XL2 800C Niton Handheld Spectrometer

Product applicationXL2 800C Niton Handheld Spectrometer

All analyses are highly accurate for catalysts from gasoline engines with different proportions of platinum target, platinum or target, as well as catalysts from diesel engines containing only a large amount of platinum or coatings from metal carrier activators. Niton handheld spectroscopy can be successfully applied for the evaluation of abandoned catalytic converters on site.

Product Introduction

1. Working principle: The X-ray tube emits radiation to irradiate the sample, causing electrons in the sample atoms to escape and emit characteristic X-rays. The X-ray detector in the instrument converts the characteristic X-rays into electron pulses. The signal generated by the detector is amplified and transmitted to the microprocessor for counting and calculation. The intensity data of the elements is converted into content values, and the results are stored and displayed on the operation screen.

2 Core components: Excitation source: The Niton handheld spectrometer adopts high-performance miniature X-ray tubes and high-performance SI PIN detectors customized by the United States, which can reduce radiation and ensure safe use. At the same time, it adopts Peltier semiconductor constant temperature cooling method to ensure the accuracy of detection data and the normal working state of the instrument; Niton has a handheld history of over 20 years and its product technology is becoming more mature.

3. Algorithm: There are generally two algorithms for Niton handheld spectrometers: one is the basic parameter method, and the other is the empirical coefficient method. The basic parameter method is calculated based on the difference in energy of each atom, and the test results for standard and non-standard samples are relatively good; Empirical coefficient method: It is obtained by comparing the light intensity values and element contents stored inside the instrument, and has a relatively large testing error for non-standard samples; In order to reduce errors, the algorithm of the Niton handheld spectrometer has been upgraded to the basic parameter method when using the empirical coefficient method in other products.

4. Failure rate: Due to the need to import test data into computer storage, the operating system of the software is particularly important. Commonly used software operating systems can cause computer crashes, virus infections, and loss of important data. To solve this problem, Niton has independently developed the NDT software operating system, which is easy to use and avoids the risk of computer virus infections caused by using Windows CE. Randomly configured NDT software that can upload or download data, edit and output PMI analysis reports, and enable remote control on a PC; Software upgrades can also be achieved through the Internet.

5. Operation mode: Considering the harsh working environment, the Niton device adopts a dual operation mode of physical keyboard and touch screen. In case of ultra-low temperature or damage to the touch screen, it can continue to operate and use without affecting the progress of detection work.

6. Calibration Plate: Equipped with built-in calibration plates, the machine can be tested immediately upon startup, without the need for repeated calibration after 8 hours or every startup. It can achieve machine self calibration anytime and anywhere without relying on external samples, ensuring safety during self calibration.

7. Camera: The Niton handheld spectrometer is equipped with a CCD camera, which can observe the tested sample in real time, measure the chemical composition and material grade of a certain point at a fixed point, display image positioning, and print analysis reports with sample images, making it convenient for customers to retain data.

Technical parameters of Niton XL2 800CXL2 800C Niton Handheld Spectrometer

1. Weight: less than 1.5kg

2. Size: 256x275x100mm; Compact and integrated design, sturdy and durable, highly airtight, waterproof, dustproof and impact resistant, suitable for outdoor use.

3. Environmental temperature: -20 ℃~+50 ℃
4. Radiation source: high-performance miniature X-ray tube, silver target: 45Kv/100 uA maximum. Match power not exceeding 2W to reduce radiation and ensure safe use.

5. Detector: High performance SI-PIN detector, cooled by Peltier semiconductor constant temperature cooling method, ensuring the accuracy of detection data and the normal working state of the instrument.

6. Three element testing mode: platinum, germanium, palladium, potassium, calcium, titanium, vanadium, chromium, manganese, iron, cobalt, nickel, copper, zinc, arsenic, selenium, rivet, strontium, antimony, silver, molybdenum, silver, cadmium, tin, antimony, tungsten, lead, bismuth and more than 30 other elements.

7. Alloy modes: titanium, vanadium, chromium, manganese, iron, diamond, nickel, copper, zinc, selenium, saw, tungsten, palladium, silver, cadmium, tin, antimony, but more than 25 elements such as tungsten, gold, lead, bismuth, etc.

8. Precious metal modes: more than 16 elements including iron, cobalt, nickel, copper, zinc, selenium, tungsten, germanium, palladium, silver, cadmium, indium, yttrium, platinum, gold, lead, etc.

9. Cooling method: The cooling adopts Peltier semiconductor constant temperature cooling method to ensure the accuracy of detection data and the normal working state of the instrument.

10. Filter: Built in 2 sets of filters.

11. Power supply: Two rechargeable lithium batteries that can be used continuously for more than 6 hours (with X-rays constantly emitting), both AC and DC; It can be powered by rechargeable lithium batteries or by an AC adapter. Battery charger 110V-240V/AC, 50/60Hz.

12. Standard film: The standard film is built-in, making it easy for the instrument to self calibrate and ensuring safety during self calibration.

13. Algorithm: QUAN uses the basic parameter method for detection to ensure that the standard elements that can be measured are in different matrices, and there are no requirements for the measurement range of elements. WAN fully implements blind testing to meet the constantly emerging needs of new materials for instrument detection.

14. Monitor: High brightness VGA color touch screen.

15. Detection window: 8mm.

16. Calibration: The instrument has been fully calibrated before leaving the factory, and no further calibration is required during use; The instrument has the function of establishing targeted calibration curves, which can obtain more accurate data for specific samples.

17. Operating System: Adopting a built-in industrial grade NDT operating system, the instrument runs stably and does not use the WINDOWS operating system to avoid frequent crashes and computer virus infections.

18. Operation mode: Touch screen and four-way function physical buttons. In case of damage to the touch screen, it can continue to be operated and used.

19. Integration method: Handheld integration, full body integration of the instrument, high convenience, and can be applied on site; No PDA connection, no hidden risks of viruses, no data security risks.

20. Language: Multiple language options, including Simplified Chinese/English interface.

21. System electronic equipment: 400 MHz ARM 11 CPU; 300 MHz DSP digital signal processor; 80MHz ASICS DSP digital signal processor: 4096 multi-channel analyzer; It can quickly complete the calculation, processing, storage, communication, and other functions of analyzing data.

21. Brand library: Pre installed multi matrix standard alloy library, including more than 400 alloy brands, users can edit, modify, and add alloy brand libraries by themselves.

22. Data storage: It can store more than 10000 spectral measurement data and spectra.

23. Data transmission and measurement report: The instrument is equipped with USB and wireless Bluetooth data interfaces, which can directly transmit data to computers or network storage devices. It is possible to directly customize report formats and download measurement data and their X-ray spectra in EXCEL format. Using NITON's standard NDT computer software suite, it is possible to customize analytical instruments, set permissions, generate reports, and print analysis certificates. Remote monitoring and fully automated operation of the instruments can also be achieved. Data output format:. ndt/. xls/. csv/. txt/. pdf/. SHP/. GMT/. GML/. KML.

24. Camera: The instrument comes standard with a 4-megapixel high-definition camera, which can accurately calibrate the sample testing position. The measurement results will be stored in a one-to-one correspondence between the physical photos of the tested sample and the detection data, and can be traced.

25. Calibration: Built in standard samples, machine self calibration can be achieved anytime and anywhere without relying on external samples.

26. Small sample compensation function: It can measure small samples such as welding wire that cannot cover the entire detection window without the need for other external accessories.

27. Radiation dose: X-ray radiation dose<1.0 u Sv/h;

28. Radiation safety: a. Password protection; b. During the testing process, a red indicator light flashes; c. When there is no sample in the front-end, the test will automatically stop within 2 seconds.

Niton XL2800C Configuration Checklist