Waters 2489 UV/Visible Detector for Purification and Modular LC Systems

Product Information

Waters 2489 UV/Visible Detector for Purification and Modular LC Systems is a sensitive and versatile dual-wavelength absorbance detector designed for HPLC. It boasts a high-energy Deuterium source, precise optical design, low noise, and high-speed electronics, making it ideal for routine UV-based applications and low-level impurity analyses. It features patented Taper Slit flow cell for enhanced sensitivity, flexibility in sampling rates, and independent filter time constants for optimal tuning. The system has advanced components to reduce baseline wander, with several flow cell options to match the separation scale. It operates with voltage of 100-240, current of 3.15 A, a wavelength range of 190 to 700 nm, and low noise (<58 dBA). The Waters 2489 UV/Visible Detector features a 30-Day Warranty, 100% Parts and Labor, and operates between 4-40C, at 20-80% rh noncondensing, providing reliability and performance.

• Enhanced sensitivity via patented Taper Slit flow cell
• Low noise performance (<5 AU)
• Flexible sampling rates, from 1 to 80 Hz
• Independent optimization of sampling rates and filter time constants
• Enhanced thermal wander management
• Flow cell options to match separation scale
• Accessible detector components for easy operation and maintenance

• Voltage: 100-240
• Current: 3.15 A
• Wavelength range: 190 to 700 nm
• Wavelength repeatability: 0.1 nm
• Measurement range: 0.0001 to 4.0000 AU
• Sampling rate: up to 80 points/s
• Environmental conditions: 4-40C, 20-80% rh noncondensing
• Noise: <58 dBA
• Power: W

Metric: 11.79 kg
Imperial: 26 lbs

Metric: 27 cm x 19 cm x 15 cm
Imperial: 10.63 in x 7.48 in x 5.91 in

9027300000

The most likely harmonized code for the Waters 2489 UV/Visible Detector is 9027300000, which refers to the spectrometers, spectrophotometers and spectrographs using optical radiations (UV, visible, IR). This code is chosen based on the nature and use of the product to measure light intensity at different wavelengths.