SI Analytics TitroLine 6000 Mode D'emploi page 130

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The following additional formulas are also available for the TitroLine
Formela for linear and dynamic
titration to EQ2
EQ2
(EQ2-B)*T*M*F1/(W*F2)
(B–EQ2)*T*M*F1/(W*F2)
(B*F3–EQ2*F1)*T*M/(W*F2)
(EQ2-EQ1)*T*M*F1/(W*F2)
(F3*EQ2-EQ1)*T*M*F1/(W*F2)
(W*F2)/(EQ2-B)*M*F1)
(W*F2)/(EQ2-B)*M*T*F1)
(W*F2)/(B-EQ2)*M*T*F1)
(EQ2*F1)-F2
(EQ2-EQ1)*F3
The abbreviations used here have the following meaning:
ml: Total consumption, e.g. for pH Stat
S: Slope in ml/time (pH Stat)
EQ: Consumption at the equivalence point 1 and 2 in ml
EP: Consumption at the end point in ml
B: Blank value in ml. Mostly determined by way of titration
T: Titer of the titration solution (e.g. 0.09986)
Chapter 4 Method Parameters
ml
ml*T*M*F1/(W*F2)
S*T*M*F1/(W*F2)
®
7000:
Hinweis
Calculation of the consumption at EQ2
in ml
Formula for calculating the
concentration of a sample taking into
account a blank value in terms of ml.
Direct titration to EQ2 (ex.::phosphoric
acid)
Formula for calculating the
concentration of a sample taking into
account a blank value in terms of ml.
Back titration
Formula for calculating the
concentration of a sample taking into
account a blank value, including a
multiplicative factor. Back titration.
Formula for the calculation of the
concentration of a sample. Direct
titration to 2 EQ. Here calculation of the
difference between EQ2-EQ1. (ex.
magnesium)
Formula for the calculation of the
concentration of a sample. Direct
titration to 2 EQ. Here calculation of the
difference between EQ2-EQ1.
Formula for calculating a titer (T) of a
titration solution using EQ2.
Formula for calculating the
concentration of a sample taking into
account a blank value in ml. Direct
titration to EQ2.
Formula for calculating the
concentration of a sample taking into
account a blank value in ml. Back
titration Titration to EQ2
Calculation of consumption at EQ2
including multiplicative and subtractive
factors F1 and F2
Calculation of the difference between
EQ2 and EQ1 including one
multiplicative factor F1
For pH Stat: only total consumption
For pH Stat: formula for total
consumption taking into account the
sample amount and further factors
For pH Stat: formula for calculation of
the slope in ml/s taking into account of
calculation factors incl. weight/pattern.