Features
Compared with indicator titration, potentiometric titration has the advantages of objective reliability, high accuracy, easy automation, and is not limited by the color and turbidity of the solution. It is an important analytical method.
According to the indication principle and the chemical reaction that occurs, the indication methods often used in titration analysis can be generally classified into: potentiometric titration, coulomb titration, permanent stop titration, conductometric titration, photometric titration, and temperature titration.
Model | TITR-A40 | |
Burette | Titrimetric Repeatability | 0.20% |
Accuracy | 10ml Burette: ±0.025ml 20ml Burette: ±0.035ml | |
Resolution | 10ml Burette: 1μl 20ml Burette: 2μl | |
Mechanical Unit | Resolution | 1/10000 |
Measuring Unit | Range | (-1800.0 ~ 1800.0) mv, (0.00 ~ 14.00)pH |
Resolutions | 0.1mV, 0.01pH | |
Accuracy | pH: ±0.01pH, mv: ±0.03%FS | |
Fluctuation | (±0.3mV±1bit) /3h | |
Temp. Compensation | Range | (-5.0 ~ 105.0) ℃ |
Resolutions | 0.1 ℃ | |
Accuracy | ±0.3 ℃ | |
General | Electricity | AC Adapter, 100-240V AC input, DC24V output |
Dimension (mm)& Weight (kg) | 340×400×400, 10 |
Images are reference only. Actual product may be different.
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Karl Fischer Titrator