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3rd Floor, Building 1, No. 552 Liancao Road, Minhang District
Shanghai Aoxi Scientific Instrument Co., Ltd
3rd Floor, Building 1, No. 552 Liancao Road, Minhang District
UVN300Detection of visible light transmittance and shading coefficient of architectural glass
UVN300Visible light transmittance of architectural glass/Sunshade coefficient detector
Instrument Introduction
Visible light transmittance of architectural glass/The sunshade coefficient detector is based on the national standardGB/T2680-94Developed primarily forArchitectural glass testingThe instrument adopts imported core components, high-quality optical systems, and measurement technology to ensure high accuracy and stability of measurement results. Through multiple comparative tests with imported equipment of the same level (Shimadzu, Varian, Agilent), the test results have all reached the level of imported equipment. The instrument can automatically detect parameters such as visible light transmittance, direct sunlight transmittance, direct sunlight reflectance, total solar energy transmittance, and shading coefficient of various window glass components for solar radiation heat in building glass.
UVN300Visible light transmittance of architectural glass/Technical specifications of shading coefficient detector
light source |
Imported deuterium lamps and tungsten bromide lamps |
Wavelength Range(nm) |
190-2800 |
Wavelength accuracy(nm) |
±0.5nm(UV/VIS);±4nm(NIR) |
Wavelength repeatability(nm) |
0.3nm(UV/VIS); ±4nm(NIR) |
belt Wide(nm) |
0.2nm-5nm(UV-VIS),1nm-20nm(NIR) |
Transmittance accuracy(%T) |
±0.3 |
Transmission density repeatability(%T) |
≤0.2 |
miscellaneous scatter Light(%T) |
≤0.2%T(220nm,NaI) |
working method |
Transmittance, absorbance, reflectance, energy |
sampling interval |
0.1nmThe0.2nmThe0.5nmThe1nmThe1.5nmThe2nmThe5nmThe10nm |
Luminous range |
0.300~2.5A |
Baseline straightness |
±0.004A(200-2500nmPreheating30Minutes later) |
host interface |
USB2.0 |
ruler Inch(mm) |
(Appearance)830*600*260(Sample Room)120*240*200 |
Test sample specifications(mm) |
30~110Thickness ≤20 |
heavy Quantity(kg) |
about65 |
Instrument Features
1. Adopting a dual beam optical system design reduces background interference and improves testing accuracy.
2. The light source and receiver of the instrument are both imported components, ensuring high performance and stability of the instrument.
3. The control system of the instrument (such as grating conversion, filter conversion, receiver conversion, wavelength scanning, etc.) is all controlled by a computer, and the interface isUSB2.0The connection is simple and greatly improves the communication speed.
4. Narrow slit width7Optional files, users can choose according to their actual needs.
5. The supporting glass comprehensive optical testing system software can automatically calculate relevant parameters such as visible light transmittance, direct sunlight transmittance, direct sunlight reflectance, and shading coefficient of building glass.
6. The software has a fully Chinese operating interface, with simple and easy to understand functions. Test data can be imported in text format/Export.
7. The software can run onWINXPTheWIN7Under the system.
8. Standard solid sample measurement accessories and reflection measurement accessories can meet the testing requirements of glass samples.
9. Optional integral ball accessory for paint testing, versatile for one machine.
Instrument configuration
1、 Visible light transmittance of architectural glass/Sunshade coefficient detector 1platform
2、 Glass comprehensive optical testing system software 1set
3、 Solid Sample Measurement Attachment 1set
4、 Reflection measurement accessories (including2Film reflector) 1set
*(Additional) Computer and printer required
* (Optional) Integral sphere attachment for paint testing
Reflection measurement attachment:angle of incidence5Degree, measure reflectance spectra
