Sea-Bird Electronics SBE 38 Bedienungsanleitung Seite 35

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Section 4: Setting Up MicroTSG SBE 45
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Command Descriptions
This section describes commands and provides sample outputs.
See Appendix III: Command Summary for a summarized command list.
When entering commands:
Input commands to the MicroTSG in upper or lower case letters and
register commands by pressing the Enter key.
The MicroTSG sends ? CMD if an invalid command is entered.
If the system does not return an S> prompt after executing a command,
press the Enter key to get the S> prompt.
If in quiescent state, re-establish communications by clicking Connect on
the Toolbar or pressing the Enter key to get an S> prompt.
Status Command
DS Display operating status and setup parameters.
Equivalent to Status on Toolbar.
List below includes, where applicable,
command used to modify parameter.
Firmware version and serial number
Logging status -
logging data, not
logging data,
or unknown status
Sample interval time [Interval=]
Output conductivity with each sample
[OutputCond=]?
Output salinity with each sample
[OutputSal=]?
Output sound velocity with each sample
[OutputSV=]? If yes, sound velocity
algorithm [SVAlgorithm=].
Start sampling automatically when power on
[AutoRun=]?
Go to sleep after taking single sample
[SingleSample=]?
Go to sleep after 2 minutes of inactivity
[AutoOff=]?
A/D cycles to average per sample
[NCycles=]
Output format (does not appear if
OutputFormat=0. Shows conductivity
leading space is suppressed if
OutputFormat=1; shows conductivity and
salinity order reversed if OutputFormat=2)
Example: (user input in bold)
S>DS
SBE45 V 1.1b SERIAL NO. 1258
not logging data
sample interval = 10 seconds [Interval=]
output conductivity with each sample [OutputCond=]
do not output salinity with each sample [OutputSal=]
do not output sound velocity with each sample [OutputSV= and SVAlgorithm=]
do not start sampling when power on [AutoRun=]
do not power off after taking a single sample [SingleSample=]
do not power off after two minutes of inactivity [AutoOff=]
A/D cycles to average = 4 [NCycles=]
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