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General| Type | Ion Chromatography System |
|---|---|
| Detector | Conductivity Detector |
| Column | Ion Chromatography Column |
| Pressure Range | 0 to 5000 psi |
| Weight | 25 kg |
Details manual structure, conventions, safety, and related documentation.
Lists other manuals relevant to the DX-120 system components.
Illustrates exterior and interior features of the DX-120.
Explains column and eluent select modes for dual-column systems.
Illustrates fluid paths for single and dual-column systems.
Compares Local and Remote control modes.
Degassing, filtering, and pressurizing eluent reservoirs.
Startup procedures and sample injection steps.
Routine daily and weekly maintenance procedures.
Details common alarm conditions and their causes.
Explains error codes and provides corrective actions.
Covers pump priming, losing prime, not starting, and no flow.
Addresses backpressure, peak ghosting, and nonreproducible results.
Procedures for replacing tubing and fittings.
Covers replacing DS4 cell, cleaning electrodes, and calibrating cell constant.
Includes cleaning check valves, replacing piston seals and pistons.
Instructions for replacing main power fuses.
Covers electrical specifications and environmental/physical parameters.
Describes detector features, conductivity cells, and DS4 stabilizer.
Details injection and column switching valves.
Details rear panel connections and eluent reservoir hookups.
Covers pump setup, priming, and flow rate calibration procedures.
Details plumbing for SRS, columns, and system configurations.
Explains the function of various DIP switches for system configuration.
Guides users through creating an integrator Method with Time Functions.
Provides BASIC programs for automating DX-120 and autosampler operations.
Explains the principles and measurement of solution conductivity.
Identifies species suitable for conductivity detection.
Explains the mechanism and benefits of chemical suppression.
Measure of narrowness of analyte bands eluting from the column.
Time from injection to peak maximum for species identification.
Minimizes eluent conductivity, converts sample species to common form.
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