KF ASTM D6304 ASTM D1533 Digital Karl Fischer Oil Water Content Tester
Product Description
KF ASTM D6304 ASTM D1533 Digital Karl Fischer Oil Water Content Tester adopts Karl Fischer Coulometric method.
It owns advantages of high testing accuracy, good repeatability, low testing cost etc.
It is used to accurately test trace water content in various liquid, solid and gases. And it is widely applied to petroleum, chemical engineering, pharmacy, electricity, scientific research, education department and so on.
Product Parameters
No. |
Item Name |
KF ASTM D6304 ASTM D1533 Digital Karl Fischer Oil Water Content Tester |
1 |
Measuring range |
3ug to 200 mg water |
2 |
Water content range |
3ppm-100% |
3 |
Resolution |
0.01 ug water |
4 |
Accuracy |
10μg-1mg water, ± 0.2%; >1mg water, < ± 0.3% |
5 |
Electrolysis speed |
max 2.4 mg/min |
6 |
Electrolytic current |
0 ~ 430 mA |
7 |
Working environment |
5 ~ 35 ºC; Humidity: ≤85% |
8 |
Dimension & Weight |
320 * 240 * 180mm, 6kg |
9 |
Power supply |
AC 220V ± 10% |
Features
Intelligent Determination
Powerful new-generation processor; dual-CPU design.
Dual power channels separate electrolytic electrode and measuring electrode; automatically removing all kinds of interference; greatly improving the accuracy of test results.
Measuring electrode data directly A / D sample converting; data true value avoids errors caused by analog circuit; results more accurate.
Easy Operation
Touch-screen operation; only pressing once then the test will be done automatically and the reported values will automatically display.
Background Compensation
Large current background compensation. Standby time can be shortened to be less than 10 minutes.
Rotating Speed Control
Software adjusting stirring speed; selection between 0 to 36.
End Point Indication
Character tips and buzzer
Perfect Calculating Function
Automatically display, calculate, print ug / ppm / percentages / mg/L / sample name / test date etc.
Automatic Date Storage
Year, month, day, hour, minute, second; automatic storage when power off.