Overview
YOKE T3200 UV-Visible Spectrophotometer adopts a new optical path design and the preferred accessories purchased across the world, with superior instrument performance and high resolution 10.1 inch touch screen, which can significantly meet the analytical work needs of professional users. It can be widely used in organic chemistry, biochemistry, drug analysis, food inspection, environment protection, life science and other fields of scientific research and production.
Features
10.1 inch color touch screen, large screen directly displays a variety of scanning Linear dispersion and map, without the need for a computer to complete all measurements.
2. Support U disk storage, measurement data can be directly exported to U disk, support excel, txt, picture format, can output * .csv, * .qua, * .tet, * .bmp four formats.
3. Provide a variety of data output interfaces: RS-232C serial port (printing), USB drive (online), USB HOST (connected to U disk), and standard 8GB memory.
4. Using the excellent ARM12 high-performance processor, the instrument can store 5000 test data or 500 Linear dispersion.
5. Optical inspection system design with suspension is adopted to strengthen the thickened aluminum baseplate and eliminate the impact of vibration or deformation; double-decked design completely separates the optical path from the circuit, improving resolution and Stability.
6, the use of photoelectric signal detection device, so that the instrument signal-to-noise ratio is lower, more stable operation.
7. Optional built-in automatic injection flow system is available, making it convenient for customers to use.
8. Optional swirl/spin 8-link automatic Colorimetric dish holder to ensure that the light is completely centered when passing through the Colorimetric dish and improve the performance of the instrument.
Principle
The instrument uses a single beam of light Optical inspection system and CT proportional beam of light Detector, emits a beam of light through the imported deuterium lamp and tungsten lamp light source, the sample absorbs light of a specific wavelength, detects the light signal intensity change by the imported photodiode receiver, and transmits the signal to a high-performance processor for analysis and calculation, and finally displays the transmittance, Absorbance, concentration or energy measurement results on the screen.
Applications
Organic chemistry, biochemistry, pharmaceutical analysis, food inspection, environment protection, life sciences
