Table 24 Methods (continued)
Parameter Description Basic mode Expert mode
Max. ordinate Contact technical support before changing. The maximum ordinate
value is used in the regulation algorithm during the dynamic
addition
x
Max. vol. stop point Stops the titration when this volume is reached x
Ordinate stop point Stops the titration when this ordinate is reached x
Stop on last EQP Stops the titration on last equivalent point detection x
Min. angle Contact technical support before changing. The minimum tangent
angle value is used in the regulation algorithm during the dynamic
addition
x
Max. angle Contact technical support before changing. The maximum tangent
angle value is used in the regulation algorithm during the dynamic
addition
x
Min. stability time Minimum time after an increment addition x
Max. stability time Maximum time after an increment addition x
Stability criterion Stability criterion after an increment addition x
Increment size Increment size when the addition is monotonic x
Min. increment size Minimum increment volume when the addition is dynamic x
Max. increment size Maximum increment volume when the addition is dynamic x
Back titration mode Excess addition mode x
Excess vol. Volume of the excess titrant x
Excess titrant name Name of the excess titrant
Excess titrant conc. Nominal concentration of the excess titrant x
Resolution Number of decimals of the concentration value of the excess titrant x
Excess titrant conc. unit Unit of the excess titrant concentration x
Real conc. of excess titrant Real concentration of the excess titrant x x
Excess equivalents Number of exchanged equivalents of the excess (H+; e-; ...) x
Sample equivalents Number of exchanged equivalents of the sample (H+; e-; ...) x
Titrant equivalents Number of exchanged equivalents of the titrant (H+; e-; ...) x
EP detection
EP1 ordinate Ordinate of this end point x
IP detection
Derivative filter Contact technical support before changing. Number of points used
for building the derivative
x
Detection threshold Contact technical support before changing. The minimum value of
the derivative for inflexion point detection
x
IP1 min. ordinate Minimum permitted value for this inflexion point x
IP1 max. ordinate Maximum permitted value for this inflexion point x
Angle detection
Maximum abscissa Contact technical support before changing. The maximum
abscissa is used in the algorithm for equivalence calculation
x
Change application parameters
69
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