COLO.Science — Water Quality / Titrimetric Analysis — TITRO5
TITRO5 automatic potential titrator
TITRO5 automatic potential titrator is a laboratory titrimetric analysis system for
automatic potentiometric titration, pH/mV measurement and method-controlled endpoint workflows.
It supports DET dynamic equivalence point titration, MET monotone equivalence point titration,
SET preset endpoint titration and MAT manual titration, with touchscreen operation,
GLP-oriented data handling, titration curve storage and PC/printer output.
| Overview | Video soon | RFQ |
COLO.Science — Laboratory Titration / Water Quality Instruments
Automatic potentiometric titrator for endpoint titration, pH/mV measurement and titration curve records
The TITRO5 automatic potential titrator is designed for routine and method-based titrimetric analysis in laboratories
that require controlled titration modes, repeatable burette dosing, pH/mV signal monitoring and structured data handling.
It can support acid-base, non-aqueous, precipitation, redox and complexometric titration workflows, depending on the
selected electrodes, reagents, method settings and laboratory procedure.
TITRO5 includes touchscreen operation, 100 titration method sets, 200 data sets, 200 titration curve sets, GLP features,
print output and PC connectivity. It is suitable for QA/QC laboratories, education, applied research and industrial
laboratories where automatic potentiometric endpoint detection improves repeatability and documentation.
Key features
- Automatic potential titration platform for titrimetric analysis and endpoint workflows.
- Touchscreen operation for method selection, titration control, data review and routine use.
- 100 titration method sets for repeated laboratory methods and operator workflow consistency.
- 200 data sets and 200 titration curve sets for practical result review and documentation.
- GLP features with print and PC output for QA/QC record management.
- Multiple titration modes: DET, MET, SET and MAT for flexible method development.
Suitable for
- Acid-base titration, including non-aqueous titration methods.
- Precipitation titration with suitable electrode configuration.
- Redox titration using platinum electrode workflows.
- Complexometric titration for selected ion and chelation procedures.
- pH calibration, pH measurement and mV/potential measurement workflows.
- Quality control, education, industrial laboratories and applied research.
Technical specifications — TITRO5 automatic potential titrator
| Model | TITRO5 / TITRO5-E |
| SKU | PRO3380 |
| Product type | Automatic potential titrator / automatic potentiometric titration system |
| Analysis type | Titrimetric analysis |
| Main function | Automatic potentiometric titration with pH/mV signal measurement |
| Operation | Touchscreen interface |
| Titration method sets | 100 method sets |
| Data storage | 200 data sets |
| Titration curve storage | 200 titration curve sets |
| GLP support | GLP features for laboratory result documentation |
| Output | Print and PC output |
| pH range | 0.000 to 20.000 pH |
| mV range | −2000.00 to +2000.00 mV |
| Temperature range | −5.0 to 105.0 °C |
| Repeatability / RSD | RSD ≤ 0.2% |
| 10 mL burette accuracy | ±0.020 mL |
| 20 mL burette accuracy | ±0.030 mL |
| pH calibration and measurement | 1 to 3 point pH calibration and pH measurement |
| TechSpec HTML | Open TITRO5 HTML technical specification |
| TechSpec PDF | Open TITRO5 PDF technical specification |
Final analytical performance depends on titration method, burette volume, electrode selection, reagent concentration,
sample preparation, calibration procedure, endpoint criteria and operator-defined method settings. Delivered configuration
and accessory compatibility should be confirmed before quotation.
Titration modes, method scope and GLP data management
DET, MET, SET and MAT modes
TITRO5 supports DET dynamic equivalence point titration, MET monotone equivalence point titration,
SET preset endpoint titration and MAT manual titration. This allows the laboratory to select a mode that matches
the sample type, titration curve behavior and endpoint definition.
Common titration methods
The instrument can be configured for acid-base titration, non-aqueous titration, precipitation titration,
redox titration and complexometric titration. Correct electrode, titrant, standardization and method setup must
be selected for each application.
Method and curve records
With 100 titration method sets, 200 data sets and 200 titration curve sets, TITRO5 supports practical laboratory
documentation, comparison of titration behavior and repeated use of validated or internally approved procedures.
COLO.Science video
TITRO5 video presentation is in preparation
The upcoming video can show touchscreen operation, burette workflow, electrode connection, titration method setup,
curve display, GLP data review and practical automatic titration use in laboratory conditions.
Standard packing and supplied accessories
Dosing and burette component
- 10 mL burette
Electrodes and probes
- 232-01 reference electrode
- 213-01 platinum electrode
- 216-01 silver electrode
- 217-01 reference electrode
- 231-01 pH indicator electrode
- T-818-B-6 temperature probe
Calibration standards
- NIST pH standard solution pH 4.01
- NIST pH standard solution pH 7.00
- NIST pH standard solution pH 10.01
- 50 mL per vial
COLO.Science knowledge
Learn more about water quality and electrochemical analysis
Explore COLO.Science articles about water quality, electrochemical measurement, pH calibration, analytical methods,
laboratory instruments and practical workflows for quality-control laboratories.
Applications and laboratory value
QA/QC laboratories
TITRO5 supports repeatable titration method execution, result storage and titration curve review for routine quality-control work.
Industrial analysis
Acid-base, redox, precipitation and complexometric titration methods can support industrial sample control when the method is correctly configured.
Education and training
Touchscreen operation, titration modes and curve records make the instrument practical for teaching automatic titration and endpoint detection.
Moisture and KF context
Moisture is a critical parameter in many laboratories. For trace moisture applications such as 0.001% and below,
Karl Fischer compatibility and the exact KF configuration must be confirmed before quotation.
Selecting the right titration configuration
When selecting the TITRO5 automatic potential titrator, the configuration should be matched to the sample matrix,
titration chemistry, electrode type, titrant concentration, burette volume, endpoint definition and reporting requirement.
Automatic potentiometric titration is especially useful when repeatability, endpoint recognition and documented method execution
are important for laboratory QA/QC.
COLO.Science can support selection of electrodes, burettes, temperature probes, pH standards, titration accessories and method-specific
configuration so the final delivered package matches the intended laboratory procedure and quotation.
TITRO5 automatic potential titrator for laboratory titrimetric analysis
The TITRO5 automatic potential titrator is suitable when a laboratory needs a practical automatic titration system
for pH/mV-based endpoint measurement, method storage and result documentation. The combination of DET, MET, SET and MAT modes
allows flexible use across routine titration methods and method development tasks.
TITRO5 provides a clear platform for automatic potentiometric titration, while the final application depends on the selected electrode,
titrant, reagent system, sample preparation and analytical method. This makes configuration review important before procurement,
especially when the instrument is intended for validated quality-control procedures or specialized titration chemistry.
Configuration notice
Automatic titrators may be delivered with different burette volumes, electrodes, probes, reagents, standards, software options,
printing/PC workflow accessories and method-specific components. The official quotation defines the final delivery scope.
Website content is provided for general product presentation and may not represent the exact delivered configuration.
Specifications may change without notice.
