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).
Working principle:
Integrative pressurized series is a renovation model for the solar hot water, which adopts advanced heat pipe technology, combines heat pipe solar collector with pressurized tank to form a compact model.
The vacuum tubes absorb and convert solar energy into thermal energy, and transfer to the central heat pipe via the aluminum fn. The heat pipes have tiny amount of purifed water sealed inside at depressurized condition. When heated, the medium inside the heat pipes vaporizes at low temperature (about 30˚C), the vapor rises to the condenser and heat energy is conducted to water (inside the tank). When vapor is cooled down, and becomes condensate, falling to the bottom of heat pipe. By continuously circulating in this way, heat is carried from outside to the water inside the tank.
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).
Working principle:
Integrative pressurized series is a renovation model for the solar hot water, which adopts advanced heat pipe technology, combines heat pipe solar collector with pressurized tank to form a compact model.
The vacuum tubes absorb and convert solar energy into thermal energy, and transfer to the central heat pipe via the aluminum fn. The heat pipes have tiny amount of purifed water sealed inside at depressurized condition. When heated, the medium inside the heat pipes vaporizes at low temperature (about 30˚C), the vapor rises to the condenser and heat energy is conducted to water (inside the tank). When vapor is cooled down, and becomes condensate, falling to the bottom of heat pipe. By continuously circulating in this way, heat is carried from outside to the water inside the tank.
DESCRIPTION


strcuture:
1.Water inlet
2.Water outlet
3.P/T Valve
4.Electrical heater
5.Drain vent
6.Sensor hole
7. Heat exchange tube
product features:
1.Glass vacuum tube solar collector, high temperature,antifreeze,vacuum insulation.
2.Copper heat pipe,Start up quickly,transfers heat quickly, low start-up temperature,low temperature resistant
3.Food-grade stainless-steel SUS304 2B inner tank,full-automatic welding technology,under the protection of magnesium rod,it can increase of service life.
4.High pressure polyurethane foaming insulation,as the prefect density and the thermal conductivity coefficient is small, so it can provide effective heat preservation
5.The outer tank is color steel plate,and it has good double anti-corrosion function.
6.Gravity assisted heat pipe, unilateral heat transfer,high efficiency,low heat loss.
7. work under pressure,withstand pressure 1.0MPa,The sensation will be more comfortable
Item Technical Data
Specification & model
|
SP-H-15
|
SP-H-18
|
SP-H-20
|
SP-H-24
|
SP-H-25
|
SP-H-30
| ||
Tube QTY(pcs)
|
15
|
18
|
20
|
24
|
25
|
30
| ||
Tube spacing㎜)
|
75
|
75
|
75
|
75
|
75
|
75
| ||
WATER TANK
| ||||||||
Net Volume of Storage Tank(L)
|
125
|
145
|
160
|
190
|
200
|
235
| ||
Diamater of inner/outer Tank(㎜)
|
φ360/φ470
|
φ360/φ470
|
φ360/φ470
|
φ360/φ470
|
φ360/φ470
|
φ360/φ470
| ||
material and thickness of inner tank(㎜)
|
SUS304 /t1.2
|
SUS304 /t1.2
|
SUS304 /t1.2
|
SUS304 /t1.2
|
SUS304 /t1.2
|
SUS304 /t1.2
| ||
material of outer tank
|
stainless steel
|
stainless steel
|
stainless steel
|
stainless steel
|
stainless steel
|
stainless steel
| ||
material of insulation
|
polyurethane
|
polyurethane
|
polyurethane
|
polyurethane
|
polyurethane
|
polyurethane
| ||
Size of electrical heater hole
|
11/4″
|
11/4″
|
11/4″
|
11/4″
|
11/4″
|
11/4″
| ||
Cold water inlet hole
|
3/4″
|
3/4″
|
3/4″
|
3/4″
|
3/4″
|
3/4″
| ||
Hot water outlet hole
|
3/4″
|
3/4″
|
3/4″
|
3/4″
|
3/4″
|
3/4″
| ||
T/P valve hole
|
3/4″
|
3/4″
|
3/4″
|
3/4″
|
3/4″
|
3/4″
| ||
Drain vent hole and Magnisium hole
|
3/4″
|
3/4″
|
3/4″
|
3/4″
|
3/4″
|
3/4″
| ||
Sensor hole
|
1/2″
|
1/2″
|
1/2″
|
1/2″
|
1/2″
|
1/2″
| ||
Vacuum Tube
| ||||||||
Diameter/Length(㎜)
|
φ58/1800
|
φ58/1800
|
φ58/1800
|
φ58/1800
|
φ58/1800
|
φ58/1800
| ||
Material
|
High boron and silicon glass 3.3
|
High boron and silicon glass 3.3
|
High boron and silicon glass 3.3
|
High boron and silicon glass 3.3
|
High boron and silicon glass 3.3
|
High boron and silicon glass 3.3
| ||
Outside thickness(㎜)
|
1.8
|
1.8
|
1.8
|
1.8
|
1.8
|
1.8
| ||
Inside thickness(㎜)
|
1.6
|
1.6
|
1.6
|
1.6
|
1.6
|
1.6
| ||
Light transmission rate
|
≥0.90
|
≥0.90
|
≥0.90
|
≥0.90
|
≥0.90
|
≥0.90
| ||
Vacuum degree (Pa)
|
<10^-2
|
<10^-2
|
<10^-2
|
<10^-2
|
<10^-2
|
<10^-2
| ||
Coating absorption
|
≥0.90
|
≥0.90
|
≥0.90
|
≥0.90
|
≥0.90
|
≥0.90
| ||
Coating emittance
|
≤0.07
|
≤0.07
|
≤0.07
|
≤0.07
|
≤0.07
|
≤0.07
| ||
Average heat loss coefficient
|
≤0.75W/(㎡·℃)
|
≤0.75W/(㎡·℃)
|
≤0.75W/(㎡·℃)
|
≤0.75W/(㎡·℃)
|
≤0.75W/(㎡·℃)
|
≤0.75W/(㎡·℃)
| ||
Frame
|
2 feets ( left-to-right )
|
3 feets ( left-middle-right )
| ||||||
Material
|
Galvanized steel t1.2
|
Galvanized steel t1.2
|
Galvanized steel t1.2
|
Galvanized steel t1.2
|
Galvanized steel t1.2
|
Galvanized steel t1.2
| ||
Angle
|
45°
|
45°
|
45°
|
45°
|
45°
|
45°
| ||
Tube support Specification/hole distance(㎜
|
φ58/75
|
φ58/75
|
φ58/75
|
φ58/75
|
φ58/75
|
φ58/75
| ||
Accessories:
| ||||||||
Tube sealing ring
|
Silicon rubber/φ58
|
Silicon rubber/φ58
|
Silicon rubber/φ58
|
Silicon rubber/φ58
|
Silicon rubber/φ58
|
Silicon rubber/φ58
| ||
Tube dusting rings
|
Silicon rubber/φ58
|
Silicon rubber/φ58
|
Silicon rubber/φ58
|
Silicon rubber/φ58
|
Silicon rubber/φ58
|
Silicon rubber/φ58
| ||
Tube holder
|
ABS/φ58
|
ABS/φ58
|
ABS/φ58
|
ABS/φ58
|
ABS/φ58
|
ABS/φ58
| ||
Item Size::
| ||||||||
A (㎜)
|
1385
|
1610
|
1760
|
2060
|
2135
|
2510
| ||
B (㎜)
|
1110
|
1335
|
1485
|
1785
|
1860
|
2235
| ||
C (㎜)
|
1700
|
1700
|
1700
|
1700
|
1700
|
1700
| ||
C/2 (㎜)
|
——
|
——
|
——
|
892.5
|
930
|
1255
| ||
D (㎜)
|
1430
|
1430
|
1430
|
1430
|
1430
|
1430
|
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SIDITE Solar:
China Manufacturer;
Solar Water Heater, Solar Collector;
China Manufacturer;
Solar Water Heater, Solar Collector;
Zhejiang Sidite New Energy Co.,Ltd.
China manufacturer, Solar water heater, solar hot water, solar hot water heater, solar water heater system, heat pipe solar water heater, pressured solar water heater, flat panel solar water heater, solar collector, solar thermal collector, vacuum tube solar collector, evacuated tube solar collector, solar panels.
Web: www.chinasidite.com
Tel: 0086-573-83224422 / 83225522
Fax: 0086-573-83225533
E-mail: sdt01@sidite.com
Web: www.chinasidite.com
Tel: 0086-573-83224422 / 83225522
Fax: 0086-573-83225533
E-mail: sdt01@sidite.com
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