Hach BioTector B7000 User Manual page 120

SAMPLE IN
TIC ACID
TOTAL BASE IN
BASE OXIDATION
TOC ACID
OXIDATION PROGRAM 3 TC
BASE IN 1
SAMPLE IN
BASE IN 2
TOC ACID
OXIDATION PROGRAM 3 VOC
OXIDATION PROGRAM 3 TC - TIC
TC SAMPLE IN
TIC SAMPLE IN
TIC ACID
TOC ACID
0p MF-180  SAMPLE IN states the amount of sample (in pulses) to be
 When SAMPLE IN setting is MF-180, the Sample Pump does
 TIC ACID defines the amount of acid reagent (in pulses) to be
4p
23p  TOTAL BASE IN specifies the amount of base (in pulses) to be
150s  If available, BASE OXIDATION defines the oxidation time (150s
 If the Base Oxidation time is different than the one programmed
 TOC ACID states the amount of acid (in pulses) to be injected
19p
 BASE IN 1 specifies the quantity of base reagent (in pulses) to
12p
 SAMPLE IN defines the amount of sample (in pulses) to be
5p , M-V
3p  BASE IN 2 identifies the quantity of base reagent (in pulses) to
15p  TOC ACID states the amount of acid (in pulses) to be injected
 All system parameters for OXIDATION PROGRAM 3 VOC
5p , M-V  TC SAMPLE IN specifies the amount of sample (in pulses) to be
 TIC SAMPLE IN specifies the amount of sample (in pulses) to be
5p , P-V
3p  TIC ACID determines the amount of acid reagent (in pulses) to
 TOC ACID states the amount of acid reagent (in pulses) to be
12p
injected into the reactor at range 3. If the setting is 0p MF-180, it
means that the sample injection at this range will be carried out
by means of the Motorized Fixed 180° rotation of the Sample
(ARS) Valve.
not inject the sample into reactor. Instead acid reagent (or base
reagent depending on the analysis type of the system) and the
carrier gas flow is used to inject the fixed volume of the sample
sitting inside the Sample (ARS) Valve.
injected into the reactor at range 3.
injected into the reactor for the BASE OXIDATION phase at
range 3.
by default), which can be programmed independently for range
3.
in Oxidation Program 1 menu, depending on the difference
between the two settings, the reaction time at range 3 will be
either longer or shorter than the reaction time displayed in
Oxidation Program 1 menu.
into the reactor for the TOC SPARGE phase at range 3.
be injected into the reactor for the Pre Oxidation phase in TC
mode at range 3.
injected into the reactor in TC mode at range 3.
be injected into the reactor for the VOC Oxidation phase in TC
mode at range 3.
into the reactor for the TOC SPARGE phase in TC mode at
range 3.
analysis mode are covered in Oxidation Program 3 TC and
Oxidation Program 3 TIC + TOC above.
injected into the TC reactor at range 3 in TC - TIC systems.
injected into the TIC reactor at range 3 in TC - TIC systems.
be injected into the TIC reactor at range 3 in TC - TIC systems.
injected into the TC reactor at range 3 in TC - TIC systems.
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