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Agilent Micro-ECD 

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Agilent 7890A GC with Micro-Electron Capture Detector (ECD) 
You've never seen performance like this 
The Agilent micro-electron capture detector (micro-ECD) for Agilent’s 7890A, 6890N, and 6850N Series II gas chromatograph systems revolutionizes trace-level analyses of halogenated organic compounds and aromatic pollutants. This detector offers the first major design changes in any ECD in 20 years. These innovations let you spend more time running samples and less time maintaining the detector. Moreover, you get unprecedented sensitivity and linearity combined with ruggedness and reliability. Plus you can perform fast GC for greater productivity.
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Related Information

Features
  • The most sensitive ECD on the market.
  • A detection zone volume 10 times smaller than any other ECD. This means assured detection with extremely low concentrations, for example less than 6 fg/mL of lindane.
  • A broad dynamic linear range for confident, accurate quantitation of samples containing compounds with unknown concentrations from femtograms to nanograms per microliter. For example, 5 x 105 for lindane, with true linearity of 5 x 104.
  • Compliant with U.S. EPA Contract Laboratory Program linearity requirements for pesticides over a range of 1 to 500 picograms/microliter.
  • Higher linear velocities through the detection zone to reduce analyte residence time, decrease the chance of cell contamination, and improve uptime.
  • Higher linear velocities through the detection zone to reduce analyte residence time, decrease the chance of cell contamination, and improve uptime.
  • A hidden anode, an Agilent innovation, that minimizes the chance for contamination to reach the anode.
  • An optimized electric field that minimizes contamination effects on cell performance.
  • A replaceable liner that serves as a physical stop for the column, ensuring reproducible column installation and decreasing column contamination of the cell.
  • A variable sampling rate from 5 to 50 Hz, making it ideal for fast chromatography.

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