HK-1502 Mobile Analyzer Verification and Monitoring System, 0-100 µg/L dissolved oxygen verification (CAT#: STEM-AL-4110-ZJF)

HK-1502 Mobile Analyzer Verification and Monitoring System is designed for field verification and comparison of online chemical analyzers. The instrument measures the configured analytical or process parameter using the analytical or process method documented for the model. The documented operating or measurement range is 0-100 µg/L dissolved oxygen verification. 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-1502
Range: (0-100)µg/ L
Measurement Range: (0-20)µg/ L, (0-200)µg/ L, (0-20)mg/ Lautomatic
Minimum Resolution: 0.1µg/ L
Sample Temperature: (5-50) °C
Sample Flow: (50-300)mL/ min
Sample Pressure: ≤0.3MPa
Power Supply: AC(180-240)V, frequency(50/ 60)Hz
Electrode Type: electrode
Temperature Sensor: NTC30K
Temperature Compensation: (0.1-50.0) °C
Operating Temperature: (5-45) °C
Relative Humidity: ≤95%RH(non-condensing)
Storage Temperature: (-20-55) °C(electrode, electrode0 °C)

Touchscreen interface provides direct access to operating settings and results
Temperature compensation supports measurement under changing sample conditions
Data storage or export functions support traceable result management
Portable or battery-supported configuration enables field operation
Source-defined measurement or operating range supports the intended workflow
Documented resolution and error limits support result evaluation
Specified sample and environmental conditions define operating boundaries