Contact formThe HTCS-608 fully automatic micro moisture analyzer integrates multiple advanced patented technologies. Its determination principle is the world-recognized classic water measurement method, the Karl Fischer coulometric method. The determination range is as low as 0.0001%, and it can quickly determine the liquid within 60 seconds. Solid. The moisture content in gases is widely applied in industries such as chemical engineering, petroleum, power, scientific research, and railways.
Meet the standards：
GB/T 6283-2008 Determination of moisture content in chemical products – Karl Fischer method
ASTM E1064-2008 Determination of water content in organic liquids by Karl Fischer coulometric titration
GB/T 7600-1987 Determination of moisture Content in Transformer Oil in operation (Coulometric method)
ASTM D4928-00（2010）Determination of water content in crude oil by Karl Fischer coulometric titration
ASTM D6304-2007 Karl Fischer coulometric titration is used to determine the water content in petroleum products, lubricating oils and additives
ISO 10337-1997 Determination of moisture content in crude oil by Karl Fischer coulometric titration
GB/T 11146-2009 Determination of water content in crude oil by Karl Fischer coulometric titration
GB/T 3727-2003 Determination of trace water in industrial ethylene and propylene
GB/T 5074-1985 Microcoulometric method for the determination of moisture content in coking products
GB/T 6023-2008 Determination of trace water in industrial butadiene by Karl Fischer Coulometric method
GB/T 7376-2008 Determination of trace moisture in Industrial fluorinated alkanes by Karl Fischer method
GB/T 18619.1-2002 Determination of water content in natural gas by Karl Fischer Coulometric method
GB/T 18826-2002 Industrial 1,1,1, 2-tetrafluoroethane HFC-134a
SH/T 0246-1992 Determination of water content in light Petroleum products (Electrochemical method)
SH/T 0255-1992 Determination of moisture content in additives and lubricating oils containing additives (coulometric method)
ASTM E1064-2008 Determination of water content in organic liquids by Karl Fischer coulometric titration
ASTM D4928-00（2010） Determination of water content in crude oil by Karl Fischer coulometric titration
ASTM D6304-2007 Standard for the Determination of Water Content in Petroleum Products, lubricating Oils and Additives by Karl Fischer Coulometric Titration
Application field：
| Liquid | Chemical industry: alcohols, ethers, esters, acids, alkanes, benzene, amines, organic solvents, phenols Organic products suitable for determination by the Karl Fischer method, etc. Petroleum and power industry: insulating oil, transformer oil, turbine oil and other oil products Pharmaceutical industry: raw materials for medicine, etc Pesticide industry: emulsifiers, etc Other industries: lithium battery electrolyte, etc |
| Solid | All kinds of inorganic salts, citric acid, explosives, paraffin and other solids with good solubility |
| Gas | Natural gas, liquefied gas, Freon, butadiene, chloromethane and other gases |
Main features：
- The instrument adopts an advanced microchip automatic control system for rapid and intelligent analysis and determination.
- The instrument automatically completes the injection of new reagents and the discharge of waste reagents, and the test personnel do not need to come into contact with the reagents.
- 8-inch 65K(resolution 800*600) color touch screen display, showing the working status of the instrument in real time.
- The blank current microprocessor automatically controls compensation, and the reagent can quickly reach a balanced state.
- With a large electrolytic current of 430 milliampere, it features high detection sensitivity and fast analysis speed.
- Four sample input functions, no need to repeatedly change parameters, one-click switching for sample measurement
- 500 test results are automatically stored. USB data export (optional) enables unlimited storage and historical records can be accessed at any time.
- Automatically calculate and print contents such as ug/ppm/percentage content/mg/L/sample name/experiment date;
- It is equipped with RS-232, USB and wireless transmission communication interfaces, and has the function of wired or wireless remote data transmission (optional).;
Main technical indicators：
| Display mode | Color touch LCD screen |
| Measurement method | Microprocessor-controlled electrolysis (Karl Fischer Coulometric method) |
| Measurement range | 0.01 micrograms of water -200 milligrams of water |
| Water content range | 0.0001%（1ppm)—100% |
| Sensitivity | 0.01 micrograms of water |
| Accuracy | When the water content is between 100 micrograms of water and 1000 micrograms, the error is ≤±3 micrograms. When the water content is above 1000 micrograms of water, the error is ≤±0.2%(excluding injection error) |
| Electrolysis rate | 2.4 milligrams of water per minute |
| Electrolytic current | 0-430 milliampere automatic control |
| Drift compensation | Microprocessor automatic control |
| Printer | Low-energy consumption high-speed thermal printer,56mm paper width |
| Calendar/Clock | Analyze the time and date display and print them out |
| Self-check function | Automatic diagnosis of instrument faults |
| Overall dimensions | 390×300×170mm |
| Usage environment | Temperature: 5℃-40℃, humidity: < 85% |
| Power consumption | <40W |
| Power supply | AC220V±10% 50HZ±2.5HZ |
| Weight | About 7.3 kilograms |
Configuration
| Attachment Name | Quantity/Unit | |
| 1 | Host | 1 unit |
| 2 | Electrolytic cell bottle | 1 |
| 3 | Electrolytic electrode | 1 |
| 4 | Measuring electrode | 1 |
| 5 | Drying tube | 1 root |
| 6 | Sealing gasket | 10 |
| 7 | Vacuum grease | 1 box |
| 8 | Power cord | 1 article |
| 9 | Magnetic stirring rod | 1 |
| 10 | 0.5 microliter sampler | 1 stick |
| 11 | 50 microliter sampler | 1 stick |
| 12 | 100 microliter sampler | 1 stick |
| 13 | 1 milliliter injector | 1 stick |
| 14 | Karl Fischer reagent | 1 bottle |
| 15 | Instruction Manual | 1 book |
| 16 | Attached | 1 book |
