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Product Number: 2100QIS01USB
The Hach 2100Q IS Portable Turbidimeter offers unsurpassed ease of use and accuracy in turbidity measurement. Only Hach offers this unique combination of advanced features and measurement innovation, giving you accurate results every time.
The USB+Power Module provides additional benefit by allowing the user to transfer data to a PC in XML format, transfer data to the Citizen PD-24 printer (2960100), operate the instrument on line power (100-240VAC, 50/60 Hz), charge NiMH batteries (2971304),perform firmware updates, and quickly enter Sample and User IDs with the optional barcode scanner (LZV566).
The Hach 2100Q IS Portable Turbidimeter provides confidence your measurements are right every time. On-screen assisted calibration and verification saves you time and ensures accuracy.
With an easy-to-follow interface, complicated manuals are not needed to perform routine calibrations. Single-standard Rapidcal™ calibration offers a simplified solution for low level measurements.
Data transfer with the 2100Q is simple, flexible, and doesn't require additional software. All data can be transferred to the included USB+Power Module and easily downloaded to your computer with a USB connection, providing superior data integrity and availability.
The Hach 2100Q IS Portable Turbidimeter incorporates an innovative Rapidly Settling Turbidity™ mode to provide accurate, repeatable measurements for difficult to measure, rapidly settling samples.
An exclusive algorithm that calculates turbidity based on a series of automatic readings eliminates redundant measurements and estimating.
Up to 500 measurements are automatically stored in the instrument for easy access and backup. Stored information includes: date and time, operator ID, reading mode, sample ID, sample number, units, calibration time, calibration status, error messages, and the result.
The two-detector optical system compensates for color in the sample, light fluctuation, and stray light, enabling analysts to achieve laboratory-grade performance on a wide range of samples, even under difficult site conditions.
