The CDS 9300 Thermal Desorption system is the base model for single tube desorption
It features a hand-held controller for system maintenance and direct communication. With the highest programmable valve temperature on the market (350°C), the 9300 can venture into applications where other systems can not perform, including VOCs, sVOCs, polar and nonpolar compounds. The two stage trapping and desorption process with Pre-desorb and Pre-heat feature eliminate the need of any Peltier cooling or liquid cryogen to improve the resolution for early eluting molecules.
Product Features
- The CDS 9300 families could be configured to adopt 6m x 4.5″ CDS TD tube, 10mm x 4.5″ CDS TD tube, 1/4″ x 3.5″ PE and Markes TD tube, Tekmar 1/4″ x 7″ tube and VOST 16mm X 5″ TD tube
- To improve the resolution of early eluting molecules, CDS uses pre-desorb and pre-heat technique to mechanically confine analytes in the focus tube until the desorption temperature is reached.
- This hand-held interface gives you easy access to the Thermal Desorption system without using a PC. This is an essential feature for mobile labs in field sampling and analysis.
- The high temperature oven (350°C) significantly extends the analyte range from VOCs to sVOCs.
- The CDS 9300 is built tough on military standard. Routine maintenance only requires basic tools in accessing the components.
- The software is Windows 10 compatible to give user full access to method editor and sequence table.
Specifications
- Programmable Time’s: 0 – 999.9 minutes
- Focus Trap: Yes, Standard 1/8″ Vocarb
Optional 6 mm Tenax-TA
- Dynamic Range: C2-C33+
- Cyrogen: Not Required. Standard Pre-Desorb
- Temperature Accuracy: 1°C
- Tube Heating Rate: 1000°C/min
- Trap Heating Rate: 900°C/min
- Valve Oven: Up to 350°C
- Transfer Line: Up to 350°C
- Sample Desorb: Up to 400°C
- Focus Desorb: Up to 400°C
- On-Line Sampling: Not supported
- GC Connection: Heated Transfer Line
- Weight: 17 kg
- Dimension (W x H x D): 13″ X 11″ X 18″
Applications
- Calibration Curves for PFPH Formaldehyde Hydrazone Using Thermal Desorption
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Formaldehyde Quantitation In Cigarette Smoke By Thermal Desorption
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Qualitative Rum Profiles using Thermal Desorption with the Monotrap
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Fragrance Analysis of a Hair Conditioner
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Pesticide Analysis of Fruits and Vegetables
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Formaldehyde Detection using PFPH and Thermal Desorption
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