HK-338-X Conductivity Analyzer, 0-20.00 µS/cm (CAT#: STEM-AL-4102-ZJF)

HK-338-X Conductivity Analyzer is designed for laboratory or field analysis of conductivity and related water-quality values. The instrument measures conductivity and related water-quality values using the analytical or process method documented for the model. The documented operating or measurement range is 0-20.00 µS/cm. Electronic control manages measurement, calculation, and display functions. The interface presents live readings, settings, and available status information. Specified analog, relay, or digital interfaces support integration with external systems where provided. Temperature compensation, calibration, alarm, cleaning, or storage functions are applied according to the model configuration. The sample path, sensor, or reaction module is arranged for the stated online, laboratory, or portable workflow. The instrument supports repeatable analysis within the documented sample and environmental limits.

Model: HK-338-X
Conductivity Range: K=0.01
Minimum Resolution: 0.001µS/ cm
0.01MΩ·cm
0.01ppm
Temperature Compensation Range: (0.1-60.0) °C(manualautomatic)
Display: bilingualdisplay, 2.8 inLCD, resolution128 × 64
Current Output: (4-20)mA(output)
Communication: RS485output, Modbus-RTUcommunication
Power Supply: AC: 220V±10%, 50Hz/ 60Hz(standard) DC: 24V±10%() power: ≤8W
Dimensions: 100mm × 100mm × 150mm
Resistivity Range: (0-18.18) MΩ·cm
TDS Range: 0-20.00ppm
Temperature Sensor: Pt1000
Temperature Measurement Range: (0.0-99.9) °C
Temperature Resolution: 0.1 °C

Digital display presents measurement values and operating status
Communication interfaces support connection to external monitoring or data systems
Analog current output supports process-control integration
Alarm and relay functions support abnormal-condition indication
Temperature compensation supports measurement under changing sample conditions
Source-defined measurement or operating range supports the intended workflow
Documented resolution and error limits support result evaluation