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Endress+Hauser Endress+Hauser Liquiline CM44x Heartbeat pH and Conductivity Modbus RTU template

Endress+Hauser Liquiline CM44x Heartbeat pH and Conductivity

Sensorzustand und Kalibrierhistorie für pH und Leitfähigkeit am Liquiline CM44x.

Der Endress+Hauser Liquiline CM44x ist ein Mehrkanal-Messumformer für die Flüssigkeitsanalyse. Diese Modbus-RTU-Vorlage liest die Heartbeat-Monitoring-Daten von bis zu acht pH- und acht Leitfähigkeitssensoren, damit Sie Sensorzustand und Kalibrierung in ModbusCloud verfolgen.

Protokoll
Modbus RTU
Anschluss
RS485, 19200 baud
Register
440, nur lesen
Wichtige Messwerte
NAMUR-NE107-Status · Diagnosecode · Steilheit und Nullpunkt · Glasimpedanz · Zellkonstante · Betriebsstunden
Kompatible Modelle
Liquiline CM442 · Liquiline CM444 · Liquiline CM448 · Liquiline CM44P · Liquiline CM44R
Zuletzt aktualisiert

Register (440)

440 lesen, 0 schreiben

NameEinheitZugriffAdresse (Verborgen bis zur Eingabe Ihrer E-Mail-Adresse)Funktion (verborgen)Typ (verborgen)
pH 1 Diagnosis TimeLesen
pH 1 Manufacturing DateLesen
pH 1 Initial Operation DateLesen
pH 1 Last Calibration DateLesen
pH 1 SlopeLesen
pH 1 Slope Change Since Last CalibrationLesen
pH 1 Zero pointLesen
pH 1 Zero Point Change Since Last CalibrationLesen
pH 1 Glass impedanceΩLesen
pH 1 Reference impedanceΩLesen
pH 1 Temperature offsetKLesen
pH 1 Leakage currentALesen
pH 1 Min. measured valueLesen
pH 1 Min. measured temperature value°CLesen
pH 1 Max. measured valueLesen
pH 1 Max. measured temperature value°CLesen
pH 1 Operating hours of connected sensorsLesen
pH 1 Operating time >80°CsLesen
pH 1 Operating time >100°CsLesen
pH 1 Operating time <-300mV (pH)sLesen
pH 1 Operating time >300mV (pH)sLesen
pH 1 Number of sterilization cyclesLesen
pH 1 Number of clean in place cyclesLesen
pH 1 Diagnosis CodeLesen
pH 1 NAMUR NE107 StatusLesen
pH 1 Selected sensor typeLesen
pH 1 Temperature Slope (2-point Calibration)Lesen
pH 1 The pH value of buffer 1pHLesen
pH 1 The pH value of buffer 2pHLesen
pH 1 The pH value of buffer 3pHLesen
pH 2 Diagnosis TimeLesen
pH 2 Manufacturing DateLesen
pH 2 Initial Operation DateLesen
pH 2 Last Calibration DateLesen
pH 2 SlopeLesen
pH 2 Slope Change Since Last CalibrationLesen
pH 2 Zero pointLesen
pH 2 Zero Point Change Since Last CalibrationLesen
pH 2 Glass impedanceΩLesen
pH 2 Reference impedanceΩLesen
pH 2 Temperature offsetKLesen
pH 2 Leakage currentALesen
pH 2 Min. measured valueLesen
pH 2 Min. measured temperature value°CLesen
pH 2 Max. measured valueLesen
pH 2 Max. measured temperature value°CLesen
pH 2 Operating hours of connected sensorsLesen
pH 2 Operating time >80°CsLesen
pH 2 Operating time >100°CsLesen
pH 2 Operating time <-300mV (pH)sLesen
pH 2 Operating time >300mV (pH)sLesen
pH 2 Number of sterilization cyclesLesen
pH 2 Number of clean in place cyclesLesen
pH 2 Diagnosis CodeLesen
pH 2 NAMUR NE107 StatusLesen
pH 2 Selected sensor typeLesen
pH 2 Temperature Slope (2-point Calibration)Lesen
pH 2 The pH value of buffer 1pHLesen
pH 2 The pH value of buffer 2pHLesen
pH 2 The pH value of buffer 3pHLesen
pH 3 Diagnosis TimeLesen
pH 3 Manufacturing DateLesen
pH 3 Initial Operation DateLesen
pH 3 Last Calibration DateLesen
pH 3 SlopeLesen
pH 3 Slope Change Since Last CalibrationLesen
pH 3 Zero pointLesen
pH 3 Zero Point Change Since Last CalibrationLesen
pH 3 Glass impedanceΩLesen
pH 3 Reference impedanceΩLesen
pH 3 Temperature offsetKLesen
pH 3 Leakage currentALesen
pH 3 Min. measured valueLesen
pH 3 Min. measured temperature value°CLesen
pH 3 Max. measured valueLesen
pH 3 Max. measured temperature value°CLesen
pH 3 Operating hours of connected sensorsLesen
pH 3 Operating time >80°CsLesen
pH 3 Operating time >100°CsLesen
pH 3 Operating time <-300mV (pH)sLesen
pH 3 Operating time >300mV (pH)sLesen
pH 3 Number of sterilization cyclesLesen
pH 3 Number of clean in place cyclesLesen
pH 3 Diagnosis CodeLesen
pH 3 NAMUR NE107 StatusLesen
pH 3 Selected sensor typeLesen
pH 3 Temperature Slope (2-point Calibration)Lesen
pH 3 The pH value of buffer 1pHLesen
pH 3 The pH value of buffer 2pHLesen
pH 3 The pH value of buffer 3pHLesen
pH 4 Diagnosis TimeLesen
pH 4 Manufacturing DateLesen
pH 4 Initial Operation DateLesen
pH 4 Last Calibration DateLesen
pH 4 SlopeLesen
pH 4 Slope Change Since Last CalibrationLesen
pH 4 Zero pointLesen
pH 4 Zero Point Change Since Last CalibrationLesen
pH 4 Glass impedanceΩLesen
pH 4 Reference impedanceΩLesen
pH 4 Temperature offsetKLesen
pH 4 Leakage currentALesen
pH 4 Min. measured valueLesen
pH 4 Min. measured temperature value°CLesen
pH 4 Max. measured valueLesen
pH 4 Max. measured temperature value°CLesen
pH 4 Operating hours of connected sensorsLesen
pH 4 Operating time >80°CsLesen
pH 4 Operating time >100°CsLesen
pH 4 Operating time <-300mV (pH)sLesen
pH 4 Operating time >300mV (pH)sLesen
pH 4 Number of sterilization cyclesLesen
pH 4 Number of clean in place cyclesLesen
pH 4 Diagnosis CodeLesen
pH 4 NAMUR NE107 StatusLesen
pH 4 Selected sensor typeLesen
pH 4 Temperature Slope (2-point Calibration)Lesen
pH 4 The pH value of buffer 1pHLesen
pH 4 The pH value of buffer 2pHLesen
pH 4 The pH value of buffer 3pHLesen
pH 5 Diagnosis TimeLesen
pH 5 Manufacturing DateLesen
pH 5 Initial Operation DateLesen
pH 5 Last Calibration DateLesen
pH 5 SlopeLesen
pH 5 Slope Change Since Last CalibrationLesen
pH 5 Zero pointLesen
pH 5 Zero Point Change Since Last CalibrationLesen
pH 5 Glass impedanceΩLesen
pH 5 Reference impedanceΩLesen
pH 5 Temperature offsetKLesen
pH 5 Leakage currentALesen
pH 5 Min. measured valueLesen
pH 5 Min. measured temperature value°CLesen
pH 5 Max. measured valueLesen
pH 5 Max. measured temperature value°CLesen
pH 5 Operating hours of connected sensorsLesen
pH 5 Operating time >80°CsLesen
pH 5 Operating time >100°CsLesen
pH 5 Operating time <-300mV (pH)sLesen
pH 5 Operating time >300mV (pH)sLesen
pH 5 Number of sterilization cyclesLesen
pH 5 Number of clean in place cyclesLesen
pH 5 Diagnosis CodeLesen
pH 5 NAMUR NE107 StatusLesen
pH 5 Selected sensor typeLesen
pH 5 Temperature Slope (2-point Calibration)Lesen
pH 5 The pH value of buffer 1pHLesen
pH 5 The pH value of buffer 2pHLesen
pH 5 The pH value of buffer 3pHLesen
pH 6 Diagnosis TimeLesen
pH 6 Manufacturing DateLesen
pH 6 Initial Operation DateLesen
pH 6 Last Calibration DateLesen
pH 6 SlopeLesen
pH 6 Slope Change Since Last CalibrationLesen
pH 6 Zero pointLesen
pH 6 Zero Point Change Since Last CalibrationLesen
pH 6 Glass impedanceΩLesen
pH 6 Reference impedanceΩLesen
pH 6 Temperature offsetKLesen
pH 6 Leakage currentALesen
pH 6 Min. measured valueLesen
pH 6 Min. measured temperature value°CLesen
pH 6 Max. measured valueLesen
pH 6 Max. measured temperature value°CLesen
pH 6 Operating hours of connected sensorsLesen
pH 6 Operating time >80°CsLesen
pH 6 Operating time >100°CsLesen
pH 6 Operating time <-300mV (pH)sLesen
pH 6 Operating time >300mV (pH)sLesen
pH 6 Number of sterilization cyclesLesen
pH 6 Number of clean in place cyclesLesen
pH 6 Diagnosis CodeLesen
pH 6 NAMUR NE107 StatusLesen
pH 6 Selected sensor typeLesen
pH 6 Temperature Slope (2-point Calibration)Lesen
pH 6 The pH value of buffer 1pHLesen
pH 6 The pH value of buffer 2pHLesen
pH 6 The pH value of buffer 3pHLesen
pH 7 Diagnosis TimeLesen
pH 7 Manufacturing DateLesen
pH 7 Initial Operation DateLesen
pH 7 Last Calibration DateLesen
pH 7 SlopeLesen
pH 7 Slope Change Since Last CalibrationLesen
pH 7 Zero pointLesen
pH 7 Zero Point Change Since Last CalibrationLesen
pH 7 Glass impedanceΩLesen
pH 7 Reference impedanceΩLesen
pH 7 Temperature offsetKLesen
pH 7 Leakage currentALesen
pH 7 Min. measured valueLesen
pH 7 Min. measured temperature value°CLesen
pH 7 Max. measured valueLesen
pH 7 Max. measured temperature value°CLesen
pH 7 Operating hours of connected sensorsLesen
pH 7 Operating time >80°CsLesen
pH 7 Operating time >100°CsLesen
pH 7 Operating time <-300mV (pH)sLesen
pH 7 Operating time >300mV (pH)sLesen
pH 7 Number of sterilization cyclesLesen
pH 7 Number of clean in place cyclesLesen
pH 7 Diagnosis CodeLesen
pH 7 NAMUR NE107 StatusLesen
pH 7 Selected sensor typeLesen
pH 7 Temperature Slope (2-point Calibration)Lesen
pH 7 The pH value of buffer 1pHLesen
pH 7 The pH value of buffer 2pHLesen
pH 7 The pH value of buffer 3pHLesen
pH 8 Diagnosis TimeLesen
pH 8 Manufacturing DateLesen
pH 8 Initial Operation DateLesen
pH 8 Last Calibration DateLesen
pH 8 SlopeLesen
pH 8 Slope Change Since Last CalibrationLesen
pH 8 Zero pointLesen
pH 8 Zero Point Change Since Last CalibrationLesen
pH 8 Glass impedanceΩLesen
pH 8 Reference impedanceΩLesen
pH 8 Temperature offsetKLesen
pH 8 Leakage currentALesen
pH 8 Min. measured valueLesen
pH 8 Min. measured temperature value°CLesen
pH 8 Max. measured valueLesen
pH 8 Max. measured temperature value°CLesen
pH 8 Operating hours of connected sensorsLesen
pH 8 Operating time >80°CsLesen
pH 8 Operating time >100°CsLesen
pH 8 Operating time <-300mV (pH)sLesen
pH 8 Operating time >300mV (pH)sLesen
pH 8 Number of sterilization cyclesLesen
pH 8 Number of clean in place cyclesLesen
pH 8 Diagnosis CodeLesen
pH 8 NAMUR NE107 StatusLesen
pH 8 Selected sensor typeLesen
pH 8 Temperature Slope (2-point Calibration)Lesen
pH 8 The pH value of buffer 1pHLesen
pH 8 The pH value of buffer 2pHLesen
pH 8 The pH value of buffer 3pHLesen
Cond. 1 Diagnosis TimeLesen
Cond. 1 Manufacturing DateLesen
Cond. 1 Initial Operation DateLesen
Cond. 1 Last Slope Calibration DateLesen
Cond. 1 Cell constantLesen
Cond. 1 Cell Constant Change Since Last CalibrationLesen
Cond. 1 Temperature offsetKLesen
Cond. 1 Min. measured valueLesen
Cond. 1 Min. measured temperature value°CLesen
Cond. 1 Max. measured valueLesen
Cond. 1 Max. measured temperature value°CLesen
Cond. 1 Operating hours of connected sensorsLesen
Cond. 1 Raw valueLesen
Cond. 1 Operating time >80°CsLesen
Cond. 1 Operating time >100°C (Cond 4pol)sLesen
Cond. 1 Operating time >120°C (cond.)sLesen
Cond. 1 Operating time >125°C (ind.)sLesen
Cond. 1 Operating time >140°C (Cond 2pol)sLesen
Cond. 1 Operating time >150°C (Cond i, Cond 4pol)sLesen
Cond. 1 Operating time <100nS (cond.)sLesen
Cond. 1 Number of sterilization cyclesLesen
Cond. 1 Number of clean in place cyclesLesen
Cond. 1 Diagnosis CodeLesen
Cond. 1 NAMUR NE107 StatusLesen
Cond. 1 Selected sensor typeLesen
Cond. 2 Diagnosis TimeLesen
Cond. 2 Manufacturing DateLesen
Cond. 2 Initial Operation DateLesen
Cond. 2 Last Slope Calibration DateLesen
Cond. 2 Cell constantLesen
Cond. 2 Cell Constant Change Since Last CalibrationLesen
Cond. 2 Temperature offsetKLesen
Cond. 2 Min. measured valueLesen
Cond. 2 Min. measured temperature value°CLesen
Cond. 2 Max. measured valueLesen
Cond. 2 Max. measured temperature value°CLesen
Cond. 2 Operating hours of connected sensorsLesen
Cond. 2 Raw valueLesen
Cond. 2 Operating time >80°CsLesen
Cond. 2 Operating time >100°C (Cond 4pol)sLesen
Cond. 2 Operating time >120°C (cond.)sLesen
Cond. 2 Operating time >125°C (ind.)sLesen
Cond. 2 Operating time >140°C (Cond 2pol)sLesen
Cond. 2 Operating time >150°C (Cond i, Cond 4pol)sLesen
Cond. 2 Operating time <100nS (cond.)sLesen
Cond. 2 Number of sterilization cyclesLesen
Cond. 2 Number of clean in place cyclesLesen
Cond. 2 Diagnosis CodeLesen
Cond. 2 NAMUR NE107 StatusLesen
Cond. 2 Selected sensor typeLesen
Cond. 3 Diagnosis TimeLesen
Cond. 3 Manufacturing DateLesen
Cond. 3 Initial Operation DateLesen
Cond. 3 Last Slope Calibration DateLesen
Cond. 3 Cell constantLesen
Cond. 3 Cell Constant Change Since Last CalibrationLesen
Cond. 3 Temperature offsetKLesen
Cond. 3 Min. measured valueLesen
Cond. 3 Min. measured temperature value°CLesen
Cond. 3 Max. measured valueLesen
Cond. 3 Max. measured temperature value°CLesen
Cond. 3 Operating hours of connected sensorsLesen
Cond. 3 Raw valueLesen
Cond. 3 Operating time >80°CsLesen
Cond. 3 Operating time >100°C (Cond 4pol)sLesen
Cond. 3 Operating time >120°C (cond.)sLesen
Cond. 3 Operating time >125°C (ind.)sLesen
Cond. 3 Operating time >140°C (Cond 2pol)sLesen
Cond. 3 Operating time >150°C (Cond i, Cond 4pol)sLesen
Cond. 3 Operating time <100nS (cond.)sLesen
Cond. 3 Number of sterilization cyclesLesen
Cond. 3 Number of clean in place cyclesLesen
Cond. 3 Diagnosis CodeLesen
Cond. 3 NAMUR NE107 StatusLesen
Cond. 3 Selected sensor typeLesen
Cond. 4 Diagnosis TimeLesen
Cond. 4 Manufacturing DateLesen
Cond. 4 Initial Operation DateLesen
Cond. 4 Last Slope Calibration DateLesen
Cond. 4 Cell constantLesen
Cond. 4 Cell Constant Change Since Last CalibrationLesen
Cond. 4 Temperature offsetKLesen
Cond. 4 Min. measured valueLesen
Cond. 4 Min. measured temperature value°CLesen
Cond. 4 Max. measured valueLesen
Cond. 4 Max. measured temperature value°CLesen
Cond. 4 Operating hours of connected sensorsLesen
Cond. 4 Raw valueLesen
Cond. 4 Operating time >80°CsLesen
Cond. 4 Operating time >100°C (Cond 4pol)sLesen
Cond. 4 Operating time >120°C (cond.)sLesen
Cond. 4 Operating time >125°C (ind.)sLesen
Cond. 4 Operating time >140°C (Cond 2pol)sLesen
Cond. 4 Operating time >150°C (Cond i, Cond 4pol)sLesen
Cond. 4 Operating time <100nS (cond.)sLesen
Cond. 4 Number of sterilization cyclesLesen
Cond. 4 Number of clean in place cyclesLesen
Cond. 4 Diagnosis CodeLesen
Cond. 4 NAMUR NE107 StatusLesen
Cond. 4 Selected sensor typeLesen
Cond. 5 Diagnosis TimeLesen
Cond. 5 Manufacturing DateLesen
Cond. 5 Initial Operation DateLesen
Cond. 5 Last Slope Calibration DateLesen
Cond. 5 Cell constantLesen
Cond. 5 Cell Constant Change Since Last CalibrationLesen
Cond. 5 Temperature offsetKLesen
Cond. 5 Min. measured valueLesen
Cond. 5 Min. measured temperature value°CLesen
Cond. 5 Max. measured valueLesen
Cond. 5 Max. measured temperature value°CLesen
Cond. 5 Operating hours of connected sensorsLesen
Cond. 5 Raw valueLesen
Cond. 5 Operating time >80°CsLesen
Cond. 5 Operating time >100°C (Cond 4pol)sLesen
Cond. 5 Operating time >120°C (cond.)sLesen
Cond. 5 Operating time >125°C (ind.)sLesen
Cond. 5 Operating time >140°C (Cond 2pol)sLesen
Cond. 5 Operating time >150°C (Cond i, Cond 4pol)sLesen
Cond. 5 Operating time <100nS (cond.)sLesen
Cond. 5 Number of sterilization cyclesLesen
Cond. 5 Number of clean in place cyclesLesen
Cond. 5 Diagnosis CodeLesen
Cond. 5 NAMUR NE107 StatusLesen
Cond. 5 Selected sensor typeLesen
Cond. 6 Diagnosis TimeLesen
Cond. 6 Manufacturing DateLesen
Cond. 6 Initial Operation DateLesen
Cond. 6 Last Slope Calibration DateLesen
Cond. 6 Cell constantLesen
Cond. 6 Cell Constant Change Since Last CalibrationLesen
Cond. 6 Temperature offsetKLesen
Cond. 6 Min. measured valueLesen
Cond. 6 Min. measured temperature value°CLesen
Cond. 6 Max. measured valueLesen
Cond. 6 Max. measured temperature value°CLesen
Cond. 6 Operating hours of connected sensorsLesen
Cond. 6 Raw valueLesen
Cond. 6 Operating time >80°CsLesen
Cond. 6 Operating time >100°C (Cond 4pol)sLesen
Cond. 6 Operating time >120°C (cond.)sLesen
Cond. 6 Operating time >125°C (ind.)sLesen
Cond. 6 Operating time >140°C (Cond 2pol)sLesen
Cond. 6 Operating time >150°C (Cond i, Cond 4pol)sLesen
Cond. 6 Operating time <100nS (cond.)sLesen
Cond. 6 Number of sterilization cyclesLesen
Cond. 6 Number of clean in place cyclesLesen
Cond. 6 Diagnosis CodeLesen
Cond. 6 NAMUR NE107 StatusLesen
Cond. 6 Selected sensor typeLesen
Cond. 7 Diagnosis TimeLesen
Cond. 7 Manufacturing DateLesen
Cond. 7 Initial Operation DateLesen
Cond. 7 Last Slope Calibration DateLesen
Cond. 7 Cell constantLesen
Cond. 7 Cell Constant Change Since Last CalibrationLesen
Cond. 7 Temperature offsetKLesen
Cond. 7 Min. measured valueLesen
Cond. 7 Min. measured temperature value°CLesen
Cond. 7 Max. measured valueLesen
Cond. 7 Max. measured temperature value°CLesen
Cond. 7 Operating hours of connected sensorsLesen
Cond. 7 Raw valueLesen
Cond. 7 Operating time >80°CsLesen
Cond. 7 Operating time >100°C (Cond 4pol)sLesen
Cond. 7 Operating time >120°C (cond.)sLesen
Cond. 7 Operating time >125°C (ind.)sLesen
Cond. 7 Operating time >140°C (Cond 2pol)sLesen
Cond. 7 Operating time >150°C (Cond i, Cond 4pol)sLesen
Cond. 7 Operating time <100nS (cond.)sLesen
Cond. 7 Number of sterilization cyclesLesen
Cond. 7 Number of clean in place cyclesLesen
Cond. 7 Diagnosis CodeLesen
Cond. 7 NAMUR NE107 StatusLesen
Cond. 7 Selected sensor typeLesen
Cond. 8 Diagnosis TimeLesen
Cond. 8 Manufacturing DateLesen
Cond. 8 Initial Operation DateLesen
Cond. 8 Last Slope Calibration DateLesen
Cond. 8 Cell constantLesen
Cond. 8 Cell Constant Change Since Last CalibrationLesen
Cond. 8 Temperature offsetKLesen
Cond. 8 Min. measured valueLesen
Cond. 8 Min. measured temperature value°CLesen
Cond. 8 Max. measured valueLesen
Cond. 8 Max. measured temperature value°CLesen
Cond. 8 Operating hours of connected sensorsLesen
Cond. 8 Raw valueLesen
Cond. 8 Operating time >80°CsLesen
Cond. 8 Operating time >100°C (Cond 4pol)sLesen
Cond. 8 Operating time >120°C (cond.)sLesen
Cond. 8 Operating time >125°C (ind.)sLesen
Cond. 8 Operating time >140°C (Cond 2pol)sLesen
Cond. 8 Operating time >150°C (Cond i, Cond 4pol)sLesen
Cond. 8 Operating time <100nS (cond.)sLesen
Cond. 8 Number of sterilization cyclesLesen
Cond. 8 Number of clean in place cyclesLesen
Cond. 8 Diagnosis CodeLesen
Cond. 8 NAMUR NE107 StatusLesen
Cond. 8 Selected sensor typeLesen

Register werden geladen…

Senden Sie Ihre Geräteliste

Steht ein Gerät noch nicht in der Bibliothek, erstellen wir die Vorlage kostenlos, sobald wir die Register haben.

Anzahl Anlagen (optional)

Anwendungsfälle

  • Per E-Mail alarmieren, wenn der NAMUR-Status eines pH-Sensors von OK auf Wartungsbedarf wechselt.
  • Steilheit und Nullpunkt jedes pH-Sensors zwischen Kalibrierungen verfolgen, um Alterung zu erkennen.
  • Den Sensortausch anhand der Betriebsstunden und der Zeit über 80 °C planen.
  • Auf einem Dashboard prüfen, wann jeder Leitfähigkeitssensor zuletzt kalibriert wurde.

Installation

  1. Heartbeat Monitoring am Liquiline CM44x mit dem Aktivierungscode von Endress+Hauser freischalten.

  2. Die RS485-Schnittstelle des Liquiline mit dem ModbusCloud Gateway verbinden und Busadresse, Baudrate und Parität notieren (ab Werk 247, 19.200 Baud, gerade).

  3. In ModbusCloud ein Modbus-Gerät mit diesen Einstellungen anlegen und diese Vorlage importieren.

  4. Die Kanalblöcke ohne pH- oder Leitfähigkeitssensor löschen und prüfen, ob der gewählte Sensortyp der übrigen Kanäle stimmt.

Zu beachten

Alle Heartbeat-Register lesen 0. Warum?

Heartbeat Monitoring benötigt einen Aktivierungscode. Ohne Code antwortet der Liquiline auf jedes Register in diesem Block mit 0.

Float-Werte ergeben keinen Sinn. Was ist falsch?

Die Vorlage nutzt die Werksreihenfolge 1-0-3-2 (CDAB). Wurde der Parameter Byte order am Liquiline geändert, stellen Sie ihn zurück oder passen Sie die Byte-Reihenfolge der Float-Register an.

Wie lese ich die Datumsregister?

Daten nutzen das E+H-DATETIME-Format mit Millisekunden, Minuten, Stunden, Tag, Monat und Jahr in acht Bytes. Die Vorlage liest sie als eine rohe 64-Bit-Zahl.

Kann ich mit dieser Vorlage Einstellungen ändern?

Nein. Heartbeat-Register sind Input-Register und nur lesbar. Kalibrierung und Einstellungen erfolgen am Liquiline selbst oder über die Hauptvorlage Liquiline CM44x.

Weitere Endress+Hauser-Vorlagen

Alle Endress+Hauser-VorlagenZur Bibliothek

Selbst sehen, wie es funktioniert?

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