High-Temperature Combustion Ion Chromatography System iCR7500, 70 °C (CAT#: STEM-AL-7318-ZJF)

The iCR7500 is a high-temperature combustion ion chromatography system intended for automated halogen and sulfur analysis by combustion ion chromatography. It is configured to integrate sample handling, combustion, absorption, injection, and ion chromatographic analysis. The instrument organizes the principal operating steps around the specific preparation, separation, measurement, or control function indicated by the source product type. Its working arrangement provides a defined path for samples, liquids, gases, reagents, or analytical signals as applicable to the stated workflow. Control functions are used to coordinate operating stages and monitor status where automated or intelligent operation is described. Functional modules are arranged to reduce unnecessary manual handling while preserving the sequence required by the analytical or sample-preparation method. The product can be integrated with related laboratory equipment or downstream analysis when such integration is part of its stated configuration. Overall, the design provides a dedicated technical platform for automated halogen and sulfur analysis by combustion ion chromatography.

Sample Capacity: 64 Positions
Temperature: 1050±50 °C
Temperature Zones: 5 Zones
Temperature: 70 °C
Analytical Workflow: Combustion Pretreatment With Ion Chromatography
Target Elements: Halogens And Sulfur Where Applicable
Process Stages: Combustion, Absorption, And Chromatographic Analysis

Automatic Cleaning
Leak-Tightness Check
Integrated Cooling
Integrated Condensation
Automatic Volume Adjustment
Automatic Dilution
Automatic Reagent Addition
Fault Alarm