Büchi C-630 UV Monitor: Advanced Precision for Routine Measurements
The Büchi C-630 UV Monitor is a state-of-the-art detector tailored for precise and routine ultraviolet (UV) measurements. This instrument meets all Good Laboratory Practice (GLP) requirements, making it ideal for use in regulated laboratories where accuracy and compliance are crucial.
Delivered with a standard deuterium lamp, the C-630 comes equipped with four fixed filters for the wavelengths 200, 220, 254, and 280 nm. For enhanced flexibility, a tungsten-halogen lamp can be substituted, and two additional wavelength filters of your choice can be incorporated into the system. This versatility ensures that the C-630 can be adapted to a wide range of analytical needs.
Upon startup, the C-630 UV Monitor performs an automatic self-test, ensuring the instrument is functioning optimally. This self-check helps maintain the accuracy and reliability of the measurements, making it suitable for routine and critical applications.
The monitor features a highly sensitive detector known for its exceptional low noise level of ±1 x 10^-5 AU and a minimal baseline drift of 5 x 10^-5 AU/h. These attributes ensure precise and consistent measurement results, essential for high-quality analytical work.
The C-630 provides a broad range of time constants (0.1 to 10.0 seconds) and a full-scale auto-zero range, which enhances its capability to handle different measurement scenarios. The clear foil pad interface is user-friendly, allowing for easy operation and quick learning of basic functions.
Users can program and execute up to 10 time-based programs for filter changes, with each program capable of being run multiple times as needed. This feature adds flexibility and convenience for complex and repetitive tasks.
A detailed trace report is available, offering insights into the operating hours of the total instrument, lamp, and servo motor, as well as the number of lamp ignitions and service information. This comprehensive reporting supports effective maintenance and operational management.
