IOA8000 Intelligent Oil Analyzer Introduction: The intelligent oil analyzer is applied in the fields of rail transit such as railways and subways, as well as transportation equipment such as ships. It is widely used for the qualitative and quantitative analysis of worn metals, additive consumption, and pollutants in lubricating oils used in transmission and running parts. The uniqueness of this instrument lies in its superior analytical performance and simple operation, which can be operated by non professionals. Its important function is to be able to analyze the element content and the presence of wear elements and pollutants in lubricating grease within a few minutes, and the analysis work can be carried out in any place where oil is used. The intelligent oil analyzer is mainly used for analyzing sulfur elements, heavy metals, wear metals, elemental additives, pollutants, etc. in lubricating oil, grease, gasoline, jet fuel, kerosene, hydraulic oil, crude oil, residue, wax oil, alcohol gasoline, biodiesel, and other similar petroleum products. Features: 1. Using HAPG polarization target material effectively improves the sensitivity of light elements; 2. Easy to operate, automatic sample injection, one click completion of multiple sample testing, quick detection in one minute, making it possible to "change oil according to quality"; 3. High resolution and good repeatability make "accurate measurement" possible; We have conducted centralized calibration and analysis on the concentration points of railway oil products in use and the special elements that railway oil products are concerned about, and implanted the data and curves into the equipment, making it more closely related to on-site application; 4. The cost-effectiveness is very high, analyzing multiple common elements makes "comprehensive analysis" possible; 5. Lubricating grease is directly placed into the oil box for testing, without the need for heating, dissolving, and other steps on the grease, and without damaging the sample. The entire process is tested for no odor or harmful gases, and there is no need to place it in a fume hood, providing protection for the health of the test personnel; 6. Equipped with a customized method package for analyzing railway lubricating grease elements, it can directly analyze the quantitative analysis of wear metals and additive elements in the grease. It can analyze multiple elements such as Fe, Cu, Si, Zn, Ca, S, Cl in gearbox oil, diesel engine oil, hydraulic oil, axle box bearing grease, traction motor grease, etc., achieving more targeted detection, making detection more convenient and data more accurate; 7. Low consumables cost and low consumption. Technical parameters: Analysis of element range: all elements between magnesium (Mg) and uranium (U) Test objects: solid, powder, liquid Content range: 2ppm-99.99% Analysis method: Energy dispersive X-ray fluorescence analysis method Detector: SDD/Fast SDD detector, with a minimum resolution of 130eV/125eV Working temperature: -10 ° C~+50 ° C Working humidity:<90% Detection limit: The detection limit of S element in fuel is 10ppm/2ppm Handling: One click testing, no need to select specific testing mode Detection time: 30-300 seconds Size: 400mm * 332mm * 272mm Weight: 4.6KG
Introduction: The intelligent oil analyzer is applied in the fields of rail transit such as railways and subways, as well as transportation equipment such as ships. It is widely used for the qualitative and quantitative analysis of worn metals, additive consumption, and pollutants in lubricating oils used in transmission and running parts. The uniqueness of this instrument lies in its superior analytical performance and simple operation, which can be operated by non professionals. Its important function is to be able to analyze the element content and the presence of wear elements and pollutants in lubricating grease within a few minutes, and the analysis work can be carried out in any place where oil is used. The intelligent oil analyzer is mainly used for analyzing sulfur elements, heavy metals, wear metals, elemental additives, pollutants, etc. in lubricating oil, grease, gasoline, jet fuel, kerosene, hydraulic oil, crude oil, residue, wax oil, alcohol gasoline, biodiesel, and other similar petroleum products.
