Thermal Desorption

CDS 9350

Product Introduction
Specifications:

Programmable Time's:

Focus Trap:

 

Dynamic Range:

Cyrogen:

Temperature Accuracy:

Tube Heating Rate:

Trap Heating Rate:

Valve Oven:

Transfer Line:

Sample Desorb:

Focus Desorb:

On-Line Sampling:

GC Connection:

Weight:

Dimension (W x H x D):

0 - 999.9 minutes

Yes, Standard 1/8" Vocarb, Low Thermal Mass

C2-C33+

Not Required. Pre-Desorb

1°C

1000°C/min

900°C/min

Up to 350°C

Up to 350°C 

Up to 400°C

Up to 400°C

Continuous with Dual Tubes

Heated Transfer Line

21 kg

16" X 11" X 18" 

Summaries

The CDS 9350 Thermal Desorption system is designed for continuous real time air monitoring with a dual thermal desorption tube setup. It features a hand-held controller for system maintenance and direct communication. With the highest programmable valve temperature on the market (350°C), the 9350 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. An optional heated sampling line is available. 

Product Features
Versatile Configurations to Mainstream TD Tubes

The CDS 9300 families could be configured to adopt 6mm x 4.5" CDS TD tube, 10mm x 4.5" CDS TD tube, 1/4" x 3.5" PE and Markes TD tube and VOST 16mm x 5" TD tube

Cryogen Free with Pre-Desorb and Pre-Heat

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.

Hand-Held Plug-in Control Interface

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.

High Temperature Valve Oven at max 350°C

The high temperature oven (350°C)  significantly extends the analyte range from VOCs to sVOCs.  

Built Tough with Easy Maintenance

The CDS 9300 is built tough on military standard. Routine maintenance only requires basic tools in accessing the components. 

Powerful Windows Based Software

The software is Windows 10 compatible to give user full access to method editor and sequence table.

Dual TD Tubes

The 9350's thermal desorption chamber supports dual TD tubes for continuous sampling when one of the TD tube is desorbing. 

Low Thermal Mass Trap

The 9350 features a standard 1/8" low thermal mass focus trap in its own desorption chamber for fast heating and cooling.

Optional Heated Sampling Line

This optional heated sampling line is handy when doing remote sampling. 

 
 
Applications
 
Parts&Options
Description
Part Number
Instrument
ACEM Model 9350 Thermal Desorption System with 1/8" Trap
9354-5016(115V)/9354-5017(220V)
Option
Vacuum Pump, low noise and vibration, max. vacuum - 27" high
FA07-5632(115V)/FA07-5633(220V)
Option
5 feet Heated Sampling Line for 9305/9350
8084-5052(115V)/8084-5053(220V)
Option
VOST (16 mm X 4.5") Heater Chamber Module for 9300
9304-5090
Option
1/4" OD X 3.5" L Thermal Desorption Tube Heater Chamber for 9300
9304-5091
Parts
6 mm O.D. x 4 1/2" TD tube, 20:35 mesh Tenax-TA/Carboxen 1000/Carbosieve SIII
MX06-2131
Parts
Sorbent Tube, empty- 4 1/2" long, 6 mm O.D. x 4 mm I.D. - with glass frit
MX06-2101
Parts
6 mm O.D. x 4 1/2" Long TD tube 60:80 Tenax-TA/Carboxen 1000/Carbosieve SIII
MX06-2191
Parts
1/8" SS Trap, Vocarb - 4 1/2" Long
9301-5055
Parts
1/8" SS Trap, packed with Glass Beads 60:80 mesh - 4 1/2" Long
9301-5076
Parts
Sorbent Tube, 6 mm O.D. x 4 1/2" long, packed with 150 mg 60:80 mesh Tenax-TA
MX06-2111
Parts
Sorbent Tube, empty - 4 1/2" long, 6 mm O.D. x 4 mm I.D. - straight tubing
MX06-2100
Parts
Sorbent Tube, 6 mm O.D. x 4 1/2" long, packed with 150 mg 60:80 mesh Tenax-TA
MX06-2111
Parts
1/8" SS Trap, packed with Tenax - TA 60:80 mesh - 4 1/2" Long
9301-5056
Parts
Sorbent Tube, 6 mm O.D. x 4 1/2" long, packed with 150 mg 20:35 mesh Tenax-TA
MX06-21112035
 
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