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Lab Expo Pocket ORP Tester 25-POT101 is designed to measure oxidation-reduction potential within a range of -999 to 999 mV. It features a BNC connector for easy electrode replacement and secure connectivity. Integrated LCD screen provides clear and convenient measurement readings. Equipped with a platinum sensor for accurate and reliable ORP measurements. Our Pocket ORP Tester is ideal for monitoring redox reactions in swimming pools, aquaculture applications, and drinking water systems.
$2,386.00 $ 1988
| ORP Measurement Range | (-999) to 999 mV |
| ORP Accuracy | ± 2 mV |
| ORP Resolution | 1 mV |
| ORP Calibration Solutions | mV & Relative mV |
| ORP Calibration Points | 1 Point (Only for Relative mV Mode) |
| Sensor Type | Platinum Sensor |
| Connector | BNC |
| Data Hold Function | Manual or Automatic Endpoint Detection |
| Reset Function | Yes |
| Display | LCD Screen |
| Power Off | Manual or Automatic (8 Minutes After Last Key is Pressed) |
| Power | 2 × 1.5V “AAA” Batteries |
| Battery Life | 200 Hours |
| Dimension | 175 × 40 mm |
| Weight | 100 g |
Function Implementation Pool maintenance monitoring ±2 mV accuracy supports precise redox control Aquaculture water testing 999 mV upper range enables wide measurement scope Drinking water quality checks -999 mV lower range detects strong reducing conditions Field-based sample analysis 200-hour battery life allows extended portable use Electrode replacement procedures BNC connector ensures secure and repeatable connectivity
ORP electrode
AAA batteries
High purity platinum electrode
Lab Expo ORP Tester units are designed for oxidation reduction potential measurement in water treatment, environmental monitoring, and chemical analysis applications. Pocket models support ORP measurement ranges from -999 mV to 999 mV with ±2 mV accuracy and 1 mV resolution for rapid electrochemical testing procedures. Systems are suitable for integration with ph and orp meter workflows and ph and orp sensor based monitoring applications requiring portable redox potential analysis.
