ECOPROBE 5 - rs dynamics
ECOPROBE 5 - rs dynamics
ECOPROBE 5 - rs dynamics
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4. MEASURING – STANDARD GRID<br />
4.1 MEASURING IN THE FIELD<br />
Now we can initiate the actual measuring procedure.<br />
After setting the paramete<strong>rs</strong> and returning to the Main Menu the name of the locality is displayed after<br />
LOCALITY 1 – in our case ABC (Window W. 9.2).<br />
Description of the Measuring Mode<br />
(Standard data Logging)<br />
Name of Locality<br />
“X” coordinate<br />
of the measured station<br />
Oxygen concentration<br />
Absolute ambient<br />
pressure/vacuum during<br />
sampling<br />
Number of calibration gas (in<br />
this case - 118 - Isobutene);<br />
Place for resulting PID<br />
concentration, units -- ppm<br />
for STANDARD mode, ppb<br />
for HI SENS mode and for IR<br />
resulting concentration.<br />
MEASURING – STANDARD GRID<br />
*********** MAIN MENU **************<br />
LOCALITY 1 ABC<br />
LOCALITY 2<br />
LOCALITY MANAGEMENT<br />
CONTINUOUS MEASUREM.<br />
MONITOR<br />
COMMUNICATION<br />
SYSTEM CONFIGURATION<br />
CALIBRATION<br />
*********************************<br />
W. 9.2 – Main Menu.<br />
Select LOCALITY 1 ABC to open its measuring mode (Window W. 10.1).<br />
Soil temperature (if sampling probe<br />
with thermometer is connected)<br />
ABC Inc: 10.0<br />
X: 0.0 Y: 0.0<br />
O 2 : --.- % T: --.-<br />
P:<br />
PID 118<br />
---ppm<br />
Meth<br />
---ppm<br />
T.P.<br />
---ppm<br />
CO 2<br />
---ppm<br />
W. 10.1 – Measuring Mode<br />
26<br />
“Y” increment.<br />
“Y” coordinate of the<br />
measured station<br />
Coa<strong>rs</strong>e of measurement<br />
from the PID and IR<br />
analyzer:<br />
methane channel<br />
Total Petroleum channel<br />
CO 2 channel.