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Standard mode:
TIC & TOC Analysis:
TIME
The time the reaction started.
DATE
The date the reaction started.
S1:2
Stream type and analysis range.
TIC [mgC/l]
The calibrated TIC value in mgC/l.
TOC [mgC/l]
The calibrated TOC value in mgC/l (TOC represents NPOC).
COD/BOD[mgO/l] The calculated COD and/or BOD value in mgO/l (if activated in COD/BOD Program menu).
LPI [%]
Percent Lost Product Index value in % (if activated in LPI Program menu).
LP [l/h]
The Lost Product value in l/h (if activated in LPI Program and Flow Program menus).
3
Flow [m
/h]
The recorded Sample Flow value in m
TOC [kg/h]
The TOC value in kg/h (if activated in Flow Program menu).
TC Analysis:
TIME
The time the reaction started.
DATE
The date the reaction started.
S1:2
Stream type and analysis range.
TCmgC/l
The calibrated TC value in mgC/l (TC represents TIC + NPOC + POC).
COD/BOD[mgO/l] The calculated COD and/or BOD value in mgO/l (if activated in COD/BOD Program menu).
...
...
VOC Analysis:
TIME
The time the reaction started.
DATE
The date the reaction started.
S1:2
Stream type and analysis range.
TCmgC/l
The calibrated TC value in mgC/l (TC represents TIC + NPOC + POC).
TICmgC/l
The calibrated TIC value in mgC/l.
The calculated TOC value in mgC/l (TOC is calculated as TC – TIC).
TOCmgC/l
The calculated VOC value in mgC/l (VOC is calculated as TC – TIC – NPOC).
VOCmgC/l
COD/BOD[mgO/l] The calculated COD and/or BOD value in mgO/l (if activated in COD/BOD Program menu).
...
...
Engineering mode (TIC & TOC Analysis):
TIME
The time the reaction started.
DATE
The date the reaction started.
S1:2
Stream type and analysis range.
CO2z
CO
analyzer zero adjust for the current reaction.
2
TICmgu
The un-calibrated TIC value in mgC/l.
TICmgc
The calibrated TIC value in mgC/l.
CO2p
The height of the TIC CO
TOCmgu
The un-calibrated TOC value in mgC/l.
TOCmgc
The calibrated TOC value in mgC/l (TOC represents NPOC).
CO2p
The height of the TOC CO
COD/BODmgc
The calculated COD and/or BOD value in mgO/l (if activated in COD/BOD Program menu).
LPI [%]
Percent Lost Product Index value in % (if activated in LPI Program menu).
LP [l/h]
The Lost Product value in l/h (if activated in LPI Program and Flow Program menus).
3
Flow [m
/h]
The recorded Sample Flow value in m
TOC [kg/h]
The TOC value in kg/h (if activated in Flow Program menu).
DegC
BioTector temperature in Degrees Centigrade (°C).
Atm
Atmospheric pressure in kPa.
SAMPLE
Sample quality (%) from Sample Sensor signal, which is used to activate SAMPLE STATUS output.
SMPL PUMP
The five items, which are number coded or a number data, gives information on the Sample Pump:
1)
operation mode (0=time mode or 1= pulse mode),
2)
number of pulses during operation such as injection,
3)
total time (milliseconds) taken for total number of pulse operation (see point 2 above),
4)
the time (milliseconds) taken for the last pulse operation (see point 2 above),
5)
error counter (ranges from 0 to 6). When a pulse is missed or not detected, the pump switches into
time mode for that specific operation (for instance, injection, synchronization, etc). System only
generates a pump warning and logs into fault archive if there are 6 consecutive failures.
ACID PUMP
Similar information on Acid Pump operation (see five items listed for SMPL PUMP above).
BASE PUMP
Similar information on Base Pump operation (see five items listed for SMPL PUMP above).
The status of the Cooler. When the Cooler is off, "OFF" is printed in the reaction archive data.
COOLER
The status of the Ozone Destructor Heater. When the heater is off, "OFF" is printed in the data.
O3 HEATER
Note that the COD, BOD, LPI, LP and/or Flow & e.g. TOC (in kg/h) results are added into the reaction
screens and reaction archives when the relevant parameters are activated in the COD/BOD/LPI/FLOW
Program menus. See Section
3
/h (if activated in Flow Program menu).
peak.
2
peak.
2
3
/h (if activated in Flow Program menu).
8.2.4
COD/BOD/LPI/FLOW Program
for details.
Page 94
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