Description

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Agilent G1365D 1260 Multiple Wavelength Detector (MWD VL)

The Agilent G1365D 1260 MWD VL is a Multiple Wavelength Detector (MWD) designed for High-Performance Liquid Chromatography (HPLC) applications. It enables simultaneous detection at up to eight wavelengths within a wide spectral range of 190 to 950 nm, providing flexibility for a broad variety of analytes. Built on a diode array optical design, the detector delivers high sensitivity, precision high sensitivity, precision, and stability, allowing accurate quantification of trace compounds even at elevated data acquisition rates of up to 80 Hz.

The “VL” designation stands for Variable Wavelength, indicating that the user can freely select detection wavelengths tailored to specific analytical requirements. This versatility makes the G1365D suitable for both routine analyses and complex multi-component separations.

Key Features and Capabilities of the Agilent G1365D 1260 Multiple Wavelength Detector (MWD VL)

Multiple Wavelength Detection:
Capable of simultaneously monitoring up to eight compound-specific wavelengths, allowing for efficient analysis of multi-component samples within a single run.

Wide Wavelength Range:
Covers a broad spectral range from 190 to 950 nm, encompassing both ultraviolet (UV) and visible light regions for maximum analytical versatility.

High-Speed Performance:
Supports data acquisition rates up to 80 Hz, enabling precise detection of narrow chromatographic peaks and suitability for fast LC and UHPLC applications.

High Sensitivity and Precision:
Delivers low noise performance (< ±7 µAU) through an optimized diode array optical design, ensuring accurate quantification of trace-level compounds and improved baseline stability.

Data Security:
Incorporates built-in data recovery functions to prevent data loss in the event of communication interruptions, ensuring reliability in continuous operation.

Traceability and Maintenance:
Employs RFID-tagged components (such as lamps and flow cells) to record and track usage history and critical system information, simplifying maintenance and enhancing regulatory traceability.