1.Hot water Heater
2.Manufacture since 1998
3.Free training, no worry
4.5-year warranty, free replacement
Port: Shanghai
Minimum Order Quantity: 20 Set/Sets
Supply Ability: 200 Set/Sets per Day
Payment Terms: L/C,T/T
Contact SupplierPackaging Detail: Standard cardboard cases.Standard seaworthy packing for long distance transportation.
Delivery Detail: 15 working days upon common products
Hot water Heater
Introduction
Components:
Skylight Solar flat plate collector, solar storage tank and frame
SkylightTank and Frame Specifications:
1) Volume: 150L, 200L, 300L
2) Inner tank material and thickness: SUS304 2B /0.5mm
3) Outer shell material and thickness: Color steel/0.45mm
4) Insulation material and thickness: CFC free Polyurethane/55mm
5) Frame material and thickness: Galvanized steel /1.5mm
6) Size of the holes: G1/2 OR G3/4
7) Electrical heater: Available against request, 1500W or 2000W
8) Magnesium rod: Available against request
9) Assistant tank: Available against request: Dia. 160mm*220mm (6L), 8L, 10L, 30L, 50L, double tank.
10) Controller: Available against request: SP26 SR500 SR609
11) Guarantee: 5 years for galvanized steel support, 5 years for solar storage tank and Flat plate collector
Skylight Flat Plate Collector Technical Parameter
1. Sky/light Dimension (L*W*H) mm: 2000*1060*70/ 2000*1060*80/ 2000*1060*90
2. Skylight Core: all copper, ultrasonic welding
3. Skylight Coating: black chrome/ Blue titanium
4. Skylight Absorber material &thickness: copper, 0.15mm
5. Sky*light Header pipe material, dimension and quantity: copper T2; Φ25*0.6*1060mm; 2pcs
6. Skylight Riser pipe material, dimension and quantity: copper T2; Φ10*0.5/Φ12*0.6mm; 8pcs
7. Skylight Material & thickness of glass: tempered glass: 4mm /fabric tempered glass: 4mm/low iron fabric tempered glass: 3.2
8. Sky*light Material & thickness of frame: aluminum, 0.8mm
9. Skylight Insulation of material: high pressure high density polyurethane foam
10. Skylight Insulation thickness mm: 30
11. Sky+light Material & thickness of the back sheet: embossed aluminum, 0.3mm
12. Skylight Packing: carton
13. Sky-light Packing dimension (two pieces in one carton): 2020*1100*160/ 2020*1100*180/ 2020*1100*200
14. Sky-light Net weight: 32kg/33kg/35kg
15. Sky=light Qty of 20' container: 165/145/130pcs
16. Sky*light Qty of 40' container: 340/306/276pcs
17. Sky-light Qty of 40H' container: 390/346/306pcs
1. Glass gasket
2. Coating
3. Full copper absorber plate
4. Disposed special insulation
5. Gasket and sealant
6. Black sheet
7. Aluminum alloy batten
8. Aluminum frame
9. Tempered glass
Working principle
A. When the temperature of the heat collector reaches the set value, the Controller shall start the circulation pump automatically.
B. The circulation pump makes heat-conducting liquid circulate automatically.
C. The heat-conducting liquid transfers heat to water by heat exchanger in the water tank.
In case the temperature of the water tank does not reach T-max (Temperature Maximum Point), then start the auxiliary heating device.
)
Application of Projection on this system
1. Pool Heating
If you have taken steps to retain your pools heat but are still not happy with your heating bills, or if you plan to install a new pool, a solar pool heater may be a good investment. Such heating systems are one of the most cost-effective applications of solar energy. It is relatively simple to integrate a solar water heater since most pools require a pump, filter, and plumbing. With a solar energy system, the pools water is pumped through the filter and then through a solar energy collector(s) instead of directly back to the pool. The sun heats the water in the collector(s) before it returns to the pool.
If you add a solar heater, you may need a pump larger than your present one, or a separate, smaller pump to pump the pools water to and through the solar collectors. Adding any heater, solar or otherwise, will preclude selecting the smallest pump. Nevertheless, you also may reduce pumping time to help cut costs.
2. House/Space Heating
The solar collector System is capable of contributing significantly to space heating requirements in many areas. The best use for solar energy is to heat a building by radiant under floor hydraulic heating, which requires water at a temperature of around 60°C. This system usually uses a concrete floor slab with special water pipes running through it, to provide a pleasant, even, low temperature radiant heat. The floor slab will also provide heat.