Thermo Transcend II Valve Interface Module for HPLC Sample Cleanup
Thermo
Details
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CategoryHPLC / FPLC / GC / CE
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Dimension20.0in x 17.0in x 8.0in
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SerialJ-3B-0818344
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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 Transcend II Valve Interface Module (VIM) is a sophisticated component of the Transcend II System, designed for high-efficiency sample cleanup in HPLC or UHPLC applications. Utilizing advanced Turboflow technology, it streamlines the process by reducing manual sample preparation by up to 95%, allowing direct sample injection into an LC-Ms system. Ideal for complex matrices such as plasma, urine, and food, it minimizes ion suppression, simplifies method development across different matrices, and reduces work time. This module, in excellent condition with minimal use, has been tested for basic power functionality. It operates on a dual voltage of 120V/220V and supports frequency rates of 50Hz/60Hz, making it versatile for laboratory settings. This item includes a power cord and ships from the United States, but does not come with a computer or additional software.
Key Features
- Compatible with Transcend II System
- Turboflow technology for minimal manual preparation
- Efficient cleanup of complex matrices prior to HPLC
- Reduces ion suppression and work time
- Dual voltage operation (120V/220V)
- Audible and visual alerts
Specifications
- Model: Transcend II Valve Interface Module
- Power Supply: 120V/220V, 50Hz/60Hz
- Condition: Excellent, minimal use
- Country of Origin: United States
- Includes: Power cord
- Functionality: Tested for basic power function
- Application: Suitable for plasma, urine, food matrices
Weight
Imperial: 33.6 Pounds
Metric: 15.24 Kilograms
Shipping Dimensions
Imperial: 24.0 lb x 20.4 lb x 9.6 lb
Metric: 60.96 cm x 51.82 cm x 24.38 cm
Harmonized Code
902780
Harmonized Code Details
902780: Instruments and apparatus for physical or chemical analysis. This code is applicable due to the module's role in sample analysis and preparation processes.
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