The KLS201 Karl Fischer moisture analyzer is widely used in industries and departments such as petrochemicals, power oils, chemical reagents, research institutions, and lithium batteries.
KLS201typeKarl Fischer moisture analyzer
In 1935, Karl Fischer first proposed the method of using volumetric analysis to determine moisture content, which is the visual method in GB6283 "Determination of Moisture Content in Chemical Products". After continuous improvement and refinement, it later developed into the electric quantity method, and then combined the Coulomb meter with the capacity method to derive the Coulomb method. This method is the measurement method in GB7600 "Determination of Moisture Content in Operating Transformer Oil (Coulombic Method)". The card type method is divided into two major methods: the card type capacity method and the card type Coulomb method, both of which are established as standard analytical methods by many countries to calibrate other analytical methods and measuring instruments. Instruments are widely used in industries and departments such as petrochemicals, power oils, chemical reagents, research institutions, lithium batteries, etc. This instrument is applicable to relevant national standards that use the Karl Fischer method.
Technical Specifications:
| Measurement method |
Karl Fischer Coulomb method |
| display mode |
5-digit LED digital display |
| Read out the unit |
μgH20 |
| Electrolytic current |
0~300mA |
| Measurement range |
3μg-150mg(H20) |
| sensitivity threshold |
0.1μgH20 |
| accuracy |
(Excluding injection error) 3 μ g-1mgH20 not greater than ± 0.3%; H20 above 1mg not exceeding ± 0.5% |
| Self checking function |
Automatic detection of instrument electrolysis circuit and measurement circuit |
| power supply |
AC220V±10%; 50Hz±5% |
| power consumption |
Not exceeding 40W |
| Environmental temperature for use |
5~40℃ |
| Environmental humidity for use |
≤85% |
| weight |
5.4kg |
| Overall dimensions |
330mmX240mmX170mm |
Suitable for moisture determination of the following types of samples:
1. Liquid samples (such as electrolytes, solvents, oils)
2. Solid samples (requiring dissolution or heating treatment)
3. Gaseous sample (requires gas injection device)
