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Application:
The Potential Titrator determines the endpoint of a titration by monitoring the changes in electrode
potential during the process. It is suitable for acid-base, redox, precipitation, and complexometric titrations.
The advantage of the potentiometric titration method is that it does not require indicators, making it ideal
for the analysis of colored or turbid solutions.
Advantage:
LCD display screen.
Support titration modes: SET (Preset Endpoint Titration) and MAT (Manual titration).
Glass burette can be used for volume measurement (prepared by user).
Specification:
| Model | Ti-20 | ||
|---|---|---|---|
| Measuring Unit | Range | (0~±1400) mV, (0~14.00)pH | |
| Resolutions | 1mV, 0.01pH | ||
| Accuracy | pH: ±0.03pH, mV: ±0.35%FS | ||
| Fluctuation | ±0.01pH /3h | ||
| General | Power Supply | ACAdapter, 200-240 VAC input | |
| Measurement Error ≤±2ug | 300×235×100 mm | ||
| Measurement Error ≤ ±0.2% (Excluding Injection Error) | 5 kg | ||
Application:
The Potential Titrator determines the endpoint of a titration by monitoring the changes in electrode
potential during the process. It is suitable for acid-base, redox, precipitation, and complexometric titrations.
The advantage of the potentiometric titration method is that it does not require indicators, making it ideal
for the analysis of colored or turbid solutions.
Advantage:
LCD display screen.
Support titration modes: SET (Preset Endpoint Titration) and MAT (Manual titration).
Glass burette can be used for volume measurement (prepared by user).
Specification:
| Model | Ti-20 | ||
|---|---|---|---|
| Measuring Unit | Range | (0~±1400) mV, (0~14.00)pH | |
| Resolutions | 1mV, 0.01pH | ||
| Accuracy | pH: ±0.03pH, mV: ±0.35%FS | ||
| Fluctuation | ±0.01pH /3h | ||
| General | Power Supply | ACAdapter, 200-240 VAC input | |
| Measurement Error ≤±2ug | 300×235×100 mm | ||
| Measurement Error ≤ ±0.2% (Excluding Injection Error) | 5 kg | ||