TR-6300 X Fluorescent Sulfur Calcium Iron Analyzer Introduction: TR-6300 X-ray fluorescence sulfur calcium iron analyzer, equipped with one calcium iron analyzer and two sulfur measuring instruments. Used in cement plants, it can detect raw materials, cement, gypsum and other materials. It can also be used in power plants, lime plants, brick plants, steel plants, pyrite mines, etc. to detect the sulfur, calcium, and iron content in materials. characteristic: 1. Does not contain isotopic radioactive sources, has no three waste pollution, and eliminates the trouble and cost for users. 2. The measurement range reaches 15% of the width, breaking the instrument's long-standing measurement range of only 5% to 7%. 3. The analysis time is short, providing the percentage content of SO3, CaO, and Fe2O3 in 30 seconds. 4. The data storage capacity is large, and the content results and instrument self-test data can be queried, avoiding the need for printing consumables. 5. The integrated instrument analysis system can be used independently or connected to the batching system through the RS232 or RS485 standard serial port of the instrument. 6. The instrument does not damage the sample during testing, and the sample can be reused. 7. No need for any chemical reagents, no discharge of three wastes, no radioactive sources, low power consumption, in line with environmental protection and energy conservation requirements. 8. Large screen LCD display, full Chinese menu prompts for operation, extremely convenient to use. 9. The instrument shall comply with GB/T19140 "General rules for X-ray fluorescence analysis of cement". 10. Using physical analysis methods, the analysis does not involve contact with or damage to the sample, does not require chemical reagents, and does not require combustion. 11. The instrument has a high degree of integration, strong environmental adaptability, strong anti-interference ability, and high reliability. 12. The application of switch mode power supply has strong adaptability to power grid fluctuations and usually does not require an external stabilized power supply. 13. The use of a multi-channel pulse amplitude analyzer and a variable gain amplifier has improved the long-term stability of the instrument. 14. Sound and light automatic alarm, human-machine dialogue operation. 15. The software has strong functions, including qualification rate statistics, rate value calculation, error prompts, etc. It can also add software functions according to user requirements. 16. The color touch LCD screen replaces the original black and white LCD screen and keyboard, improving the user's control experience. Technical parameters: Analysis range: The analysis range of SO3, CaO, and Fe2O3 can be adjusted and selected by calibrating the working curve. Analysis range width: SO3max SO3min ≤ 5%, CaOmax-CaOmin≤7%，Fe2O3 % max-Fe203%mi n≤5%; Linear error: SO3: ± 0.11%, CaO: ± 0.18%, Fe203: ± 0.10%; Analysis scope: Select the measurement range by calibrating the working curve. Analysis accuracy: SSO3 ≤ 0.05%, SCa0≤0.09%，SFe203≤0.05%、 Analysis width: CaO: min~max ≤ 15%, for example, CaO in cement: 40%~55%, Analysis time: 30xn seconds (n is a natural number), recommended value is 60 seconds; Temperature stability: Within the range of 5-40 ℃, juedui drift: | 4SO3 | ≤ 0.05%, | 4Ca0 | ≤ 0.09%, | △ Fe2O3% | ≤ 0.10%. Usage conditions: Environmental temperature: 5-40 ℃, relative humidity: ≤ 85% (30 ℃), power supply: 220V ± 20V, 50Hz. Whole machine power consumption: ≤ 50W Overall dimensions: 468mm * 368mm * 136mm Whole machine weight: 13.8kg
Introduction: TR-6300 X-ray fluorescence sulfur calcium iron analyzer, equipped with one calcium iron analyzer and two sulfur measuring instruments. Used in cement plants, it can detect raw materials, cement, gypsum and other materials. It can also be used in power plants, lime plants, brick plants, steel plants, pyrite mines, etc. to detect the sulfur, calcium, and iron content in materials.
