3nh YH1210 Haze Meter can easily realize ASTM D1003 non-compensation method, ISO 13468 compensation method, full light transmittance, haze test. Open sample chamber can be vertical, horizontal test, adapt to more samples under test. YH1210 haze meter adopts PD array detector, which can meet the visual response of CIE V(λ)2 degrees. The compensation method can realize the high-precision and repeatable measurement of transmittance and haze data.
Advantages of YH1210 Haze Meter
1.Double standard ISO & ASTM
It can meet the test standard requirements of different users; meet the standards: 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 operation and faster and more accurate measurement
The YH1210 Haze Meter is equipped with large size touch screen, easy to operate, using PD array detector, to meet the CIE V(λ)2 degree visual response to achieve high precision and repeatable transmittance and haze measurement. USB data output device, can be connected with the laboratory system.
3.Dynamic measurement
Independent light source detector and temperature sensor to monitor the light source and environmental changes at all times to ensure reliable test data.
4.Compensation port to make the measurement data more accurate
Meet the standard of ASTM D1003 non-compensation method, ISO 13468 compensation method, it can do full light transmittance, haze test, and provide more accurate test results.
5.Convenient measurement and wide sample adaptation
Open measurement area for vertical and horizontal testing to accommodate more samples under test.
6.Quality management software
It provides powerful software for measuring and analyzing haze, color and light transmittance, which is suitable for quality monitoring and tabulating management of haze, light transmittance and color data in various industries. Data the management of users on the PC computer, compare the haze, transmittance and color differences, generate test report forms, facilitate customer customization and management.
Application of YH1210 Haze Meter
YH1210 Haze Meter is widely used in glass processing, plastic processing, film, display screen processing, packaging industry, liquid analysis and other aspects.
Technical Specification
| Product model | YH1210 Haze Meter |
| Geometry | Transmittance: 0/D (parallel illumination, diffuse receiving) in accordance with standards: ASTM D1003/1044,ISO 13468,ISO 14782,GB/T 2410,JJF 1303-2011,CIE 15.2,JIS K7105,JIS K7361,JIS K 7136 |
| Characteristic | The instrument can easily realize ASTM D1003 uncompensated method, ISO 13468 compensation method, Full transmittance, haze test. Open measurement area for vertical and horizontal testing. It is widely used in glass processing, plastic processing, film, display screen processing, packaging industry, liquid analysis and other aspects. |
| Integrating sphere size | Φ 154 mm |
| Light source | 400 ~ 700 nm combined LED light source |
| Spectrophotometric Mode | / |
| Sensor | PD array detector, satisfying CIE V(λ)2 degree visual response |
| Wavelength range | / |
| Wavelength interval | / |
| Half bandwidth | / |
| Measurement Range | 0-100% |
| Measuring aperture | Φ20 mm/Φ15 mm/Φ8 mm/Φ4 mm (select single aperture) |
| Sample size | Thickness less than 105 mm |
| Color space | / |
| Chromatic formula | / |
| Other chromaticity index | Haze (ASTM D1003/1044, ISO 13468), Transmittance T (ISO), Transmittance T (ASTM), |
| Observer angle | 2 ° |
| Light source | D65,A,C |
| Display Data | Pass/fail result |
| Measurement time | About 1.5s |
| Resolution | 0.01 unit |
| Repeatability | Φ20 mm aperture, less than 0.1 (after instrument preheating and correction, test the standard nebulizer with the nebulization of about 40 at an interval of 5s for 30 times of standard deviation) |
| Inter-instrument Error | Φ20 mm aperture, less than 0.4 (after instrument preheating and correction, test the standard deviation between the standard nebulizer of nebulization and the reference value at an interval of 5s) |
| Dimensions | Length X Width X Height = 487X260X298mm |
| Weight | Approx. 8.0 kg |
| Power supply | 24V 3A , DCpower adapter |
| Illuminant Life Span | > 3 million measurements in 5 years |
| Display | TFT True Color 7 inch, Capacitive Touchscreen |
| Interface | USB, Print Serial |
| Data Storage | 1,000 samples, 20,000 samples |
| Language | Simplified Chinese, Traditional Chinese, English |
| Operating Temperature | 0 to 40 ° C (32 to 104 ° F) |
| Storage Temperature | - 20 – 50 ° C (-4 – 122 ° F) |
| Standard Accessories | Power adapter, user manual, quality management software (download), USB cable, 0% calibration box, measuring aperture |
| Optional Accessories | Micro printer, Test Fixture, Standard haze sheet, Footswitch |
| Notes: | Subject to change without notice |
Preguntas frecuentes sobre Medidores de niebla
Se debe utilizar un colorimetro o espectrofotómetro para medir el color de una solución.El instrumento dirige la luz a través del líquido y cuantifica la absorbancia a ciertas longitudes de onda.Los valores obtenidos indican la intensidad de color de la solución y, por defecto, la concentración de la solución.
Dependiendo de la escala del fabricante, su acabado mate y de bajo brillo se puede llamar nivel de brillo 3. En general, los niveles de brillo en ciertas normas van entre 1 (plano) y 7 (alto brillo). El nivel 3 se considera de bajo brillo o satén.
El nivel de brillo es el grado de reflectancia de la luz en una superficie. Mide el brillo o la opacidad de un acabado, desde plano o mate hasta alto brillo. Es importante en aplicaciones estéticas, funcionales y de control de calidad.
El color se mide utilizando dispositivos tales como colorimetros, espectrofotómetros y espectroradiómetros. Los colorimetros son más fáciles y buenos para pruebas sencillas de calidad del color. Mientras que los espectrofotómetros proporcionan información espectral detallada. Por lo tanto, adecuado para laboratorios e industrias.
Los colorimetros tienen filtros de longitud de onda fija y LEDs; Es menos preciso y más sencillo. Los monocromatores se aplican a espectrofotómetros, que escanean un espectro de longitudes de onda. Ofrecer información espectral más detallada. Los espectrofotómetros son más sensibles y flexibles en análisis complicados.
Los colorímetros o espectrofotómetros se utilizan para medir el color líquido.Medir la luz que pasa o se refleja del líquido.Las lecturas se pueden informar como unidades de laboratorio*, RGB o absorbancia.Para que el análisis objetivo del color se pueda utilizar para controlar la calidad, o para medir la concentración química.
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