Overview
The YOKE T3202 dual beam of light UV-Visible Spectrophotometer features a new optical path design and preferred accessories purchased across international borders, with superior instrument performance and a high-resolution 10.1-inch touchscreen, which significantly meets the analytical needs of professional users.
Features
1. Using 10.1-inch color touch display, the large screen can directly display various scanning Linear dispersion and patterns, and all measurements can be completed without the help of a computer.
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. The industry exclusively adopts the excellent ARM12 high-performance processor, which can store 5000 test data or 500 Linear dispersion inside the instrument.
5. Optical inspection system design with suspension is adopted to strengthen the thickened aluminum baseplate and eliminate the influence of vibration or deformation on the Optical inspection system; double-decked design completely separates the optical path from the circuit and improves the resolution and Stability of the instrument.
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 fully automatic injection flow system is available, which is greatly 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 dual beam of light Optical inspection system and a CT monochromator. The light source uses an imported deuterium lamp and a tungsten lamp. The emitted light is split by the monochromator to form two beams of light, one passing through the sample and the other as a reference. The two beams are detected by the receiver (imported photodiode). By comparing the energy difference between the two, information such as transmittance, Absorbance or concentration of the sample is calculated.
Applications
Research and production in organic chemistry, biochemistry, pharmaceutical analysis, food inspection, environment protection, life sciences and other fields
