COLO.Science · Technical Specification
TITRO20
Manual Potential Titrator · Karl Fischer (KF) Titration Ready · SET & MAT Modes
The TITRO20 manual potential titrator from COLO.Science is a versatile titration system designed for
manual potential titration applications. When exceptional precision is required, especially for trace moisture
(0.001% and less), Karl Fischer (KF) titration is indispensable. The TITRO20 supports SET (preset endpoint titration)
and MAT (manual titration) modes, pH calibration (1–2 point) and measurement.
Manual Potential Titrator
SET / MAT Modes
Karl Fischer Ready
pH 0.00 – 14.00
mV -1400 ~ 1400
1-2 Point pH Calibration
Product Number: PRO6190
Document type: Technical Specification Sheet
Format: Landscape (Word/Outlook-ready)
Document type: Technical Specification Sheet
Format: Landscape (Word/Outlook-ready)
TITRO20 · Manual Potential Titrator
Instrument
TITRO20 · COLO.Science
Address (HQ)
Polje ob Sotli 4
SI-3255, Slovenia
SI-3255, Slovenia
Contact
TITRO20 · Technical Specification
Document ID: COL-TEC-TITRO20-EN
Version: Landscape
Informational technical sheet · Non-binding · Controlled electronic document
Version: Landscape
Informational technical sheet · Non-binding · Controlled electronic document
TITRO20 · manual potential titrator for Karl Fischer, SET endpoint & MAT titration technical specification sheet
Manual Potential Titration
SET (Preset Endpoint)
MAT (Manual Titration)
KF Titration Ready
pH 0.00 – 14.00
mV -1400 ~ 1400
— Exceptional precision for trace moisture (0.001% and less)
📋 general & analytical specifications
| instrument identity | |
|---|---|
| Model | TITRO20 |
| Product Number | PRO6190 |
| Instrument type | Manual Potential Titrator |
| Measurement parameters | pH, mV (ORP), Titration (SET/MAT) |
| Intended applications | Karl Fischer (KF) titration for trace moisture, acid-base titration, redox titration, precipitation titration |
| Key feature | Exceptional precision for trace moisture (0.001% and less) |
| measurement ranges & resolution | |
| pH Range | 0.00 – 14.00 pH |
| mV Range | -1400 mV ~ 1400 mV |
| pH Resolution | 0.01 pH |
| mV Resolution | 1 mV |
| titration modes | |
| SET Mode | Preset endpoint titration — ideal for routine Karl Fischer water content determination |
| MAT Mode | Manual titration — flexible operation for method development and specialized applications |
⚗️ Karl Fischer (KF) titration capability
| Moisture determination | Trace moisture from 0.001% and less |
| KF titration type | Manual potential titration with endpoint detection |
| Typical applications | Pharmaceuticals, food, petrochemicals, polymers, cosmetics |
| Advantage | Exceptional precision for low-level moisture analysis |
🔬 calibration & measurement
| pH Calibration | 1–2 point calibration |
| pH Measurement | Standard pH measurement capability |
| mV Measurement | ORP/Redox potential measurement |
📦 included accessories
| Magnetic stirrer | PRO6175 — for homogeneous mixing during titration |
| Reference electrode | PRO6178 — for stable potential reference |
| Platinum electrode | PRO6179 — for redox titrations |
| Silver electrode | PRO6135 — for precipitation titrations (halides, etc.) |
| pH composite electrode | Standard combination pH electrode |
| NIST pH standard solutions | 4.01, 7.00, 10.01 · 50 ml/vial |
🎯 typical applications
| Application area | Description |
|---|---|
| Karl Fischer moisture analysis | Trace water determination in pharmaceuticals, chemicals, oils, and solvents |
| Acid-base titration | Determination of acidity, alkalinity, and neutralization capacity |
| Redox titration | Analysis of oxidizing/reducing agents (e.g., vitamin C, peroxides) |
| Precipitation titration | Halide determination (chlorides, bromides, iodides) |
🖼️ product visual & system overview
TITRO20 · Manual potential titrator with magnetic stirrer and electrode set
Complete titration kit · Electrodes, stirrer, standards and accessories
🧪 key features overview
⚙️ titration modes
| SET mode | Preset endpoint titration — ideal for routine Karl Fischer water content determination with consistent results |
| MAT mode | Manual titration — flexible operation for method development, specialized applications, and educational use |
📊 measurement capabilities
| pH measurement | 0.00 – 14.00 pH · 1-2 point calibration with NIST standards |
| mV (ORP) measurement | -1400 mV ~ 1400 mV · For redox potential analysis |
🔌 included electrodes & accessories
| Accessory | Model | Application |
|---|---|---|
| Magnetic stirrer | PRO6175 | Homogeneous mixing during titration |
| Reference electrode | PRO6178 | Stable potential reference |
| Platinum electrode | PRO6179 | Redox titrations |
| Silver electrode | PRO6135 | Precipitation titrations (halides) |
| pH composite electrode | — | Standard pH measurement |
| NIST pH standards | 4.01, 7.00, 10.01 | pH calibration (50 ml/vial) |
🧪 instrument: TITRO20
⚡ modes: SET (Preset Endpoint) / MAT (Manual)
💧 KF ready: Trace moisture 0.001% and less
🔌 included: Stirrer + 4 electrodes + pH standards
📌 Contact & Support
Headquarters address
Polje ob Sotli 4
SI-3255, Slovenia
Application guidance: Tell us your sample type, expected moisture range, and titration application (KF, acid-base, redox, precipitation). We will propose the matching TITRO20 configuration for your laboratory workflow.
Quick contact
Manufacturer & configuration notice (important):
Specifications in this document are provided for general reference and may represent a typical configuration. COLO reserves the right to change technical specifications without notice.
For procurement and tender purposes, the only valid and binding specification is the official COLO quotation and the accompanying technical specification that is engineering-approved.
Specifications in this document are provided for general reference and may represent a typical configuration. COLO reserves the right to change technical specifications without notice.
For procurement and tender purposes, the only valid and binding specification is the official COLO quotation and the accompanying technical specification that is engineering-approved.