YS3010 0-200% Reflectance Paint Matching Spectrophotometer For
Paint Ceramic Glass Pharmacy
Brief Introduction
YS3010, YS3020, YS3060 are domestically produced grating
spectrophotometers independently developed by 3nh.The instruments
are stable, accurate in color measurement and powerful in function.
They led the way in the field of portable grating
spectrophotometers. Grating spectrophotometers are widely used in
scientific research institutions and laboratories in the fields of
plastic electronics, paint inks, textile and garment
printing,printing paper products, automobiles, medical, cosmetics
and food.
Under the D8 geometric optical illumination recommended by CIE, the
grating spectrophotometer can accurately measure the SCI and SCE
reflectance data of the sample/fluorescent sample, and can
accurately measure various color difference formulas and color
indices in multiple color spaces. And expression. With the
instrument, it is easy to transfer the color accurately, and it can
also be used as a detection device for a precise color matching
system. The instrument is also widely used in the control of color
quality in various products. The instrument is equipped with
high-end color management software, connected to the computer for
more expansion.
Applications
3nh handheld spectrophotometer can easily achieve color
transferring , and be used as a precision instrument for color
matching system. It's widely used in plastics, electronics,
painting, ink, textile and garment, printing and dyeing, printing
paper, automotive, medical, cosmetics and food industries,
scientific research institutes, schools and laboratories.
Parameter
Model | YS3010 |
| Illuminating/Viewing Geometry | d/8°equipped with simultaneous measurement of SCI /SCE |
| Integrating sphere Size | Φ48mm |
| Spectroscopic methods | concave-grating spectrometer |
| Wavelength range | 400-700nm |
| Wavelength pitch | 10nm |
| Reflectance range | 0-200% |
| Light Source Device | LED blue light excitation |
| Measuring Aperture | MAV:Φ8mm/Φ10mm |
| Color space | CIE LAB,XYZ,Yxy,LCH,CIE LAB,Hunter LAB |
| Color Difference Formula | ΔE*ab ΔL*a*b ΔE*uv ΔE*94 ΔE*CMC(2:1) ΔE*CMC(1:1) |
| ΔE*00vΔE*hunter |
| Other ChromaticityData | WI(ASTM E313,CIE/ISO,AATCC, Hunter),YI(ASTM D1925, |
| ASTM 313),TI(ASTM E313,CIE/ISO), |
| Metamerism Index (Mt), Strength Color Stain, Color Fastness,8°Gloss |
| Observer | 2°/10° |
| Light Source | A,C,D50,D55,D65,D75,F1,F2,F3,F4,F5,F6,F7,F8,F9,F10,F11,F12,CWF, |
| U30,TL83,TL84,U35 |
| Display Data | Spectral Value/Graph, Colorimetric Value, Color Difference
Value/Graph, PASS/FAIL Result, Color Offset |
| Measuring time | 1.2s(SCI and SCE about 2.6s) |
| Repeatability | Spectral Reflectance MAV/SCI :standard deviation within
0.1%(400~700nm: within 0.2%) |
| Colorimetric ValueMAV/SCI: Standard deviation within ΔE*ab 0.05 |
| Average of 30 measurements of standard white plate |
| Inter Instrument Agreement | MAV/SCI:Within DeltaE*ab 0.2 (Average for 12 BCRA Series II color
tiles) |
| Measuring mode | single measurement,Average measurement(2-99times) |
| Locating mode | Camera locating |
| Dimension | L*W*H=184*77*105mm |
| Lamp Life | 5 years, more than 1.6 million measurements |
| Interface | USB/RS-232 Bluetooth 4.0 |
| Storage | 100 Standards, 28000 Samples |
| Charging Time | 2 hours (first time 8 hours--100% electricity) |
| Language | Chinese,English |
| Operating Temperature/Humidity Range | 0~40℃, relative humidity 0~85% with no condensation |
| Storage temperature | -20~50℃(-4~122°F) |
| Standard accessory: | Power Adapter,USB line ,Li-ion Battery, Operating Instruction,
CD-ROM (containing management software),Protecting
cover,Calibration box |
| Optional Accessory | Miniature thermal printer,Powder test box |
More Pictures
Warranty
All our gloss meter glossmeter products have one year warranty
except consumables from the purchase date. If it has something
wrong during warranty, you can send it back to us. The buyer pays
for the returning shipping cost and we will pay for the sending
shipping cost.
Get the Facts
Did you know that your ability to accurately see color depends on
many factors? Here’s why your results might be different each time
you take the test.
Lighting - Light plays one of the most significant roles in color perception
– did you know it's actually the color of the light that determines
the color your brain will perceive? You should always judge and
compare color samples under controlled lighting conditions, like
those provided by a light booth.
Backgrounds Effects - The human eye’s ability to correctly perceive the color is
affected by the surrounding colors, a phenomenon known as
simultaneous contrast. Always judge color in a neutrally colored
environment.
Retinal Fatigue - Our eyes get tired very easily. When we stare at an object for
longer than a few seconds, chemicals in our eyes start to deplete
and begin sending incorrect information to our brains. When
visually evaluating color, you should always rest your eyes between
samples.
Poor Color Memory - Our brains find it extremely difficult to remember the specifics
of any given color. To effectively determine slight color
differences, color samples must be touching.
Age - As we get older, color perception starts to fade. However, color
perception isn’t just innate; it's also a learned skill. If you’re
responsible for visual color evaluation, you must know your
limitations and train your eyes.
CA (Chromatic Aberration) is the color difference. The CA (Area)
value is used to measure the color difference level of the image.
The lower the value, the better the quality.
0-0.5: Can be ignored, it is difficult for the naked eye to
recognize
0.5-1.0: Very low, only those who have been trained for a long time
can barely find out;
1.0-1.5 medium, high-rate output often seen, medium lens
performance
Greater than 1.5: Severe, high magnification output is very
obvious, the lens performance is poor.
The color coordinates measured by the instrument are the industry
standard for calculating color latitude and color difference.
Calculation formula
Color difference formula
Eab=[ΔL*2+Δa*2+Δb*2]1/2
L=L sample-L standard brightness difference
a=a sample-a standard red/green difference
b=b sample-b standard yellow/blue difference
E total color difference
L large means white, ΔL small means black
a large means reddish, Δa small means greenish
b large means yellowish, Δb small means blued
Range color difference (tolerance)
0-0.25ΔE Very small or not; ideal match
0.25-0.5ΔE Tiny; acceptable match
0.5-1.0ΔE Tiny to medium; acceptable in some applications
1.0-2.0ΔE Medium; acceptable in specific applications
2.0-4.0ΔE There are gaps; acceptable in specific applications
4.0ΔE or more Very large; unacceptable in most applications
Shenzhen ThreeNH Technology Co., Ltd
Add: 4/F, Building 8, Nangang Second Industry Zone, Xili, Nanshan
District, Shenzhen, 518055 China.
Tel: 0086-755-27198826 Ext: 601
Fax: 0086-755-27190609
Mobile: 0086-13510878132
Email: y@3nh.com
Skype: y@3nh.com
WhatsApp/Wechat: 86-15019429968
Website: www.3nh.com/en
http://www.3nhq.com/
