The calibration and setup processes for your probes are intended to be as straightforward as possible. You will instantly understand how to correctly configure your probes so that they will precisely match the conditions you will need to have for the greatest aquaculture environment! You will be able to handle it on your own after watching this brief and simple video.
Play video on YoutubeEvery fish species requires a specific pH value for its optimum development. A rising pH causes NH4+ to be converted to toxic undissociated NH3, which results in fish mortality. Depending on the species of fish being farmed, XB2-S probe measurements can be used to ensure optimum pH value. Intermittent water pollution can also be detected if this probe is located at the inflow. The probe uses an external supply tank of gel electrolyte and a multi-level reference system, which prevents the probe from being poisoned by sea water and extends its service life.
Power supply | external source 18 ÷ 35V DC/ 30 mA |
Signal output | 4 ÷ 20 mA + MODBUS |
Temperature measuring range | -20 ÷ 120 °C |
Temperature measurement accuracy | ± 0,2 °C; ± 1 dig. |
Measuring range - pH; mV | 1,000 ÷ 14,000 pH; -1200,0 ÷ 1200,0 mV |
Measuring accuracy - pH; mV | ± 0,01; ± 0,01 %; ± 1 dig. |
Input resistance for pH sensor | 1012 Ω |
Temperature compensation | automatic, manual -10 ÷ 110 °C |
Operating temperature range | 0 ÷ 50 °C |
Storage temperature range | -20 ÷ 70 °C |
Pressure range | 0 to 1 bar (0 ÷ 10 m water column) |
Temperature sensor | Ni 1000 |
Protection rating | IP 68 |
Dimensions (probe) | 270 x 36 mm |
Dimensions (box) | 320 x 200 x 75 mm |
Material | stainless steel 1,4404; PVC-U black; PUR (cable) |
Maximum immersion depth | 30 m |
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