The Karl Fischer Coulomb titration method is the most reliable technique for detecting trace moisture in various substances. This method has been successfully implemented by the trace moisture titrator. Notably, the instrument operates with increased reliability and convenience, thanks to the use of advanced control circuits, a 32-bit embedded microcontroller as the core processing unit, and an embedded mini operating system. Characterized by fast analysis speed, simple operation, high precision, and strong automation, the trace moisture titrator is widely used in industries such as petroleum, chemicals, power, railways, pesticides, pharmaceuticals, and environmental protection.
Instrument Features:
1.32-bit embedded microprocessor as the main control core, with an embedded mini operating system for enhanced performance.
2.0-400 mA automatic detection with high precision, fast measurement speed, and stable, reliable operation.
3.High-quality SMT components on the motherboard, providing high integration, simple operation, and a long service life.
4.Four calcula
Technical Parameters
Titration method:Coulometric titration(Coulomb analysis)
Display:Color LCD touch screen
Electrolytic current control:0~400mA automatic control
Measurement scope:1ug~200mg
Sensitive valve:0.1µg H2O
Accuracy:10µg~1000µg±3µg
More than 1mg but not greater than 0.3%
Printer:Miniature thermal printer
Power supply:220V±10% 60Hz
Power:< 40W
Ambient temperature:5~40℃
Ambient humidity:≤ 85%
External dimension:380×310×180
Weight:About 6kg
Working Principle
The equation of Karl Fischer reagent and water is as following: