TRFLN-1 Fluorine Chlorine Nitrogen Analyzer Introduction: TRFLN-1 fluorine chlorine nitrogen analyzer has continuously adjustable stirring speed and digital display. The computer automatically collects measurement data and calculates automatically. It is an instrument used to determine the indicators of fluorine and chlorine elements in coal, coke, solid biomass fuels, or other combustible substances. The test results are essential parameter indicators for industries such as thermal power plants, coal mines, steel mills, and petrochemicals. characteristic: 1. Adopting PID control furnace flow, low-temperature drift components, high temperature control accuracy, and prolonging the service life of silicon carbon tubes. 2. The evaporation rate is controlled by solid-state relays, and the voltage is continuously adjustable from 0-220V. 3. Configure a digital ion meter and have the computer program automatically collect data. Automatic calculation of measurement results to avoid human calculation errors. 4. It can automatically titrate and set the titration speed and volume by oneself. 5. It can automatically send samples. Technical parameters: Temperature control accuracy: 1100 ± 5 ℃. Heating time: Approximately 25 minutes to raise the temperature to 1100 ± 5 ℃. Temperature setting range: room temperature -1300 ℃. Test method: High temperature combustion hydrolysis method. Precision: Fluorine meets the GB/T4633-2014 standard, measurement range: 10-2000ug/g; Chlorine meets the GB/T35582014 standard, with a measurement range of 0.003% -45%; GB/T30729-2014 "Method for determination of chlorine in solid biomass fuels". Power supply: AC 220V ± 10%, 50Hz. Whole machine power: ≤ 3.5KW.
Introduction: TRFLN-1 fluorine chlorine nitrogen analyzer has continuously adjustable stirring speed and digital display. The computer automatically collects measurement data and calculates automatically. It is an instrument used to determine the indicators of fluorine and chlorine elements in coal, coke, solid biomass fuels, or other combustible substances. The test results are essential parameter indicators for industries such as thermal power plants, coal mines, steel mills, and petrochemicals.
