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The template vice versa depletes its task by maintaining and allowing the display to
visualize such information, thus beeing only a structure of definition of how a sequence
of measures is to be performed.
A template therefore serves as a stable model and usable repeated times to maintain a
given sequence of measures. When you want to perform the measurements of a sequence
in a template, the operator must first copy the template in a session, and only then the
session runs. The template, as mentioned, will continue to remain available on the system
and to be used as a model for other sessions.
Measurement sessions
The Gea RM1 system is able to save on its mass storage the information related to the
measurement sessions, that is, to a sequence of measures useful to carry out a survey
(general information of the session, number of measures planned and, for each measure,
the position of the electrodes, the values of the measurements carried out for the various
electrical parameters, the accuracy of the measurement, the instant in which the
measurement is carried out: see chapter 6 in
Execution of a single measurement
These sessions can be generated on the Gea RM1 system using the commands used for
creating a new session or copying an existing session (see section
using the copy command of an existing template in a session, or generating them on the
Gea RM1 program. -PC (see paragraph
) and transferring them to the
Gea RM1 system using the upload command (see paragraph
The measurement session files can be displayed directly on the Gea RM1 system or can
be transferred back to the PC via the download function of the Gea RM1-PC program
) for ease of analysis or subsequent processing using
software tools .
By executing the command, the names of the session files present in the system's memory
will be displayed in alphabetical order. Each stored session name is preceded by a letter:
-
- "M" a session concerning manual measures;
-
- "A" a session concerning automatic measurements;
-
- "P" a session of measurement of spontaneous Potential.
Summary of Contents for GEA RM1 1.0
Page 4: ...4 TEST circuit diagram 67...
Page 5: ......
Page 13: ...GEA RM1 9 How to use FIGURE 4 EXAMPLE OF INTEGRAL TABLE FIGURE 5 EXAMPLE WITH SIMPLIFIED VIEW...
Page 15: ...GEA RM1 11 How to use FIGURE 8 FIGURE 7...
Page 16: ...12 FIGURE 9 MEASURE WITH INCREASED MN FIGURE 10 REPEAT MEASURE...
Page 17: ...GEA RM1 13 How to use FIGURE 11 EXECUTE MODIFY REPEAT FIGURE 12 MEASURING EXAMPLE WITH SIGMA 5...
