
InnoCon 6800D Online Dissolved Oxygen Analyser (Fluorescence Method)
The innoCon 6800 series single channel controllers are designed for single water quality parameter measurements related to the water treatment industry. 4.3" colour LCD display, touch operation and very easy setup. The series controller has a data storage function and supports U disk data export. Three programmable relays and two 4-20mA outputs are provided for controlling auxiliary equipment, with Modbus RTU (RS485) communication as standard.
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InnoSens 450 Electrode Fluorometric Dissolved Oxygen Sensor
The InnoSens 450 dissolved oxygen sensor has a built-in temperature probe and uses optical technology for measurement: a diode emits blue light directly towards a fluorescent layer, which reacts with red light (fluorescence) when the sensitive substance is irradiated, the timing of the red light emission being related to the concentration of oxygen. This innovative method ensures reliable, accurate and drift-free measurements
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InnoSens 425 Dissolved Oxygen Sensor
The innoSens 420 Dissolved Oxygen Electrode is a ppb class industrial in-line dissolved oxygen electrode with Clark technology, integrated membrane head design and stainless steel flow-through tank for easy installation and maintenance.
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InnoSens 420 Dissolved Oxygen Sensor
Measurement principle of the innoSens 420 dissolved oxygen electrode of Jensprima
Dissolved oxygen measurement is currently widely used in the Clark (polarographic) technique. The electrode generates a current proportional to the partial pressure of oxygen and this current can be measured by a suitable measurement method. To prevent interference, the Clark electrodes are covered with a permeable membrane. The PTFE film often used in the past was very brittle in its physical properties and therefore had to be replaced frequently to ensure reliable measurements. To solve this problem, the innoSens 420 uses the more stable OPTIFLOW membrane, which remains stable under harsh conditions, such as high pressure. This ingenious design results in a fast response time even at low flow rates. No maintenance is required and there is no need to replace the membrane or electrolyte. When the sensor can no longer be calibrated, please replace it.
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