Overview
YOKE T-U8 xenon arc dual beam of light UV-Visible Spectrophotometer uses pulsed xenon arc as the light source, and does not need to be replaced for at least 7 years of normal use. The instrument adopts advanced Optical inspection, circuit and structural design, combined with excellent process specifications and strict mass management system, controls and processes data through microcomputer, and is equipped with a large-screen color display to provide graphical interface operation and user-friendly menu prompts.
Features
1. Fast and convenient, the instrument is ready to use, no need to warm up. Using the pulse xenon arc as the light source, 1 billion flashes can last for 7 years.
2.7 inch TFT large screen true color LCD display, Omron touch button, large screen directly displays a variety of scanning Linear dispersion and map.
3. 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.
4. The data output is equipped with RS-232C serial port (printing), USB drive (online), USB HOST (connected to U disk), standard 32GB memory.
5. Using an excellent 32-bit Cortex_M3 processor, the main frequency is 120M, and the instrument can store 5000 test data or 500 working Linear dispersion.
6. Suspension Optical inspection system design, strengthen the thickened aluminum baseplate, eliminate the impact of vibration or deformation; double-decked design completely separates the optical path from the circuit.
7. Using photoelectric signal detection device, the signal-to-noise ratio is lower and the instrument is more stable.
8. Chinese and English dual system mode, convenient for customers to use.
9. Optional swirl/spin 8-link automatic Colorimetric dish holder to ensure that the light is completely centered when passing through the Colorimetric dish, improving instrument performance.
Principle
The instrument uses a dual beam of light Optical inspection system with a built-in reference monitor. The scintillation pulse xenon arc is used as the light source, and the emitted light is formed into monochromatic light through the spectroscopic system, which passes through the sample and reference light paths respectively. The silicon photodiode Detector receives the transmitted light signal and converts it into an electrical signal. Data processing is performed by a 32-bit Cortex_M3 processor, and finally the luminosity results such as transmittance, Absorbance, concentration or energy are displayed on the screen.
Applications
Application fields are not mentioned in the information provided.
Standards
The compliance criteria are not mentioned in the information provided.
Steps
The operation steps are not mentioned in the information provided.
Notice
Notes are not mentioned in the information provided.
