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Evacuated Tube Solar Heater - XSL-VT006 Evacuated Tube Solar He...

Evacuated Tube Solar Heater, all glass twin tube Co-axical Structure - more info check here: //www.sourcingappliances.com/Evacuated-Tube-Solar-Heater-11215185/

Quick Brief

Type: Evacuated Tube Pressure: Unpressurized Circulation Type: Direct / Open Loop (Active) Heating System: Thermosyphon (Passive) Connection Type: Direct-Plug Installation: Wall Mounted Housing Material: Stainless Steel Certification: CE, RoHS, SRCC Place of Origin: Zhejiang China (Mainland) Brand Name: CICERO Model Number: XSL-VT006 Evacuated Tube Solar He...

Product Features:

Evacuated Tube Solar Heater, all glass twin tube Co-axical Structure

Business Terms:

Port: Shanghai or Ningbo

Minimum Order Quantity: 2 Piece/Pieces

Supply Ability: 200000 Piece/Pieces per Month

Payment Terms: L/C,T/T,Western Union,Paypal

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Evacuated Tube Solar Heater
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Product Packagings & Delivery Terms:

Packaging Detail: Wooden Cartons

Delivery Detail: 7-10days after received deposits or original L/C

Specifications and Product Details:

Evacuated Tube Solar Heater

Description:

Standard vacuum tube : Vacuum tube:
3.3high borosilicate glass
the absorption rate is 0.90-0.93 (AM1.5)
the emission rate is 0.05-0.075 (80°C±5°C)
vacuum tightness is P≤5.0*0.0001Pa
idle sunning property parameters is Y=220-260m2.°C/KW
the average heat loss coefficient is Ult=0.6-0.7W(m2.°C)

Standard Vacuum Tube

Single target all glass vacuum tube property and specifications

Structure

All Glass twin tube Co-axical Structure

Glass Material

High borocillicate 3.3 Glass

External Pipe Diameter and thickness

Ø =58mm±0.7mm & thickness=1.6mm

Internal Pipe Diameter and thickness

Ø =47mm±0.7mm & thickness=1.6mm

Pipe Length

1500mm, 1800mm

Absorptive Coating Property

StructureAL/AL-ALN(H)/AL-ALN(L)/ALN
Sediment MethodSingle target magnertron sputtering plating
Specific Absorptionas=0.90~0.93(AM1.5)
Emmision Ratioh= 0.05~0.075 (80°C±5°C)

Vaccum tightness

P≤5.0×10-3(Pa)

Iddle Shining Property Parameters

Y=220~260m2·°C/KW

Solar Irradiation for obtaining a preset water temperature

H≤4.7MJ/m2(Ø =58mm)H=4.1~4.4MJ/m2
H≤3.7MJ/m2(Ø =47mm)H=3.1~3.4MJ/m2

Average Heat Loss Coefficiency

ULT=0.6~0.7W/(m2·°C)
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