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E-mail
315157160@qq.com
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Phone
18167170356
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Address
Open Source Art Park, No. 59 Daying Street, Dalu Industrial Park, Yuhang District, Hangzhou City
Hangzhou Beno Optical Technology Co., Ltd
315157160@qq.com
18167170356
Open Source Art Park, No. 59 Daying Street, Dalu Industrial Park, Yuhang District, Hangzhou City
Chinese name |
英语 |
abbreviation |
unit |
scope |
Correlated color temperature |
ColorTemperature |
Color temperature CCT, Tc |
K |
1000-100000K |
illuminance |
Illuminance |
illuminance |
Lux or lx |
0.1-500K lx |
irradiance |
Irradiance |
irradiance |
uW/cm2 |
0.1-20000uW/cm2 |
Color coordinates 1931 |
Coordinates 1931 |
x,y |
0.0001 |
0.0001 |
Color coordinates 1960 |
Coordinates 1960 |
u,v) |
0.0001 |
0.0001 |
Color coordinates 1976 |
Coordinates 1976 |
u′,v′ |
0.0001 |
0.0001 |
Color Rendering Index |
Color RenderingIndex |
CRI(Ra) |
0.0001 |
0.-100 |
Color Rendering Index |
Color RenderingIndex |
AvgR |
0.0001 |
0-100 |
Relative spectral power distribution |
Relative Spectral Power Distribution |
P(λ) |
Spectral graph of relative energy per nm |
|
chromaticity difference |
Color Tolerance |
SDCM |
0.1 |
|
peak wavelength |
Peak Wavelength |
nm |
||
Main wavelength |
Dominant Wavelength |
nm |
||
center wavelength |
Centre Wavelength |
nm |
||
Centroid wavelength |
Centroid Wavelength |
nm |
||
Half width |
Half Width |
nm |
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Color purity |
Color Purity |
Purity |
% |
|
Color deviation |
Color Deviation |
duv |
0.00001 |
|
Light dark visual ratio |
LightDarkVisualRatio |
S/P |
0.0001 |
|
candlelight |
Candela () |
E(fc) |
0.01 |
|
Compared to red |
Red Ratio |
% |
||
Green ratio |
Green Ratio |
% |
||
Compared to blue |
Blue Ratio |
% |
||
CIE1931 tricolor stimulus values X, Y, Z |
CIE1931 RGB Stimulus Value X,Y,Z |
|||
Color chart |
CIE1931 |
|||
Color chart |
CIE1960 |
|||
Color chart |
CIE1976 |
|||
Color chart |
Color tolerance SDCm |
Elliptical pattern |
National standard, ANSI standard, EU ERP standard |
|
Color chart |
Color rendering index CRI |
Color rendering index circular chart |
||
Color chart |
Color rendering index Ra |
Color rendering index bar chart |
||
Model and Name |
HA350C Spectral Illuminometer |
wavelength range |
380nm~780nm |
Spectral mode |
Long focal cross asymmetric CT spectroscopic system |
sensor |
High precision CCD |
Spectral bandwidth (FWHM) |
2nm |
spectral resolution |
0.1nm |
x. Y-coordinate value |
x. Accuracy ± 0.0015; x. Y repeatability ± 0.0005 |
Wavelength accuracy |
±0.5nm |
Wavelength data output interval |
1nm |
Illumination accuracy |
Level 1 (± 4% reading ± 1 reading) |
Color rendering accuracy |
±1 |
Photosensitive surface |
Ф10mm |
Screen Type |
Computer, 5-inch touch screen |
display type |
PC software, touch screen |
Color standard accuracy |
± 0.0015 (compared to standard light sources with stability better than ± 0.0005 when traced back to NIM) |
color temperature range |
1,000K~100,000K |
stray light |
≤0.3% |
Illumination measurement range |
0.1~500K lx |
Measurement Mode |
Single test/continuous test |
Language mode |
Switchable between Chinese and English |
Spectral display mode |
Spectral distribution map |
Data display mode |
Can slide up and down to display all parameters |
Graphic display mode |
CIE1931 chromaticity diagram, CIE1960 chromaticity diagram, CIE1976 chromaticity diagram, color tolerance ellipse diagram, color rendering index circle diagram, color rendering index bar chart |
integration time |
50µs~10000ms |
File saving format |
Source files/PDF/EXCEL, etc |
communication interface |
Type-C |
Temperature/humidity range for use |
(-10~40) ℃, relative humidity<70% (no condensation) |
Storage temperature/humidity range |
(-20~45) ℃, relative humidity<70% (no condensation) |
School Zero Method |
Automatic zeroing |
storage capacity |
Factory standard 4G |
power supply method |
Built in lithium battery/power adapter |
Continuous working hours |
One charge can last for about 20 hours |
complete machine structure |
All aluminum alloy carving |
HA350CPortable illuminance meterApplication Guide:
1. On site testing of commercial lighting, health lighting, home lighting, architectural lighting, etc
2. Laboratory research, development, validation testing
3. In the field of on-site lighting measurement for homes, shopping malls, schools, factories, greenhouses, outdoor areas, etc
4. Research and development of light source products, quality control of production lines, and other related processes
5. Online detection, sorting, real-time monitoring, etc. of light source products