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2475 Multi-Wavelength Fluorescence Detector, Waters Corporation (CAT#: STEM-CPO-0968-ZJF)

Highlights

Innovative axially illuminated flow cell designed for less dispersion, less stray light, less volume, and more pathlength for maximum sensitivity
Three-dimensional spectral scanning for faster method development and optimization, and enhanced peak identification
Single or multi-channel operation monitors fluorescence at one or more discrete wavelength pairs

Cat Number: STEM-CPO-0968-ZJF

Application: For High Performance Liquid Chromatography (HPLC)

Model: Waters 2475 FLR

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Description

The manufacturer of the 2475 Multi-Wavelength Fluorescence Detector is Waters Corporation.
The 2475 Multi-Wavelength Fluorescence Detector is a multi-channel, tunable, fluorescence detector designed for HPLC applications. The detector delivers the highest sensitivity and selectivity, whether you are monitoring low concentrations of target compounds or low-level impurities. Use the detector as a stand-alone unit or as an integral part of a Waters chromatography system. It operates from 200 to 900 nm and uses newly designed optics, with an enhanced illumination system, for improved performance. These design features increase the optical thrughput and sensitivity resulting in an overall increase in the signal-to-noise ratio.

Specification

Condition: Pre-owned
Wavelength range:
Ex: 200 to 890 nm
Em: 210 to 900 nm
Bandwidth: 20 nm (maximum)
Wavelength accuracy: +3 nm
Wavelength repeatability:
+0.25 nm
Sensitivity, single channel: Ex: 350 nm
Em: 397 nm
(Single-to-noise ratio of water Raman peak >1000. Hamming filter TC = 1.5 sec)
Sensitivity setting range: 1 to 100,000 EUFS
Filter setting range:
Side-channel:
0.1 to 5.0 seconds, Hamming (default)
0.1 to 99 seconds, RC
Multichannel:
1 to 50 seconds, hamming (default)
1 to 99 seconds, RC

Features

Innovative axially illuminated flow cell designed for less dispersion, less stray light, less volume, and more pathlength for maximum sensitivity
Three-dimensional spectral scanning for faster method development and optimization, and enhanced peak identification
Single or multi-channel operation monitors fluorescence at one or more discrete wavelength pairs
Low noise performance – Less stray light due to orthogonal optics and the use of mirrors, not lenses, minimize scatter
Multiple detection modes – 2D, 3D, and on-the-fly spectral scanning – can greatly reduce the time needed to develop fluorescence detection methods by quickly determining wavelength maxima
Integral erbium calibration reference – ensures wavelength accuracy
Normalized emission units for better bench-to-bench reproducibility

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