Heat Pipe Solar Collector (12975)

• Customization: Available
• Max. Capacity: 100-200L
• Structure: Separate Type
• Model NO.: best sell
• Pressure: Unpressurized
• Interior Material: Copper
• Collector Components: Glass Vacuum Tube
• Certification: CE, ISO, SRCC, Solar Keymark
• Model Number: Reba Series
• Antifreezng: -50c
• Wind Resistance: 30m/S
• Color: as Per Customer
• Tube: Copper Heat Pipe
• Test Pressure: 1.0mpa
• Transport Package: carton box
• Specification: CE ISO
• Trademark: Imposol
• Origin: China
• HS Code: 8419191000
• Production Capacity: 200 Sets Per Day

Product Description

Solar collector(12975)

1.Description :
1) Reliable and efficient twin-glass solar tubes 
2) Copper heat pipes for rapid heat transfer 
3) Easy plug-in installation 
4) Free maintenance 
5) Suitable for mains pressure water (up to 8 bar/116psi) 
6) Corrosion resistant silver brazed copper header 
7) The surface is made of aluminum board. 
8) Powder coated (black, brown or silver) aluminum casing 
9) Stable solar conversion during the day. 
10) The perfect solar collector for domestic solar water heater systems 
11) Ideal for commercial solar water heating applications 

Solar Water Heater Work Principle:
The key of compact heat pipe pressure solar water heater is heat pipe, The heat pipe is hollow with the space inside evacuated, much the same as the solar tube. In this case insulation is not the goal, but rather to alter the state of the liquid inside. Inside the heat pipe is a small quantity of purified water and some special additives. At sea level water boils at 100oC (212oF), but if you climb to the top of a mountain the boiling temperature will be less that 100oC (212oF). This is due to the difference in air pressure.

Based on this principle of water boiling at a lower temperature with decreased air pressure, by evacuating the heat pipe, we can achieve the same result. The heat pipes used in AP solar collectors have a boiling point of only 30oC (86oF). So when the heat pipe is heated above 30oC (86oF) the water vaporizes. This va pour rapidly rises to the top of the heat pipe transferring heat. As the heat is lost at the condenser (top), the va pour condenses to form a liquid (water) and returns to the bottom of the heat pipe to once again repeat the process.

The top of heat pipe is pluged into the water tank, so the cold water inside the tank can get heat from heat pipe, and become hot water. Because the water tank is close, so it can endure 0.6Mpa(6 bar), when the tap go into the water tank from the bottom inlet, the hot water is out from the top outlet, just like the electric water heater.

2.Process of Product :

3.Certification

ReBa Series	Manifold
	Type Parameter	Aluminium alloy Manifold	Stainless Steel Manifold
	Material	Aluminium Alloy(2.5mm)	Stainless Steel (304/2B or other )
	Insulation	Rock wool	Rock wool
	Manifold pipe	Copper (φ35*1)	Copper (φ35*1)
	Color	Freedom of choice
	Remark:1.Aluminum alloy manifold adopt integrated lock design.            2. Working pressure:0.6Mpa,Test pressure:1.0Mpa
	Aacuum tube(Transition heat-pipe tube)
	Type Parameter	Diameter=47mm	Diameter=58mm
	Material	High Borosilicate glass	High Borosilicate glass
	Thickness	1.6-2.0mm	1.6-2.0mm
	Length	1.5m	1.8m
	Color	Black/Blue	Black/Blue
	Heat pipe	Copper 0.6mm	Copper 0.6mm
	Remark:1.Borosilicate glass according to ISO3585:1991; transmittance of borosilicate        glass:0.92.            2.Absorbance of solar selective absorptive coating:0.94            3.Hemispherical emittance:0.08;            4.Getter according to GB/T9505-1998
	Frame
	Type Parameter	Aluminium Alloy	Stainless Steel
	Material	Aluminium Alloy	Stainless Steel
	Thickness	2.5mm	0.7mm
	Color	Freedom of choice
	Remark:1.Collector Mounting: Flat Roof/Inclined Roof from 18 degree to 45 degree            2.adjust bracket width ,easy to assemble

model	lighting area()	vacuum tube			supply water capacity(liter)	20GP/40HQ Loading Qty(sets)
		Φ(mm)	L(mm)	Qty(pcs)
IPRB A(B)581810	1.4	58	1800	10	85-100	174/423
IPRB A(B)581812	1.68	58	1800	12	100-120	153/372
IPRB A(B)581815	2.1	58	1800	15	125-150	128/311
IPRB A(B)581818	2.52	58	1800	18	150-180	102/251
IPRB A(B)581820	2.8	58	1800	20	170-200	95/230
IPRB A(B)581824	3.36	58	1800	24	200-240	82/200
IPRB A(B)581825	3.5	58	1800	25	210-250	79/192
IPRB A(B)581830	4.2	58	1800	30	250-300	67/163