Product Specifications
The Xe lamp dual-beam ultraviolet-visible spectrophotometer T-U9 incorporates advanced optical, circuit, and structural design, state-of-the-art process specifications, and a stringent quality management system. It features microcomputer control and data processing, a large-screen color display, graphical interface operation, and user-friendly menu prompts.
Product Details
The U9 dual-beam ultraviolet-visible spectrophotometer utilizes a pulsed xenon lamp as the light source, ensuring the instrument can be used normally for at least 7 years without the need to replace the light source. We incorporate advanced optical, electrical, and structural design, along with stringent quality management systems. The instrument features microcomputer control and data processing, a large-screen color display, graphical interface operation, and user-friendly menu prompts.
Instrument Features:
1. Fast and convenient, the instrument is ready to use immediately without preheating. The instrument uses a pulse xenon lamp as the light source, with a lifespan of 7 years for a pulse xenon lamp that flashes 1 billion times.
2. 10.1-inch color touch screen display, with a large screen that directly shows various scan curves and graphs, allowing users to complete all measurement needs without a computer.
3. Supports USB flash drive storage for user convenience. Measurement data can be directly exported to a USB drive, supporting Excel, TXT, and image formats (outputting in four formats: CSV, Qua, Tet, BMP).
4. Data Output: RS-232C serial port (for printing), USB drive (for online connection), USB HOST (for USB flash drive), standard with a 32GB storage device.
5. Utilizing a cutting-edge 32-bit Cortex_M3 processor with a frequency of up to 120MHz, the instrument can internally store 5,000 test data points or 500 working curves.
6. Suspension-type optical system design, reinforced and thickened aluminum base plate design to eliminate the impact of vibration or deformation on the optical system; double-layer design separates the various circuit parts of the optical path.
7. The optical signal detection device for instruments reduces the instrument's signal-to-noise ratio, resulting in greater stability.
Instrument specifications:
