Description
There are double inner tanks and it takes the advantage of the tap water's pressure. The water can be heated rapidly. We use the non-pressurized inner tank as the heat ex-changer. It is simple to install and use and can be directly connected with city water without a circulation pump.
The characteristic
1. The water will not flow into the tubes directly, the system will still work even the tube broken.
2. With intelligent controller.
3. Anti-freezing, all-year-round service even in extremely cold area.
4. Adopting the best conduction performance metal-copper (heat pipe).
5. Directly connected with city water without a circulation pump.
6. Working pressure (0.6MPa).
Parameter
Type | Area(㎡) | Vacuum tube | Volume(lit ers) | Gross wet(Kg) | 20GP/40GP/40HC loading | ||
Length(mm) | Φ(mm) | Qty(pcs) | |||||
TX-HP-150L | 2.082 | 1800 | 58 | 15 | 150 | 65 | 45/90/100 |
TX-HP-200L | 2.788 | 1800 | 58 | 20 | 200 | 78 | 40/80/88 |
TX-HP-250L | 3.558 | 1800 | 58 | 25 | 250 | 96 | 32/64/72 |
TX-HP-300L | 4.142 | 1800 | 58 | 30 | 300 | 120 | 26/52/60 |
Principle
1. The pressurized water tank has no exhaust hole, therefore, it must bear the pressure came from tap water and hot water, when use, the hot water comes out because of water pressure.
2. Vacuum tube absorbs solar energy, and conductive copper pipe transfers the heat into the pressure solar water heater tank. In this case, the water inside the tank becomes hot
3. No water in the heat pipe makes the whole system could bear pressure.
Production Process
Description
There are double inner tanks and it takes the advantage of the tap water's pressure. The water can be heated rapidly. We use the non-pressurized inner tank as the heat ex-changer. It is simple to install and use and can be directly connected with city water without a circulation pump.
The characteristic
1. The water will not flow into the tubes directly, the system will still work even the tube broken.
2. With intelligent controller.
3. Anti-freezing, all-year-round service even in extremely cold area.
4. Adopting the best conduction performance metal-copper (heat pipe).
5. Directly connected with city water without a circulation pump.
6. Working pressure (0.6MPa).
Parameter
Type | Area(㎡) | Vacuum tube | Volume(lit ers) | Gross wet(Kg) | 20GP/40GP/40HC loading | ||
Length(mm) | Φ(mm) | Qty(pcs) | |||||
TX-HP-150L | 2.082 | 1800 | 58 | 15 | 150 | 65 | 45/90/100 |
TX-HP-200L | 2.788 | 1800 | 58 | 20 | 200 | 78 | 40/80/88 |
TX-HP-250L | 3.558 | 1800 | 58 | 25 | 250 | 96 | 32/64/72 |
TX-HP-300L | 4.142 | 1800 | 58 | 30 | 300 | 120 | 26/52/60 |
Principle
1. The pressurized water tank has no exhaust hole, therefore, it must bear the pressure came from tap water and hot water, when use, the hot water comes out because of water pressure.
2. Vacuum tube absorbs solar energy, and conductive copper pipe transfers the heat into the pressure solar water heater tank. In this case, the water inside the tank becomes hot
3. No water in the heat pipe makes the whole system could bear pressure.
Production Process
