Coulometric Karl Fischer Titrator EZL-CKT100 Catalog

Description

EziLab Coulometric Karl Fischer Titrator EZL-CKT100 determines trace water content in samples through coulometric titration across petroleum products, chemicals, pharmaceuticals, power utilities, pesticides, and environmental testing laboratory applications. Measurement range covers 0 to 100 mg with 0.1 microgram resolution for low-level coulometric Karl Fischer moisture analysis, while electrolysis speed reaches up to 40 microgram per second for efficient testing cycles. The system maintains stable operation within laboratory temperature and humidity conditions, and compact dimensions suit benchtop use. Low power consumption allows continuous routine operation without interruption. EziLab's Lab Equipment and petroleum testing equipments stock the full coulometric Karl Fischer titrator and trace moisture analysis range.

Specifications

Measurement Range 0 to 100 mg
Resolution 0.1 µg
Amount and Precision of Electrolyzed Water 1) 10 µg to 1000 µg,±2 µg
2) >1000 µg,0.2%
Maximum Electrolysis Speed 40 µg/s
Ambient Temperature 10℃ to 35℃
Relative Humidity ≤85%
Power Consumption 30 W
Power Supply AC 220V ±20%, 50 Hz
Dimension 320×240×150 mm
Weight 5 Kg

Features

  • ✓ Graphics dot-matrix LCD screen
  • ✓ Stores up to 255 data points with timestamps
  • ✓ Incorporated with a calendar clock
  • ✓ Equipped with screen protection

Standard Accessories

  • ✓ Electrolytic Cell Bottle (Measuring bottle with 5 openings) × 1 Measuring Electrode × 1 Electrolysis Electrode × 1 Electrolytic Cell Inlet Sample Stopper × 1 Large Glass Ground Stopper × 1 Small Glass Ground Stopper (with notch) × 1 Small Glass Ground Stopper × 1 Stirrer × 2 Sample Filling Device 0.5 pl × 1 Sample Filling Device 50 pl × 1 Sample Filling Device 1 ml × 2 Straight Drying Tube × 1 Power Line × 1 Vacuum Grease × 1 Electrolyte × 1 Printer Paper × 1 Silica Gel Bead × 1 Silicone Pad × 10

Applications

  • ✓ Coulometric Karl Fischer Titrator is extensively applicable across industries such as petroleum, chemical, power, railway, pesticide, medicine, and environmental protection for detecting water content in various substances.