Used WATERS 2487 #9217471 for sale

WATERS 2487 is a high performance, dual wavelength absorbance detector for use in analytical and process liquid chromatography. The detector utilizes an advanced optical system including two light sources emitting at 190nm and 254nm, as well as two photo-multiplier detectors. This design is ideal for the measurement of absorbance data for a wide range of sample solutions. The detector is designed to detect the absorbance of a sample in real-time, allowing for high-accuracy measurements. 2487 is equipped with built-in temperature control that allows for optimal operation in varying environmental conditions. WATERS 2487 boasts a fast signal response due to its high-performance electronics, as well as a reproducible reproducibility rate of up to 0.02AU. This make the detector a preferred choice in both standard and sensitive applications. Furthermore, a unique enclosure design ensures optimal noise reduction and measurement accuracy. The user-friendly design of 2487 makes operation and maintenance an easy process. It is equipped with an intuitive software package that allows the user to quickly setup a method, operate the detector, visualize data, evaluate results and print output. The advanced optics of WATERS 2487 provide high resolution scans with excellent sensitivity in the 190nm and 254nm wavelength regions. The pulse-processing technology enables simultaneous on-column signal detection from both wavelengths. This allows for strong performance in mixtures with different absorbance levels that can occur when running multiple compounds through the same column. 2487 also allows for manual baseline settings, adjustable range and output time for each scan in order to best fit the user's needs. The detector provides real-time detection of peak areas for Standards or Qualitative Analysis, and peak identification for Quantitative Analysis. Overall, WATERS 2487 is a powerful, user-friendly and reliable detector for monitoring both qualitative and quantitative analytical surveys. Its robust optics and precise electronics make it a great choice for analytical and process liquid chromatographic separation. This detector stands out from the competition due to its exceptional spectral response, accuracy, and signal-to-noise ratio.