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Potentiometric titration station Mettler Toledo T90

Automated titration instrument that solves complex tasks easily and efficiently. Besides the many advantages of the Titration Excellence line such as One Click® Titration, Plug & Play, method database, T90 offers a number of other important feature.






SPECIFICATION

Configuration:

  • T90 terminal with pH board, integrated burette drive, magnetic stirrer;   
  • 2 additional burette drives;   
  • Ca2+ ion selective electrode;   
  • pH electrode for titration in non-aqueous media;   
  • pH electrode for direct pH measurement and titration in aqueous media with  low ion concentraton;   
  • Combined platinum ring electrode for redox titration.

Functions:    

  • Parallel titrations;   
  • Automatic calculation of results;
  • Titration in series;   
  • Conditions in titration method functions;   
  • Syncronisation of parallel analyses;   
  • Computer connectivity for easy processing of results.

Technical specification:    

  • Potentiometric sensor inputs            
    • Measurement range: ± 2000 mV    
    • Resolution / Error limit: 0,1 mV / 0,2 mV    
  • Polarized Sensor input            
    • Measurement range Ipol/Upol: 0 … 2000 mV / 0 … 200 μA    
    • Resolution Ipol / Upol: 0,1 mV / 0,1 μA    
    • Error limit Ipol / Upol: 2,0 mV / 0,2 μA    
    • Current source range Ipol / Upol: 0-24 μA AC / 0 – 2000 mV AC    
    • Current source resolution Ipol / Upol: 0,1 μA / 0,1 mV    
  • Temperature sensor input PT1000            
    • Measuring range: -20 … 130 °C    
    • Resolution / Error limit: 0,1 °C / 0,2 °C    
  • Burette drive            
    • Burette resolution (10 mL): 0,5 μL (1/20000 of the burette volume)    
    • Error limit: 0,2 % of the burette volume    
    • Resolver resolution: 0,0625 % of the burette volume    
    • Filling time and discharge time: 20 s at 100 % filling rate    

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BBCE project´s main objective is to establish a joint Baltic Biomaterials Centre of Excellence for advanced biomaterials development based on the long-term strategic cooperation between AO Research Institute Davos, Switzerland (ARI) and Friedrich-Alexander University of Erlangen-Nuremberg, Germany (FAU) on the one hand and RTU RBIDC, LIOS, RSU and RSU IS on the other hand.



This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 857287