Thermo Dionex ICS VWD Ion Chromatography Detector Variable Wavelength 10 Hz
Thermo Scientific
Details
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CategoryHPLC / FPLC / GC / CE
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Dimension20.0in x 18.0in x 6.0in
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Serial17090386
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Shipping TypeFedEx Ground
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ManufacturingDoes Not Apply
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Voltage / Hertz120V/220V / 50Hz/60Hz
Description
The Thermo Dionex ICS-Series VWD Variable Wavelength Detector offers exceptional sensitivity for ion chromatography. Designed in 2020, this used detector features a dual-lamp system to eliminate metal contamination with Thermo Scientific PEEK flow cells. It operates efficiently with a single wavelength range of 190 to 900 nm, and provides two absorbance analog outputs with 20-bit resolution. The robust detector maintains drift under 0.1 mAU/hr and noise level at <2.5 AU (at 254 nm), making it highly reliable for routine applications. Wavelength accuracy is within 1 nm, and it supports a data collection rate of up to 10 Hz. The device is USB compatible and can be connected seamlessly with other systems. It functions as intended, showing minor cosmetic wear, and includes one power cord. Suitable for laboratories requiring precise ion detection.
Key Features
- Dual-lamp system reduces metal contamination
- PEEK flow cell compatibility
- Wavelength range: 190-900 nm
- Data collection: up to 10 Hz
- 2 analog outputs: 0-1 V and 0-10 V
- Drift:<0.1 mAU/hr; Noise:< 2.5 AU
- Wavelength accuracy: 1 nm
Specifications
- Single wavelength system
- Frequency: 50Hz/60Hz
- Voltage: 120V/220V
- Analog Outputs: Two, absorbance, 20-bit resolution
- Drift:<0.1 mAU/hr
- Noise level:<2.5 AU (at 254 nm)
- Flow Cell Volume: 11 L
- Flow Cell Materials: PEEK
- Lamp: Simultaneous Tungsten and Deuterium
Weight
Imperial: 39.6 Pounds
Metric: 17.96 Kilograms
Shipping Dimensions
Imperial: 24.0 lb x 21.6 lb x 7.2 lb
Metric: 60.96 cm x 54.86 cm x 18.29 cm
Harmonized Code
902730
Harmonized Code Details
902730 - Spectrometers, spectrophotometers and spectrographs using optical radiations (UV, visible, IR); this code is suitable for the detector as it deals with measurement of components using spectral techniques.
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