EasyManua.ls Logo

Hach TitraLab AT1102 - Page 67

Hach TitraLab AT1102
80 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
Table 23 Titrant
Parameter Description Basic
mode
Expert mode
Name Name of the titrant x
Titrant concentration Nominal concentration of the titrant x
Resolution Number of decimals of the nominal concentration of the titrant x
Unit Unit of the titrant x
Real concentration Real concentration of the titrant used for result calculation x x
Resolution Number of decimals of the real concentration of the titrant x
Location The syringe that contains the titrant
Titrant calibration
Active Select No to skip this method during titrant calibration x x
Calibration frequency Recommended frequency of titrant calibration (0 = no reminder) x x
Stirring speed Speed of the stirrer during titrant calibration x x
Incremental addition
Predose type Type of the predose (in volume or in ordinate) x
Predose volume Titrant volume added at the beginning of the titration x
Predose ordinate Ordinate measurement to reach to stop the predose x
Predose speed Speed in mL/min during the predose in ordinate x
Delay Stirring time before the titration starts 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 the last equivalent point detection x
Min. ordinate Contact technical support before changing. The minimum ordinate value
is used in the regulation algorithm during the dynamic addition
x
Max. ordinate Contact technical support before changing. The maximum ordinate value
is used in the regulation algorithm during the dynamic addition
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
EP detection
EP1 ordinate Ordinate of this end point x
Change application parameters
65

Table of Contents

Other manuals for Hach TitraLab AT1102

Related product manuals