
Section 4: Setting Up MicroTSG SBE 45
28
Setup Commands
Baud=x x= baud rate (1200, 2400, 4800, 9600, 19200,
or 38400). Default 4800.
OutputFormat=x x=0 (default): Output order is temperature,
conductivity, salinity, sound velocity.
x=1: Suppress space before
conductivity output.
x=2: Reverse conductivity and salinity order.
This is not compatible with Seasave, SBE Data
Processing, or optional Interface Box.
OutputCond=x x=Y (default): calculate and output
conductivity (S/m).
x=N: do not.
OutputSal=x x=Y: calculate and output salinity (psu).
x=N (default): do not.
OutputSV=x x=Y: calculate and output sound velocity
(m/sec). Can be calculated as Chen and Millero
or as Wilson; select desired algorithm with
SVAlgorithm=.
x=N (default): do not.
SVAlgorithm=x x=C: If OutputSV=Y, calculate sound
velocity using Chen and Millero formula
(UNESCO Technical Papers in Marine
Science #44). Default.
x=W: If OutputSV=Y, calculate sound
velocity using Wilson formula (UNESCO
Technical Papers in Marine Science #44).
NCycles=x x= number of measurements to average per
sample (default = 4). Increasing NCycles=
increases measurement resolution and time
required for measurement. See Sample Timing
in Section 2: Description of MicroTSG.
QS Quit session and place MicroTSG in quiescent
(sleep) state. Sampling stops. Applicable only
if PCB J1 jumper is in Normal position.
Notes:
• The MicroTSG’s baud rate (set
with Baud=) must be the same
as SEATERM’s baud rate (set in
the Configure menu).
• The maximum baud rate is
dependent on cable length.
See Baud Rate, Cable Length,
Power, and Data Transmission
Rate in Section 2: Description
of MicroTSG.
Notes:
• See Data Output Format.
• Seasave, SBE Data Processing,
and the optional Interface Box
are all compatible with any
combination of output
parameters, if OutputFormat=0
or 1.
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