Waters Acquity FLR Detector 186015029 - High-Sensitivity Multi-Channel Fluorescence Detector

Product Information

The Waters ACQUITY UPLC Fluorescence (FLR) Detector, model number 186015029, offers unrivaled sensitivity and selectivity in UPLC detection. It is a high-sensitivity, multi-channel fluorescence detector optimized for UPLC/UHPLC separations. This innovative detector features an advanced flow cell design, low-noise electronics, and support for high-speed data. It has an advanced optical design that reduces light scatter, allowing for maximum light throughput and optimum signal-to-noise performance. The low-volume flow cell increases the opportunity for light absorption and enhances sensitivity, making it suitable for enhancing chromatographic performance, detection limits, and data quality. The ACQUITY UPLCFLR Detector delivers sensitivity and selectivity to fluorescence-based applications, extending the benefits of UPLC technology for the analysis of polynuclear aromatic hydrocarbons (PAHs), drugs of abuse, vitamins, and any component with chemiluminescent properties, such as fluorescence or phosphorescence. The detector is suitable for transferring HPLC fluorescence methods to UPLC for greater throughput without compromising sensitivity. It features an effective integration algorithm, sampling rates up to 80 Hz, and independent optimization of filtering constants that facilitate accurate and reproducible integration. The flexible 2D and 3D scanning capabilities enable quick determination of wavelength maxima. With an intuitive software interface and diagnostic tools, it provides confidence that the detector is performing optimally. The low volume and axially illuminated flow cell design allow for better light absorption, resulting in enhanced sensitivity. The advanced optical design maximizes light throughput and reduces light scatter for better signal-to-noise performance. High-speed data rates and independent optimization of filter time constants allow full characterization of narrow, sharp peaks typical of UPLC separations. The intuitive system console provides simple navigation to manage instrument parameters for easy system control. The detector is capable of multiple detection modes, including 2D, 3D, and on-the-fly spectral scanning, which greatly reduce the time needed to develop fluorescence detection methods by quickly determining wavelength maxima. Overall, the Waters ACQUITY UPLC Fluorescence (FLR) Detector 186015029 is a high-performance instrument that significantly enhances chromatographic performance, detection limits, and data quality.

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• Unrivaled sensitivity and selectivity in UPLC detection
• High-sensitivity, multi-channel fluorescence detector
• Advanced flow cell design and low-noise electronics
• Support for high-speed data
• Low-volume flow cell for better light absorption and enhanced sensitivity
• Effective integration algorithms and flexible 2D and 3D scanning capabilities for quick determination of wavelength maxima
• Intuitive software interface and diagnostic tools for optimal performance
• High-speed data rates and independent optimization of filter time constants
• Multiple detection modes including 2D, 3D, and on-the-fly spectral scanning
• Simple system control with an intuitive system console

• Effective integration algorithms and sampling rates up to 80 Hz
• Independent optimization of filtering constants
• Flexible 2D and 3D scanning capabilities for quick determination of wavelength maxima
• Intuitive software interface and diagnostic tools for optimal performance
• Low volume flow cell (<2uL) for better light absorption
• Advanced optical design to maximize light throughput and reduce light scatter
• High-speed data rates (up to 80Hz) and independent optimization of filter time constants
• Multiple detection modes: 2D, 3D, and on-the-fly spectral scanning for developing fluorescence detection methods
• System control with an intuitive system console

Metric: 17.24 kg

Imperial: 38.0 lb

Metric: 21.0 cm x 14.0 cm x 8.0 cm
Imperial: 8.27 in x 5.51 in x 3.15 in

902730

The harmonized code 902730 is for liquid chromatography instruments, making it the most suitable classification given its use for UPLC and HPLC separations.