Dual display for conductivity and temperature values
2 x 1.5V AAA alkaline batteries
180 mm (length) x 44 mm (width) x 44 mm (height)
Approximately 92 g (without batteries)
ABS plastic
Titanium electrode probe for precise, fast, and sensitive conductivity measurement
Officially certified and calibrated by Shenzhen Zhongce Metrology Testing Technology Co., Ltd.
CNAS laboratory accreditation and calibration certificate
Three-point calibration function with easy calibration steps; displays "PASS" or "Err" for calibration status
Temperature compensation coefficient adjustable (default 2.1%/°C) to ensure measurement accuracy
Waterproof and dustproof design with sealed rubber rings for outdoor use
Detachable probe design for easy replacement and extended service life
One-key unit switching for conductivity (μS/cm, mS/cm) and temperature (°C, °F)
Automatic conductivity unit switching when measurement exceeds 1999 μS/cm
Low power consumption intelligent chip for stable and accurate data
Measurement range suitable for various water quality testing including drinking water, industrial water, environmental water, and chemical industry applications
Measurement reference conductivity values for different water types (e.g., pure water, deionized water, tap water, mineral water, natural water, industrial wastewater)
Additional details
Probe immersion depth
38 mm from water level line; avoid immersing entire instrument in liquid
Battery compartment designed for durability and long-lasting use
Instrument
Protective probe cap
User manual
Calibration certificate
2 x AAA batteries
1. Install batteries and power on the device.
2. Clean the probe with distilled water and wipe dry before measurement.
3. Immerse the probe front end into the solution without exceeding the water level line.
4. Read conductivity and temperature values on the display.
5. After measurement, clean the probe and cover it with the protective cap.
6. Calibrate the instrument if unused for a long time or after probe replacement.
Water quality testing for purity and contamination detection
Scientific experiments
Environmental monitoring
Industrial chemical testing
Avoid water ingress into the instrument body.
Do not immerse the entire device in liquid; only the probe electrode should be submerged.
Remove air bubbles by gently shaking the probe during measurement.
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