Description
Non pressurized solar water heater is a cost-effective system for residential hot water applications. This system is designed according to thermosiphon principle and operating with proportion difference between cold water and hot water. It is unsurpassed by any other solar thermal products, for its most high efficiency, low cost and easy installation.
Characteristics
1. Adopt most economic material (outer tank and support).
2. Most reliable, cost saving, efficient hot water heating solution.
3. Simple structure, easy installation, labor cost saving.
4. Automatic operation with intelligent controller.
5. Low maintenance cost.
Parameters
Product Code | Evacuated Tube | Water Tank | Loading Qty(sets) | |||||
Size | No.(pcs) | Aperture Area(㎡) | Dimension (mm) | Insulation (mm) | Capacity (L) | 20GP | 40HQ | |
TX-NP-150L | φ58*1800 | 15 | 1.42 | φ460*1240 | 50 | 150 | 50 | 124 |
TX-NP-200L | φ58*1800 | 20 | 1.89 | φ460*1615 | 50 | 150 | 39 | 96 |
TX-NP-240L | φ58*1800 | 24 | 2.27 | φ460*1915 | 50 | 150 | 34 | 83 |
TX-NP-300L | φ58*1800 | 30 | 2.84 | φ460*2355 | 50 | 150 | 28 | 68 |
Principle
Evacuated tubes absorb sunlight and heat up the water inside. The warmer water rises into the storage tank while cooler water in the bottom of the tank flows down to the bottom of the tubes to repeat the cycle. This thermosiphon process occurs throughout the day, gradually heating up the water in the tank.
When hot water is used it drains from the bottom of the tank. The tank is slowly refilled with cold water, either manual via opening a cold water filling tap, or automatically if a optional small header tank is fitted to the top of the tank.
Production process
Description
Non pressurized solar water heater is a cost-effective system for residential hot water applications. This system is designed according to thermosiphon principle and operating with proportion difference between cold water and hot water. It is unsurpassed by any other solar thermal products, for its most high efficiency, low cost and easy installation.
Characteristics
1. Adopt most economic material (outer tank and support).
2. Most reliable, cost saving, efficient hot water heating solution.
3. Simple structure, easy installation, labor cost saving.
4. Automatic operation with intelligent controller.
5. Low maintenance cost.
Parameters
Product Code | Evacuated Tube | Water Tank | Loading Qty(sets) | |||||
Size | No.(pcs) | Aperture Area(㎡) | Dimension (mm) | Insulation (mm) | Capacity (L) | 20GP | 40HQ | |
TX-NP-150L | φ58*1800 | 15 | 1.42 | φ460*1240 | 50 | 150 | 50 | 124 |
TX-NP-200L | φ58*1800 | 20 | 1.89 | φ460*1615 | 50 | 150 | 39 | 96 |
TX-NP-240L | φ58*1800 | 24 | 2.27 | φ460*1915 | 50 | 150 | 34 | 83 |
TX-NP-300L | φ58*1800 | 30 | 2.84 | φ460*2355 | 50 | 150 | 28 | 68 |
Principle
Evacuated tubes absorb sunlight and heat up the water inside. The warmer water rises into the storage tank while cooler water in the bottom of the tank flows down to the bottom of the tubes to repeat the cycle. This thermosiphon process occurs throughout the day, gradually heating up the water in the tank.
When hot water is used it drains from the bottom of the tank. The tank is slowly refilled with cold water, either manual via opening a cold water filling tap, or automatically if a optional small header tank is fitted to the top of the tank.
Production process
