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The instrument adapts dosing speed as the reaction progresses, linking iodine generation to the measured mV signal so endpoints are reached faster without sacrificing accuracy.
Built-in drift correction accounts for trace moisture that can enter the cell from the surrounding environment, helping the reported water result represent your sample—not background humidity.
Run replicates under the same method and have the system calculate an average while tracking variability, giving you a clearer picture of repeatability across measurements.
Endpoint detection uses a dual platinum electrode, and you can choose how the run stops—such as by signal stability over time or by a defined drift threshold.
A conditioning step removes residual moisture from solvent and cell components to establish a stable starting baseline, then a standby routine helps keep the system dry between analyses.
The dosing algorithm regulates electrolytic iodine production with fine current control, delivering only the amount required for the Karl Fischer reaction with high precision.
Glass components and PTFE tubing are selected to tolerate aggressive solvents and reagents commonly used in Karl Fischer moisture determination.
Ground glass joints help isolate the titration cell from ambient humidity, while quick-fitting connections allow fast solvent replacement between analyses.
An integrated molecular sieve desiccant supports low and stable drift conditions by preventing moisture ingress into the sealed solvent system.
A built-in magnetic stirrer automatically regulates mixing speed across a wide RPM range to maintain consistent sample agitation during analysis.
View the titration curve as it develops in real time to support method setup, verification, and faster troubleshooting.
A large color LCD presents the selected method and key run information, including results, units, drift rate, and mV readings.
On-screen “virtual keys” keep common actions close at hand, making it easy to move between menus without getting buried in settings.
Reports can be configured to capture and store the fields that matter for your method, helping you keep records aligned with internal procedures and application requirements.
GLP-ready documentation supports consistent traceability by recording key details such as sample identification, operator and company information, date/time, electrode IDs, and calibration data.
Export methods and reports to a USB flash drive or transfer to a connected computer; software updates can also be handled through the USB interface using compatible PC software.
The HI934 can store up to 100 titration methods, allowing users to define or adapt procedures to suit specific applications and performance requirements.
Installation assistance, training, and method customization are available through application specialists, with continued support provided remotely as needed.
Standard methods aligned with organizations such as ISO, ASTM, AOAC, AOCS, and EPA can be configured to meet laboratory-specific workflows.
Sample mass can be captured directly from compatible analytical balances via serial communication, reducing manual entry and improving workflow consistency.
Peripheral support enables direct printing and optional external input/display accessories, helping labs tailor operation to their preferred reporting and control setup.
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