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Conductivity Probe (DEC1-S)

The Conductivity Probe (DEC1-S) is a replacement combined conductivity electrode specifically designed for DLAB Conductivity Probe (DEC1-S) pen-type conductivity meter and DEC1+ Bluetooth pen meter, enabling continued use of the instrument when the original probe becomes worn or damaged . Featuring platinum sensing elements for accurate conductivity measurement across automatic ranging segments (0~19.99 mS/cm), this replaceable probe supports multi-parameter measurement of EC, TDS (0~10.0 ppt), resistivity (50 Ω·cm~20 MΩ·cm), salinity (0~10 ppt), and temperature (0~60) .
The Conductivity Probe (DEC1-S) delivers conductivity accuracy of ±1.0% F.S. ±1 digit and temperature accuracy of ±0.2°C when used with compatible DEC1/DEC1+ meters . The probe is pre-installed in new meter kits and is available as a replacement part to extend instrument service life—electrode replacement rather than complete meter replacement .
For the clinical laboratory scientist, dialysis technician, and water quality specialist, the Conductivity Probe (DEC1-S) ensures continued, accurate conductivity monitoring of purified water systems, dialysis fluids, and pharmaceutical process water—critical parameters for ensuring patient safety during renal replacement therapy and drug manufacturing. The probe's transparent housing allows visual confirmation of solution level and bubble detection, while its IP67 compatibility with DEC1 meters ensures reliable operation in harsh field environments .
For the patient, reliable replacement parts ensure continuous water quality monitoring in dialysis and pharmaceutical applications, preventing gaps in quality surveillance that could compromise patient safety. The Conductivity Probe (DEC1-S) probe is compatible with CH, USA, and NIST standard buffer solutions for flexible calibration options, and replacement is straightforward for trained laboratory personnel .

Conductivity Probe (DPC1-S)

The Conductivity Probe (DPC1-S) is a replacement combined multi-parameter electrode specifically designed for DLAB  Conductivity Probe (DPC1-S) pen-type multi-parameter meter and DPC1+ Bluetooth pen meter, integrating pH sensing (glass bulb), conductivity sensing (platinum electrodes), and temperature sensing (thermistor) into a single replaceable probe for comprehensive water quality analysis .
The  Conductivity Probe (DPC1-S) enables the DPC1 and DPC1+ meters to measure pH (-2.00 to 16.00 pH, accuracy ±0.01 pH), conductivity (0 to 19.99 mS/cm, auto-ranging, accuracy ±1.0 percent full scale), TDS (0.0 mg/L to 10.0 g/L with adjustable coefficient), salinity (0 to 10 ppt), resistivity (50 Ω·cm to 20 MΩ·cm), and temperature (0 to 60 degrees Celsius, accuracy ±0.2 degrees Celsius) .
The probe is pre-installed in new DPC1 and DPC1+ meter kits and is available as a replacement part to extend instrument service life—electrode replacement rather than complete meter replacement . The combined electrode design integrates multiple sensing elements into one probe, eliminating the need for separate electrodes for different parameters . The probe supports 1 to 3 point automatic pH calibration with buffer recognition and 1 point automatic conductivity calibration with standard solution recognition, and is compatible with CH, USA, and NIST standard buffer solutions for flexible calibration options . The probe shares the meter's IP67 dustproof and waterproof rating for reliable operation in harsh field environments .
For the clinical laboratory scientist, dialysis technician, and water quality specialist, the  Conductivity Probe (DPC1-S) ensures continued, accurate multi-parameter water quality monitoring of purified water systems, dialysis fluids, and pharmaceutical process water—critical parameters for ensuring patient safety during renal replacement therapy and drug manufacturing. The combination electrode design simplifies field testing by integrating all necessary sensors into a single probe, and replacement is straightforward for trained laboratory personnel.
For the patient, reliable replacement parts ensure continuous water quality monitoring in dialysis and pharmaceutical applications, preventing gaps in quality surveillance that could compromise patient safety.

Conductivity Probe (DPH1-S)

The Conductivity Probe (DPH1-S) is a replacement combined pH/ORP electrode specifically designed for DLAB DPH1 pen-type pH/ORP meter and DPH1+ Bluetooth pen meter . The probe features a glass pH sensing bulb for precise pH measurement, an integrated thermistor for automatic temperature compensation (ATC), and a polycarbonate body that is resistant to many aqueous solutions but should avoid organic solvents such as carbon tetrachloride, trichloroethylene, tetrahydrofuran, toluene, xylene, and methyl ethyl ketone .
The Conductivity Probe (DPH1-S) enables the DPH1 and DPH1+ meters to measure pH (-2.00 to 16.00 pH, accuracy ±0.01 pH) , ORP (-1000.0 to +1000.0 mV, accuracy ±0.1 percent of full scale ±1 digit), and temperature (0 to 60 degrees Celsius, accuracy ±0.2 degrees Celsius) . When used with the compatible meters, the probe supports 1 to 3 point automatic pH calibration with buffer recognition and is compatible with CH, USA, and NIST standard buffer solutions for flexible calibration options . The probe shares the meter's IP67 dustproof and waterproof rating for reliable operation in harsh field environments .
The probe features a removable protective cover that prevents damage to the glass pH sensing bulb and facilitates easy cleaning . The probe is pre-installed in new DPH1 and DPH1+ meter kits and is available as a replacement part to extend instrument service life—electrode replacement rather than complete meter replacement . Replacement is straightforward for trained laboratory personnel, and the probe is a consumable item not covered under the instrument warranty .
For the clinical laboratory scientist, dialysis technician, and water quality specialist, the Conductivity Probe (DPH1-S) ensures continued, accurate pH and ORP monitoring of purified water systems, dialysis fluids, biological fluids, and pharmaceutical process water—critical parameters for ensuring patient safety during renal replacement therapy, diagnosing acid-base disorders, and supporting drug manufacturing.
For the patient, reliable replacement parts ensure continuous water quality monitoring in dialysis and pharmaceutical applications, preventing gaps in quality surveillance that could compromise patient safety. Accurate pH measurement of biological fluids supports early detection of metabolic disturbances, acid-base imbalances, and renal dysfunction, enabling timely clinical intervention.

ORP Sensor (DORP1-S)

The ORP Sensor (DORP1-S) is a replacement combined oxidation-reduction potential electrode specifically designed for DLAB ORP Sensor (DORP1-S) pen-type ORP meter and DORP1+ Bluetooth pen meter, enabling continued use of the instrument when the original probe becomes worn or damaged . Featuring platinum sensing elements for accurate ORP measurement across the range of -1000.0 to +1000.0 millivolts with accuracy of ±0.1 percent of full scale ±1 digit, this replaceable sensor supports temperature measurement from 0 to 60 degrees Celsius with ±0.2 degrees Celsius accuracy when used with compatible meters .
The DORP1-S is pre-installed in new DORP1 and DORP1+ meter kits and is available as a replacement part to extend instrument service life—electrode replacement rather than complete meter replacement . The sensor requires storage in 3 mol potassium chloride ORP electrode soaking solution to prevent the sensing element from drying out, and is compatible with CH, USA, and NIST standard buffer solutions for flexible calibration options . The combined probe design is user-replaceable, and the sensor shares the meter's IP67 dustproof and waterproof rating for reliable operation in harsh field environments .
For the clinical laboratory scientist, dialysis technician, and water quality specialist, the ORP Sensor (DORP1-S) ensures continued, accurate ORP monitoring of purified water systems, dialysis fluids, and pharmaceutical process water—critical parameters for ensuring patient safety during renal replacement therapy and drug manufacturing. The sensor's platinum technology provides stable, reproducible readings, and replacement is straightforward for trained laboratory personnel.
For the patient, reliable replacement parts ensure continuous water quality monitoring in dialysis and pharmaceutical applications, preventing gaps in quality surveillance that could compromise patient safety.