YH1200 haze meter can easily achieve ASTM D1003 non-compensation method, ISO 13468 compensation method, full light transmittance,haze test.Open sample bin can be vertically and horizontally tested to accommodate more samples to be tested.The YH1200 haze meter uses a PDF array detector to meet the CIE V(λ)2 degree visual response. The compensation method can be used to measure the light transmittance and haze with high precision and repeatability.
Technical Advantage
1.Double standard ISO & ASTM
Able to meet the test standard requirements of different users, in accordance with ASTM D1003/1044,ISO 13468,ISO 14782,GB/T 2410,JJF 1303-2011,CIE 15.2,JIS K7105,JIS K7361,JIS K 7136
2.Easy to operate, faster and more accurate measurement
The YH1200 haze meter is equipped with a large-size touch screen for easy operation.With a PD array detector, CIE V(λ)2 degree visual response enables high precision and repeatable transmittance and fog measurements.USB data output device for docking with laboratory system.
3.Dynamic measurement
Independent light source detector and temperature sensor, constantly monitor light source and environmental change, ensure the reliability of test data.
4.With compensation port, so that the measurement data more accurate
Meet ASTM D1003 non-compensation method, ISO 13468 compensation method, full light transmittance, fog test, provide more accurate test results.
5.Easy to measure and widely applicable to samples
Open measuring area, vertical and horizontal testing, suitable for more samples to be tested.
6.Quality control software
It provides powerful software for measuring and analyzing fog and light transmittance, which is suitable for quality monitoring and tabulated management of fog and light transmittance data in various industries.The management of users will be digitized at the PC end, the difference of fog and light transmittance will be compared, and the test report form will be generated to facilitate customer customization and management.
Application
YH1200 haze meter is widely used in glass processing, plastic processing, film processing, screen processing, packaging industry, liquid pharmaceutical analysis and other aspects.
Product Model | YH1200 Haze Meter |
Optical Geometry |
Transmittance:0/D(Parallel light illumination, diffuse viewing) Conforms to:ASTM D1003/1044,ISO 14782,GB/T 2410,JJF 1303-2011,CIE 15.2,JIS K7105,JIS K7361,JIS K 7136 |
Character | The instrument can easily achieve ASTM D1003 non-compensation method, full light transmittance,haze test. Open measuring area for vertical and horizontal testing. In glass processing, plastic processing, film, screen processing, packaging and other industries are widely used in transmittance,haze detection. |
Integrating Sphere Size | Φ154mm |
Light Source | 400nm to 700nm, combined LED light |
Specular Component | / |
Sensor | The PD array detector satisfies CIE V(λ)2 degree visual response |
Wavelength Range | / |
Wavelength Interval | / |
Semiband Width | / |
Transmittance measurement range | 0~100% |
Measuring Aperture | Φ20mm/Φ15mm/Φ8mm/Φ4mm(Select a single aperture) |
Sample Size | Thickness <170mm |
Color Space | / |
Color Difference Formula | / |
Other Colorimetric Index | Haze(ASTM D1003/1044,ISO13468),Transmittance T(ISO),Transmittance T(ASTM) |
Observer Angle | 2° |
Illuminant | D65,A,C |
Displayed Data | PASS/FAIL Result |
Measuring Time | About1.5s |
Haze resolution | 0.01unit |
Haze repeatability | Φ20mm,within 0.1(After preheating and calibration of the instrument, standard deviation values of standard haze tablets with a test haze of about 40 for 30 times were taken at intervals of 5s.) |
Inter-instrument Error | Φ20mm,with 0.4(After the instrument is preheated and calibrated, the standard deviation between the standard haze tablet and the reference value is tested at an interval of 5s.) |
Dimension | L*W*H=290X211X511mm |
Weight | About7.6kg |
Power | AC 24V, 3A Power adapter power supply |
Illuminant Life Span | 5 years, more than 3 million times measurements |
Display | 7-inch TFT color LCD, Capacitive Touch Screen |
Data Port | USB & Print serial port |
Data Storage | Standard 1000 pcs,sample 20000 pcs |
Language | Simplified Chinese,Traditional Chinese,English |
Operating Environment | 0~40℃(32~104°F) |
Storage Environment | -20~50℃(-4~122°F) |
Standard Accessory | Power Adapter, User Guide,Quality Management Software (download from the official website),USB cable,0% calibration box,Aperture. |
Optional Accessory | Micro-printer,Test fixture, standard haze sheet, foot switch |
Note: | The specifications are subject to change without notice. |
Preguntas frecuentes sobre Medidores de niebla
Consulta - cotización - comunicación - confirmación del pedido - pago del depósito - producción - prueba y depuración - pago del saldo - embalaje - entrega - recepción del cliente - después del servicio.
a. Antes de la instalación, por favor copie la carpeta CQCS3 a su computadora y no elimine ningún archivo en la carpeta CQCS3.
b. Haga doble clic en setup.exe para instalar el software CQCS3.
c. A continuación, haga doble clic en Install.bat bajo el archivo CQCS3USB_Driver para instalar el controlador.
d. Información detallada de instalación por favor lea el "Software de instalación" en CQCS3 Manual del usuario.doc.
La prueba de medición del color aplica un colorimetro o espectrofotómetro para evaluar la forma en que una muestra refleja o absorbe la luz.Se da en valores de color objetivos (L*a*b*, RGB o absorbancia) y generalmente se contrasta con un estándar en control de calidad o cumplimiento.
Un colorimetro mide la cantidad de luz y la longitud de onda que es absorbida por una solución. Es un signo de que los compuestos de color están presentes y el nivel de su concentración. Se aplica en el laboratorio y la industria para comprobar las concentraciones de productos químicos, el color de los productos y la pureza.
El brillo de la pintura se define mediante la medición de la reflexión de luz en la superficie de la pintura con la ayuda de un medidor de brillo. El ángulo y la cantidad de luz reflejada determinan el nivel de brillo, con superficies más lisas y reflectantes que tienen un nivel más alto de brillo.
Los métodos de medición del color implican la aproximación visual (contra gráficos de color), la colorimetría (por medio de filtros y detectores), la espectrofotometría (un análisis espectral más detallado) y el análisis de imágenes por computadora.Estos son métodos de medición del color que se aplican en el laboratorio, la producción y la evaluación de calidad.
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