WKT-V6 cassette heating furnace moisture measurement system
Introduction: The WKT-V6 cassette heating furnace is equipped with a dedicated moisture analyzer, which can be used to determine the moisture of various insoluble samples (battery materials, plastic rubber, new materials, samples that are easy to regain moisture, and samples of volatile components). New materials, electronic appliances and other industries have been well used. Heating furnace principle: The Karl Fischer furnace heats the sample in the sample boat to "100-300℃", the moisture in the sample is volatilized, and the water vapor is transferred to the Karl Fischer moisture analyzer for electrolysis by the carrier gas (high purity nitrogen or air) In the cuvette, the water is quickly absorbed by Karl Fischer reagent, and the water measurement is started. Features: 1. Full electronic flow control, higher stability and precision 2. Built-in high-purity air generator, no need to use additional air source 3. The lateral design of the injection needle stoma prevents multiple punctures and blockage of the injection needle 4. High-precision PT-100 platinum rhodium thermal resistance to ensure accurate, reliable and stable heating temperature 5. The heating module adopts an integrated molding process, the heating speed is fast, and the heating is more uniform and stable 6. Trace gas flow control, which can accurately control the use of carrier gas while ensuring the uniform delivery of carrier gas and water vapor. The use of carrier gas is only one-tenth of that of imported products. 7. All Caster furnaces are equipped with standard high temperature and corrosion resistant pipelines, which are safe to use and have a long life. 8. Moisture transportation pipeline heating device, a constant temperature of 60 degrees Celsius to ensure that water vapor does not condense in the pipeline, and the moisture recovery rate is 100% 9. Kafir headspace heating flask (sample boat) technology, reusable, energy-saving and environmentally friendly, and easy to clean 10. Standard 12-station and blank sample bottle are designed for automatic sampling, automatic operation to complete the determination, 24 stations can be upgraded Technical Parameters: Product model: WKT-V6 Temperature control accuracy: ±0.1℃ Heating rate: 30℃/min (40-200℃) 10℃/min (200-300℃) Flow range: 0-200ml/min (0.1Mpa) Heating range: 40-300℃ Cooling accuracy: 10℃/min Flow accuracy: 0.1ml/min Sample bottle specifications: 10ml (5ml, 20ml optional) Sampling mode: automatic sampling, automatic needle withdrawal, automatic determination Number of injections: 12 sets of standard workstations, optional to expand to 24 sets Special functions: data storage, curve analysis, electronic flow control, U disk update Operation mode: 7-inch color capacitive touch screen Constant temperature pipeline: 12V 5W Carrier gas input interface: 3.2mm corrosion-resistant pipeline Carrier gas system: Built-in high-purity air generator (can be connected to nitrogen, oxygen and other gas sources) Communication function: data communication with moisture meter, local U disk system upgrade Ambient temperature: 5-40 degrees Celsius Environmental humidity: <65%, the drier the humidity, the more stable the instrument Host size: 350*250*220mm Power supply voltage: 220V 50HZ 150W Optional function: sample boat pre-heating function, automatic sampling device Weight: 9Kg
Introduction: The WKT-V6 cassette heating furnace is equipped with a dedicated moisture analyzer, which can be used to determine the moisture of various insoluble samples (battery materials, plastic rubber, new materials, samples that are easy to regain moisture, and samples of volatile components). New materials, electronic appliances and other industries have been well used. Heating furnace principle: The Karl Fischer furnace heats the sample in the sample boat to "100-300℃", the moisture in the sample is volatilized, and the water vapor is transferred to the Karl Fischer moisture analyzer for electrolysis by the carrier gas (high purity nitrogen or air) In the cuvette, the water is quickly absorbed by Karl Fischer reagent, and the water measurement is started.
