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Step 2. Pressure test
                                Schritt 2. Dichtigkeitsprüfung

Main menu (Hauptmenu (1)) select Data set (Messreihe angeben)
  (5) Loading
  PaulBMBF.P64 [sidenote-- include a (site measured at).P64]
  (3) Display table (Tabelle anzeigen)
      -Enter in missing port number: with row F3 paste in, type in corresponding port
numbers, and switch it with the next row so the changes are assumed.
      - Correctly choose calibration gas in the data set! E0, E1, and E2 for the small/short
measurement range, and E1, E2, E3 for the longer measurement range.

  In the correct numerical order according to the protocol, plug the glass bottles in the ports,
but DON’T open them.
   In main menu (haupmenü), select (2), Pressure test / dichtigkeitsprüfung.
   Press “enter” and affirm it with j.
   If it is sealed (it will show Dichtigkeit i.O.), continue to step three.
    If the pressure test is not i.O. check the marked bottles on the right side of port, if
necessary separately check the pressure on the vacuum pump of the o.a. valves.
   In main menu (haupmenü 2) start a new pressure test.



                                      Step 3. Analysis
                                      Schritt 3. Analyse
Main Menu (3) Start Analysis
      Press ‘Enter’
      Confirm with ‘j’
      Enter file name in the SDDMM_KK format. S = Standortbezeichnung (P =
      Paulinenaue, Z = Zarnekow)., DD=Day (date), MM=Month (date), KK=Box Number
      (can be found on the protocol).
          o E.g.: P1004789= Standort Paulinenaue, Measured on 10.04, Box 7/8/9
      Start analysis using ‘Enter’
      Watch the graph – (6) Gas processor, (6) Graphs, (1) FID/ECD
      When the calibration gas curve displays i.O. => Open the bottles
      If disturbed/interrupted, end analysis with (9).

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Pressure test documentation

  • 1. Step 2. Pressure test Schritt 2. Dichtigkeitsprüfung Main menu (Hauptmenu (1)) select Data set (Messreihe angeben) (5) Loading PaulBMBF.P64 [sidenote-- include a (site measured at).P64] (3) Display table (Tabelle anzeigen) -Enter in missing port number: with row F3 paste in, type in corresponding port numbers, and switch it with the next row so the changes are assumed. - Correctly choose calibration gas in the data set! E0, E1, and E2 for the small/short measurement range, and E1, E2, E3 for the longer measurement range. In the correct numerical order according to the protocol, plug the glass bottles in the ports, but DON’T open them. In main menu (haupmenü), select (2), Pressure test / dichtigkeitsprüfung. Press “enter” and affirm it with j. If it is sealed (it will show Dichtigkeit i.O.), continue to step three. If the pressure test is not i.O. check the marked bottles on the right side of port, if necessary separately check the pressure on the vacuum pump of the o.a. valves. In main menu (haupmenü 2) start a new pressure test. Step 3. Analysis Schritt 3. Analyse Main Menu (3) Start Analysis Press ‘Enter’ Confirm with ‘j’ Enter file name in the SDDMM_KK format. S = Standortbezeichnung (P = Paulinenaue, Z = Zarnekow)., DD=Day (date), MM=Month (date), KK=Box Number (can be found on the protocol). o E.g.: P1004789= Standort Paulinenaue, Measured on 10.04, Box 7/8/9 Start analysis using ‘Enter’ Watch the graph – (6) Gas processor, (6) Graphs, (1) FID/ECD When the calibration gas curve displays i.O. => Open the bottles If disturbed/interrupted, end analysis with (9).