HTRF6160 X-ray Fluorescence Oil Sulfur Analyzer

The HTRF6160 X-ray fluorescence oil sulfur analyzer mainly detects the sulfur content in oil products It adopts the principle of energy dispersion and is environmentally friendly Its repeatability and reproducibility meet the relevant requirements of national standards GB/T17040 and GB/T11140, and also fully comply with the stricter standard D4294-02. The price is only a fraction of that of imported instruments

The main uses of X-ray fluorescence oil sulfur analyzer are:

1. Measure the total sulfur mass percentage content of crude oil, petroleum, heavy oil, diesel, kerosene, gasoline, and naphtha;
2. Measure the total sulfur content in coal chemical products, such as primary benzene;
3. Measurement of total sulfur content in other liquid samples;
4. Determination of total sulfur content in fine powder samples;

Characteristics of Fluorescent Oil Sulfur Analyzer:

1. Integrated microcomputer design of instrument electromechanical system, simple and beautiful;
2. Wide variety of detection, wide detection range, fast analysis speed, and low consumption of standard samples;
3. Adopting the relative comparison analysis method of fluorescence intensity ratio, temperature and atmospheric pressure are automatically corrected, and the carbon hydrogen ratio (C/H) can also be corrected;
4. Large screen LCD display, human-machine dialogue for operation; Operational error, capable of producing sound and automatic alarm;
5. The automatic diagnostic function of the instrument determines the working status and electrical parameters of the instrument through counting and energy spectrum measurement of reference samples;
6. The instrument has a standard serial communication RS-232C interface, which can be connected to any computer or computer networking system;
7. Using disposable single-sided Mylar film sample cups can avoid cross contamination; The sample cup is made using multifunctional pressing parts, which are fast and convenient. The cup cover has air holes and can record the sample number S%(m/m)、 Date;
8. The single sample stage is placed on the guide rail slider and can automatically enter and exit according to instructions, with very accurate positioning; Automatically extend while waiting for sample analysis
   It is very convenient to place samples and replace oil leakage prevention components outside the body;
9. The instrument has a large data storage capacity, and the content analysis results and calibration curve parameters can be checked at any time;
10. Using a thermal printer makes it very convenient to replace printing paper and eliminates the need for printing ribbon consumables;
11. Strict protection against oil leakage, the sample cup is placed on the leak proof component and only enters the detection system together during sample analysis. During non measurement periods, the leak proof component automatically moves outside the instrument to tightly protect the detection system from contamination caused by oil leakage;
12. Safe X-ray protection measures: There are strict protective measures around the detection system of the instrument to prevent X-rays Leakage, no X-ray ionizing radiation harm to individuals and groups.

Technical specifications of fluorescent oil sulfur analyzer:

1. Sulfur measurement range: 7ppm~5%;
2. Repeatability (r):<0.029 (S+0.6);
3. Reproducibility (R):<0.063 (S+0.6);
4. Detection limit: 7ppm;
5. Oil quantity: 2-3ml (equivalent to an oil layer thickness of 3mm to 4mm);
6. Measurement time: 60, 120, 240, 300, 600 seconds, set arbitrarily;
7. Single sample automatic measurement, measurement times: 2, 3, 5, 10, 50 can be set arbitrarily, and the average value and standard deviation will be given at the end of the measurement;
8. Number of calibration curves: The instrument can access 9 calibration curves, 5 of which are linear and 4 are binomial parabolas;
9. Working conditions: Temperature range of 5-40 ℃; Relative humidity: ≤ 85% (30 ℃);
10. Power supply: AC220V ± 20V, 50Hz, rated power: 30W;
11. Size and weight: 468mm × 368mm × 136mm; 13kg;