Thermo Scientific™

Dionex™ ICS-6000 CD Conductivity Detector

Catalog number: 063725
Thermo Scientific™

Dionex™ ICS-6000 CD Conductivity Detector

Catalog number: 063725

Be ready for any ion chromatography (IC) application, from single column methods in high-background matrices to trace contaminant determinations in high-purity water. The Thermo Scientific™ Dionex™ ICS-6000 CD Conductivity Detector handles even very high or low concentrations with high sensitivity, low noise and without cumbersome range change distortions.

 
Catalog Number
063725
Unit Size
Each
Description
Remote CD or ED Housing with 10 ft. (3 meters) Extension Cable
Price (USD)
Full specifications
Automated Start-Up FunctionsStandard
Detector TypeConductivity
TypeRemote Housing
GLP FeaturesYes
Cell Temperature Stability<0.001°C
Cell BodyChemically inert polymeric material
Cell ElectrodesPassivated 316 Stainless Steel
Cell Temperature5°C
Electronics TypeMicroprocessor controlled digital signal processing autoranging
Flow Cell Max. Pressure1500 psi
Electronic Noise<50 Pc.
Linearity1%
Output Range0 to 15000 µS/cm
Weight (Metric)400 g
DescriptionRemote CD or ED Housing with 10 ft. (3 meters) Extension Cable
For Use With (Equipment)ICS-5000+/ICS-6000 ion chromatography systems
Unit SizeEach
Catalog Number
Unit Size
Each
Description
Conductivity Detector (Capillary)
Price (USD)
Full specifications
Automated Start-Up FunctionsStandard
Data Collection Rate1 to 100 Hz
Detector TypeConductivity
TypeConductivity Detector
GLP FeaturesYes
Cell Temperature Stability<0.00°C
Cell BodyChemically inert polymeric material
Cell ElectrodesPassivated 316 Stainless Steel
Cell Temperature5°C
Electronics TypeMicroprocessor controlled digital signal processing autoranging
Flow Cell Max. Pressure1500 psi
Flow Cell Volume0.02 μL
Electronic Noise<50 Pc.
Linearity1%
Output Range0 to 15000 µS/cm
Weight (Metric)400 g
DescriptionConductivity Detector (Capillary)
For Use With (Equipment)ICS-5000+/ICS-6000 Ion Chromatography Systems
Unit SizeEach
Catalog Number
Unit Size
Each
Description
Conductivity Detector (Analytical) and Integrated Cell
Price (USD)
Full specifications
Automated Start-Up FunctionsStandard
Data Collection Rate1 to 100 Hz
Detector TypeConductivity
TypeConductivity Detector
GLP FeaturesYes
Cell Temperature Stability<0.001°C
Cell BodyChemically inert polymeric material
Cell ElectrodesPassivated 316 Stainless Steel
Cell Temperature5°C
Electronics TypeMicroprocessor controlled digital signal processing autoranging
Flow Cell Max. Pressure1500 psi
Flow Cell Volume0.7 μL
Electronic Noise<50 Pc.
Linearity1%
Output Range0 to 15000 µS/cm
Weight (Metric)400 g
DescriptionConductivity Detector (Analytical) and Integrated Cell
For Use With (Equipment)ICS-5000+/ICS-6000 ion chromatography systems
Unit SizeEach
Showing 3 of 3
Catalog NumberSpecificationsUnit SizeDescriptionPrice (USD)
063725Full specifications
EachRemote CD or ED Housing with 10 ft. (3 meters) Extension CableRequest A Quote
Automated Start-Up FunctionsStandard
Detector TypeConductivity
TypeRemote Housing
GLP FeaturesYes
Cell Temperature Stability<0.001°C
Cell BodyChemically inert polymeric material
Cell ElectrodesPassivated 316 Stainless Steel
Cell Temperature5°C
Electronics TypeMicroprocessor controlled digital signal processing autoranging
Flow Cell Max. Pressure1500 psi
Electronic Noise<50 Pc.
Linearity1%
Output Range0 to 15000 µS/cm
Weight (Metric)400 g
DescriptionRemote CD or ED Housing with 10 ft. (3 meters) Extension Cable
For Use With (Equipment)ICS-5000+/ICS-6000 ion chromatography systems
Unit SizeEach
072041Full specifications
EachConductivity Detector (Capillary)Request A Quote
Automated Start-Up FunctionsStandard
Data Collection Rate1 to 100 Hz
Detector TypeConductivity
TypeConductivity Detector
GLP FeaturesYes
Cell Temperature Stability<0.00°C
Cell BodyChemically inert polymeric material
Cell ElectrodesPassivated 316 Stainless Steel
Cell Temperature5°C
Electronics TypeMicroprocessor controlled digital signal processing autoranging
Flow Cell Max. Pressure1500 psi
Flow Cell Volume0.02 μL
Electronic Noise<50 Pc.
Linearity1%
Output Range0 to 15000 µS/cm
Weight (Metric)400 g
DescriptionConductivity Detector (Capillary)
For Use With (Equipment)ICS-5000+/ICS-6000 Ion Chromatography Systems
Unit SizeEach
079829Full specifications
EachConductivity Detector (Analytical) and Integrated CellRequest A Quote
Automated Start-Up FunctionsStandard
Data Collection Rate1 to 100 Hz
Detector TypeConductivity
TypeConductivity Detector
GLP FeaturesYes
Cell Temperature Stability<0.001°C
Cell BodyChemically inert polymeric material
Cell ElectrodesPassivated 316 Stainless Steel
Cell Temperature5°C
Electronics TypeMicroprocessor controlled digital signal processing autoranging
Flow Cell Max. Pressure1500 psi
Flow Cell Volume0.7 μL
Electronic Noise<50 Pc.
Linearity1%
Output Range0 to 15000 µS/cm
Weight (Metric)400 g
DescriptionConductivity Detector (Analytical) and Integrated Cell
For Use With (Equipment)ICS-5000+/ICS-6000 ion chromatography systems
Unit SizeEach
Showing 3 of 3
High Sensitivity with Low Noise Across Concentrations:
  • Excellent detection from high to low concentrations with microprocessor-controlled digital signal processing and wide dynamic range of up to 15,000µS/cm
  • Improved stability and lower noise from the integrated electronics between the cell and detector
  • Enhanced thermal stability with independent detector temperature control
  • Choice of capillary and analytical (standard and microbore) models
  • Flexible configuration for use in series with another detector or parallel for dual detection
  • Simple, snap-in installation (no cables or tools required) automatically recognized by Thermo Scientific™ Chromeleon™ Chromatography Data System software
  • Compact installation requiring minimal tubing lengths with up to two detector modules in the same ICS-5000+/ICS-6000 DC Detector/Chromatography Compartment
Capillary CD Detector:
  • Flow- and volume-optimized for capillary applications
  • Easy on sample with minimum cell volume of just 0.02µL
  • No heat exchanger required

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Frequently asked questions (FAQs)

Citations & References