Key features
- Certified pre-calibration of sensors
- Single use or re-use
- Traceable sensor chips (NIST)
- Simple, real-time data documentation
- Up-scaling possible (5 tube sizes available)
- Available as DIN Rail
Sales in
Germany, The Netherlands
SciLog BioProcessing Systems – for use during fermentation or downstream cleaning processes
The SciLog technology facilitates the monitoring of specific parameters in single-use process platforms such as fermentation or downstream cleaning processes with high precision and accuracy. Each pre-calibrated SciLog sensor is labeled with a unique ID-barcode to provide traceability of each measurement. Furthermore, the factory calibration is stored and thus enables plug and play during installation. The scalability of these sensors is guaranteed by the availability of up to 5 different tubing sizes. SciLog sensors are made of USP class VI materials (FDA CFR 177.1520) and are available for temperature (SciTemp®), pressure (SciPres®) and conductivity (SciCon®).
They are characterized by high precision measurements, even after gamma irradiation, steam sterilization or extensive chemical treatment. Besides pre-calibration, also customer-specific calibrations and individual thresholds to be set for emergency alarms can be configured. Using the associated monitoring systems allows for simultaneous measurement and display of multiple sensors of the same or different type and their respective (differential) values.
Consumables
FilterTec | Parker |
FilterTec Plus | Parker |
ChemTec | Parker |
MabTec | Parker |
Downloads
Datasheet
Datasheet
Datasheet
Technical data
SciTemp® |
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Sensor type: | epoxy-coated thermistor | |
Temperature: | -10 to +150 °C | |
Accuracy: | ± 0,5 °C | |
Resolution: | 0,01 °C | |
SciPres® |
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Sensor type: | piezoresistive sensing element | |
Pressure: | 0 to 60 psi | |
Accuracy: | ± 0,35 psi at 60 psi | |
Resolution: | 0,01 psi | |
SciCon® |
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Sensor type: | gold 4-electrode conductivity cell | |
Conductivity: | 1 µS/cm to 200 µS/cm | |
Accuracy: | ± 3 µS (0-100 µS), ± 0,25 µS (10-200 µS) | |
Resolution: | 0,1 µS/cm |