EziLab Automatic Potentiometric Titrator EZL-APT51 measures pH from 0.00 to 14.00 and electrode potential from −1800 to 1800 mV. These measurement ranges support potentiometric analysis across different sample types in laboratory testing.

Multiple titration modes accommodate varied analytical procedures, while the high-resolution burette controls reagent delivery during titration. USB and RS-232 interfaces enable computer connectivity, supporting instrument control and data transfer for laboratory workflows. These features help analysts manage titration procedures and record measurement results.

Manufactured for… potentiometric titration in pharmaceutical, chemical, food, petrochemical, and environmental laboratories, this automatic potentiometric titrator supports routine analytical testing and sample characterization. It can be incorporated into laboratory procedures where pH measurement, electrode potential monitoring, and controlled reagent addition are required. The instrument's measurement ranges and titration modes help laboratory personnel select suitable methods according to sample properties and testing protocols. Computer connectivity supports data handling as part of analytical documentation and result management.

EziLab Automatic Potentiometric Titrator EZL-APT51 measures pH from 0.00 to 14.00 and electrode potential from −1800 to 1800 mV. These measurement ranges support potentiometric analysis across different sample types in laboratory testing.

Multiple titration modes accommodate varied analytical procedures, while the high-resolution burette controls reagent delivery during titration. USB and RS-232 interfaces enable computer connectivity, supporting instrument control and data transfer for laboratory workflows. These features help analysts manage titration procedures and record measurement results.

Manufactured for… potentiometric titration in pharmaceutical, chemical, food, petrochemical, and environmental laboratories, this automatic potentiometric titrator supports routine analytical testing and sample characterization. It can be incorporated into laboratory procedures where pH measurement, electrode potential monitoring, and controlled reagent addition are required. The instrument's measurement ranges and titration modes help laboratory personnel select suitable methods according to sample properties and testing protocols. Computer connectivity supports data handling as part of analytical documentation and result management.

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