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E-mail
8200@shsoly.com
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Phone
17317182621
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Address
Room 307, Huacheng Plaza, 1471 Gumei Road, Minhang District, Shanghai
Shanghai Shoufang Electronic Technology Co., Ltd
8200@shsoly.com
17317182621
Room 307, Huacheng Plaza, 1471 Gumei Road, Minhang District, Shanghai
Murakami Color MCRL Angle Spectrophotometer from Japan
Model GCMS-11
Tri variable angle spectrophotometric system
Dual beam method three-dimensional variable angle spectrophotometer system
In terms of measuring the trigger effect of pearl mica coating, grating tiles, colored stainless steel, etc. based on color changes when the observation direction and irradiation direction change. Using a direct drive motor4The automatic angle changing mechanism can quickly process a large number of three-dimensional angle changing spectral color measurements when the axis works simultaneously (except for transmission color settings). Transmission color can also be measured.
Variable angle axis4Axis automatic control corresponding
The use of variable angle parametersLCDThe conventional coordinate system (incident angle θ)i, incident azimuth angle φi, light receiving angle θrThe azimuth angle of the received light is φr). Because the device directly interacts with θi,φi,θr,φrThe mechanism for variable angle can be directly specified using θi,φi,θr,φrconduct.
JIS Z 8722Color measurement method-Reflection and Transmission of Object Colors4.33The measurement method of spectral solid angle reflectance conforms to the methoda(When using a dual path spectrometer for substitution). Its characteristic is that the incident beam and the received beam overlap, and the angle range that cannot be measured is as small as10.
There are also corresponding backlight sources availableLCDAnd organicELWaiting for the color of the self luminous light sourceGCMS-10Type.
Murakami Color MCRL Angle Spectrophotometer from Japan
Technical Specifications
Spectrophotometer Department | |
Color measurement method |
Dual beam method |
Spectrophotometer |
Concave analysis grid |
Photo detector |
Silicon photodiode array 256Motoko |
Measure wavelength range |
380nm~780nm |
Number of output wavelength intervals |
10nmEvery year41wavelength |
Band pass |
about10nm |
Wavelength accuracy |
0.2nm |
A/DConverter resolution |
16Bit |
Lighting Department Official | |
Composition of light source room |
Lamp, elliptical mirror, cold filter, shutter, starter, stabilized power supply, fan for air cooling, etc |
light source |
High speed xenon lamp 150W |
light guide |
Illumination light/reference light2Branched optical fiber |
Illumination optical system |
Within the incident plane±2.2°(Japanese shape) |
Variable Angle Mechanism Department | |
Number of angle axes |
4(3Dimensional Corner Match) |
Variable angle mechanism |
Return inside the sample table(入射方位角φiJiao Jiao)Incident angleθiAngle of rotation, azimuth of light receptionφrCorner angle, light receiving angleθrJiao Jiao |
Automating |
Above4Automatic control |
Range of angle variation of incident angle and light receiving angle |
0°~77°(Except for the following) |
Range of azimuth angle variation |
0°~360°(The incident and light reception are also excluded from the following invariant range) |
Corner cannot be domain |
The angle of incidence of incident light is not limited to the angle of incidence which does not obstruct both luminous flux of incident light and light receiving optical axis10°Azimuth angle17° |
Angle accuracy |
±0.5°Internal position detector decomposition energy |
*Pair positioning accuracy |
150second |
Iterative positioning accuracy |
±2.1second |
Measure area |
Light receiving angle0°Aboutφ3、77°About3×13.3(楕 yen) |
Light receiving optical system |
±2.2°(Japanese shape) |
Sample table | |
samplesize |
165×130within(Radius from center of rotation axis195In the circle) |
Sample thickness |
50within |
ZAxis correction(Thickness) |
Micro adjustment range10 |
X,YAxis fixation |
Fixing with fixed fixture |
X,Yaxis movement |
Micro adjustment range±12.5 |
Correction of inclined measurement surface |
alphaaxis±2゜Baxis±2゜ |
Xu Rong's Load |
about4kg |
Polarization degree, measurement efficiency, and accuracy | |
Polarization degree(P) |
1.52below |
Data reading time |
1Per set3Within seconds |
Repeatability |
0.05%(Standard white plate45゜ Incident-0When measured by light receiving560nmStandard deviation) |