxes.

ODM: Design manufacturing is available for manifold size and shape, tube length, frame structure, etc.