Waters 2695 Separations Module w/ 2998 Photodiode CLEARANCE! As-Is

Waters 2695 Separations Module w/ 2998 Photodiode Array Detector

**This instrument has been tested for basic power function. Unit has slight wear from normal use. See photos for details.

NOTE: Unit does not include computer/software.

The Waters Alliance 2695 Separations Module with Column Heater P/N WAT270008 is a high performance liquid chromatographic system with a quaternary, low-pressure mixing pump and inline vacuum degassing. Designed for in-vitro diagnostic testing to analyze many compounds, the Waters 2695 features flow rates from 50 uL/min to 5 mL/min and can be generated for use with 2.1 mm ID columns and larger. 

• Solvents: 1 to 4 
• Max operating pressure: 5000 psi
• Flow rate range: 0.000 to 10.000 mL/min
• Number of sample vials: 120 vials, configured in five carousels of 24 vials each
• Number of sample injections:1 to 99 injections per sample vial
• Operating temperature: 4 to 40° C (39 to 104° F)
• Power: 950 VA (maximum)

The Waters 2998 Photodiode Array P/N 186002998 (PDA) Detector offers advanced optical detection, providing unprecedented trace impurity detection and quantitation in conjunction with spectral analysis capabilities.  It is the ideal detector for any laboratory application, from compound identification to method development. For routine analyses, the 2998 PDA detector is reliable, easy-to-use, and has enhanced software control to provide flexibility for simultaneous 2D and 3D operation.

Features:

• Patented TaperSlit flow cell ensures high sensitivity while maintaining optimal spectral performance
• Low noise performance of <10 µAU
• Wide, linear dynamic range with constant optical bandpass
• Simultaneous quantification of high- and low-level components within a single chromatographic separation
• Flexible sampling rates for normal and fast LC separations from 1 to 80 Hz
• Independent optimization of sampling rate and time constant gives you the ability to tune your detector to your separation goals
• Definitive compound identification & co-elution detection
• Spectral exposure optimization to maximize the signal-to-noise across the entire wavelength range with a single Deuterium lamp
• Lamp optimization for the best s/n performance over the lifetime of a Deuterium lamp
• Thermal wander management for maximum baseline stability
• Flow cell options to match your separation scale and type