Handmessgerät für Feuchte in Öl
Oilport 30 Set
Das Handmessgerät Oilport 30 dient zur mobilen Überwachung des Feuchtegehalts und Temperatur in verschiedenen Ölen.
Die einfache und intuitive Bedienung über den TFT-Touchscreen und die integrierte Datenloggerfunktion machen das Oilport 30 Set zum idealen Werkzeug für die schnelle und zuverlässige Öldiagnose.
Messgrößen
- Relativer Wassergehalt - Wasseraktivität [aw]
- Absoluter Wassergehalt [x in ppm]
- Temperatur [°C / °F]
Das Handmessgerät Oilport 30 bestimmt immer die Wasseraktivität aw und die Temperatur T. Durch die Eingabe ölspezifischer Parameter kann das Handmessgerät den Wassergehalt in ppm berechnen und am Display anzeigen.
Messfühler
- Druckdichter Ölfühler bis 20 bar
- Zusammen mit dem Kugelhahn-Montageset kann der Ölfühler ohne Unterbrechung des Ölkreislaufes ein- und ausgebaut werden.
Kurzer Ölfühler
- Ideal zur schnellen Feuchtebestimmung von Ölproben.
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Oilport 30 Set
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Oilport 30 mit Kugelhahn Montageset
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Kurzer Fühler für Oilport 30
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Druckdichter Fühler für Oilport 30
Vergleichbare Produkte
EE381
EE364
Omniport 30
Downloads Oilport 30 Set
FAQ
No, coating is not available for the E+E MIO sensors.
The standard scope of supply of E+E MIO sensors includes an inspection certificate according DIN EN 10204 - 3.1. For details on calibration certificates please see our white paper "Calibration and Traceability in Measuring Technology".
The standard scope of supply of E+E MIO sensors includes an inspection certificate according DIN EN 10204 - 3.1. For details on calibration certificates please see our white paper "Calibration and Traceability in Measuring Technology".
The standard scope of supply of E+E MIO sensors includes an inspection certificate according DIN EN 10204 - 3.1. For details on calibration certificates please see our white paper "Calibration and Traceability in Measuring Technology".
The standard scope of supply of E+E MIO sensors includes an inspection certificate according DIN EN 10204 - 3.1. For details on calibration certificates please see our white paper "Calibration and Traceability in Measuring Technology".
The standard scope of supply of E+E MIO sensors includes an inspection certificate according DIN EN 10204 - 3.1. For details on calibration certificates please see our white paper "Calibration and Traceability in Measuring Technology".
Calibration for a specific oil is a laboratory procedure for determining the saturation curve of the oil. The saturation curve is described by two parameters (A and B). These parameters are used for setting up the moisture in oil sensor for correct calculation of the water content (ppm) out of the measured temperature and water activity (aw).
Calibration for a specific oil is a laboratory procedure for determining the saturation curve of the oil. The saturation curve is described by two parameters (A and B). These parameters are used for setting up the moisture in oil sensor for correct calculation of the water content (ppm) out of the measured temperature and water activity (aw).
Calibration for a specific oil is a laboratory procedure for determining the saturation curve of the oil. The saturation curve is described by two parameters (A and B). These parameters are used for setting up the moisture in oil sensor for correct calculation of the water content (ppm) out of the measured temperature and water activity (aw).
Calibration for a specific oil is a laboratory procedure for determining the saturation curve of the oil. The saturation curve is described by two parameters (A and B). These parameters are used for setting up the moisture in oil sensor for correct calculation of the water content (ppm) out of the measured temperature and water activity (aw).
Calibration for a specific oil is a laboratory procedure for determining the saturation curve of the oil. The saturation curve is described by two parameters (A and B). These parameters are used for setting up the moisture in oil sensor for correct calculation of the water content (ppm) out of the measured temperature and water activity (aw).
Sensor replacement is possible for the EE360 models with the ordering code including PC4 (pluggable probe). Please see the operation manual for detail and spare part code ordering guide.
Sensor replacement is possible for the EE360 models with the ordering code including PC4 (pluggable probe). Please see the operation manual for detail and spare part code ordering guide.
Sensor replacement is possible for the EE360 models with the ordering code including PC4 (pluggable probe). Please see the operation manual for detail and spare part code ordering guide.
Sensor replacement is possible for the EE360 models with the ordering code including PC4 (pluggable probe). Please see the operation manual for detail and spare part code ordering guide.
Sensor replacement is possible for the EE360 models with the ordering code including PC4 (pluggable probe). Please see the operation manual for detail and spare part code ordering guide.
No, coating is not available for the E+E MIO sensors.
No, coating is not available for the E+E MIO sensors.
No, coating is not available for the E+E MIO sensors.
No, coating is not available for the E+E MIO sensors.
No, mineral transformer oils from different manufacturers are quite similar. A and B parameters are the same.
No, mineral transformer oils from different manufacturers are quite similar. A and B parameters are the same.
No, mineral transformer oils from different manufacturers are quite similar. A and B parameters are the same.
No, mineral transformer oils from different manufacturers are quite similar. A and B parameters are the same.
No, mineral transformer oils from different manufacturers are quite similar. A and B parameters are the same.
Please see the cleaning instructions.