Introducing the Waters 2487 Dual Absorbance Detector, a vital asset for advanced liquid chromatography applications. This state-of-the-art detector is engineered to deliver exceptional performance with its capability to conduct multiplexed measurements through two simultaneous absorbance detectors. Designed for versatility, the 2487 offers a broad dynamic range and outstanding sensitivity, making it an ideal choice for detecting a wide variety of analytes.
Key Features and Specifications:
- Stand-alone Programmability: Easily program and operate independently, enhancing workflow and efficiency.
- User-defined Programs: Store up to 10 unique methods, each consisting of 16 programmable timed events and 2 threshold events, adaptable for single or dual wavelength measurements.
- Dual Wavelength Monitoring: Monitor absorbance at one or two distinct wavelengths, offering flexibility in analytical applications.
- Wavelength Verification Reference: Ensures precise wavelength accuracy for reliable results.
- Automatic Second Order Filter: Engages automatically for wavelengths of 370 nm and greater, optimizing performance for measurements below 370 nm.
- Spectrum Scan and Storage: Features capabilities for spectrum scanning, displaying, subtracting, storing, and playback, along with comprehensive tunable absorbance and UV/Vis functionality.
- Cuvette Qualification: Facilitates effortless qualification of the detector via standard insertion into a cuvette without disrupting fluidic connections. Cuvette qualification kits are available for enhanced usage.
- Cuvette Sample Analysis: Record the spectral data of any sample placed within the cuvette, expanding analytical capabilities.
- Method Editing and Storage: Supports straightforward method programming, enabling easy storage and retrieval directly from the front panel.
- Full Diagnostic Capability: Equipped with built-in diagnostic tools to help optimize performance and maintain functionality.
The Waters 2487 Dual Absorbance Detector is an indispensable tool for laboratories requiring precision and reliability across a diverse range of liquid chromatography applications.
