Used HITACHI Z-2010 #293668294 for sale
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ID: 293668294
Vintage: 2010
Atomic Absorption Spectrometer (AAS)
Type: Tandem
Flame and graphite furnace
Zeeman ASS
SSC-230 Autosampler
HFS-3
Chiller
Compressor
2010 vintage.
HITACHI Z-2010 is an advanced spectrometer that is used to measure different properties of light. This instrument consists of an intricate optical system that consists of various components, including a lens, diaphragm, photomultiplier, and diffraction grating, that collectively isolate certain wavelengths of light. This allows a user to analyze the external characteristics of the different components and analyze the properties of a source light. The diaphragm is used to isolate the light needed for analysis, and direct it into the grating. The grating is used to disperse the light into its component wavelengths and enables the user to more accurately measure specific properties of the light. The photomultiplier is then used to convert the wavelength to electrical current. Finally, the lens augments the light before it reaches the detector, allowing for a more robust analysis of the properties of a light source. The main use of Z-2010 is in testing and analyzing light sources. There are various parameters that it can measure which are related to the quality of the light source. The device is used to test for chromaticity, radiance, and color temperature of the light source. It can also measure beam width, divergence, illuminance, and spectra. HITACHI Z-2010 is a versatile and reliable instrument that is used for a variety of applications. It is mostly used in scientific laboratories, but has also found use in industrial settings. The device is very accurate and can detect subtle changes in light properties, which makes it an ideal choice for analyzing light sources. Z-2010 is an advanced spectrometer that is highly sensitive and accurate and is ideal for use in laboratories and industrial settings. Its unique optical system enables it to isolate and measure many properties of the light source, including chromaticity, radiance, and color temperature. Its versatility and accuracy makes it a valuable tool for studying the properties of light sources.
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