Overall structured design, the instrument is aesthetically pleasing and elegant.

1.6.3Adopting the American styleSDDdetectorElectric refrigeration instead of liquid nitrogen refrigeration, with small size, low data analysis and maintenance costs.

1.6.4Adopting self-developed technologySESThe signal processing system effectively improves the peak to background ratio, making measurement more convenient.

1.6.5One click automatic testing, simpler and more convenient to use, with a more user-friendly interface.

1.6.6Seven types of optical path calibration and collimation systems, automatically switching according to different samples.

1.6.7Multiple anti radiation leakage design, radiation protection level belongs to similar products.

1.6.8Optimize the integrated heat dissipation design to greatly improve the overall heat dissipation performance, ensuringXSafe operation of radiation sources.

1.6.9*The temperature monitoring technology of the movement ensures the safe and reliable operation of the radiation source, effectively extending its service life and reducing usage costs.

1.6.10Multiple instrument accessory protection system, and can be monitored throughout the entire process through software,Make the instrument work more stably and safely.

1.6.11Vacuum testing software, whether to evacuate or not can be freely selected,Real time display of vacuum degree,Standard window design, user-friendly interface, easy to operate, all controls are within a click of the mouse.

1.6.12This machine adoptsUSB2.0Interface, effectively ensuring accurate, high-speed, and efficient transmission of data.

1.6.13*The fully automatic vacuum system,Thoroughly shielding the impact of air on light element testing,Improved the detection limit of light elements and also expanded the detection range.

1.6.14The integrated vacuum chamber design effectively ensures the vacuum degree that meets the testing requirements, while improving the maintainability of the equipment.

1.6.15The conversion between vacuum testing and non vacuum testing is simple and convenient for customers to use; Simultaneously opening the lid releases the vacuum, which is safe, simple, and practical.

2.Main hardware configuration of the instrument

2.1 SDDElectric refrigeration detector:（Type detector)

2.1.1. SDDElectric refrigeration detector; Resolution: 129 ± 5e electron volts

2.1.2.Amplification circuit module: detects sample characteristic X-rays; Further amplify the information collected through detection.

2.2 XX-ray excitation device(Thin beryllium window light tube）:

2.2.1.High filament current output: 1mA;

2.3 High voltage launch device:

2.3.1.High voltage output: 50kV;

2.3.2.Small 5kv controllable adjustment

2.3.3.Equipped with voltage overload protection

2.4Integrated vacuum system

2.4.1A vacuum pump system with excellent performance such as low vibration, low noise, self-protection, and fast pumping speed;

2.4.2Geometric pumping speed: 60 L/min (50Hz)

2.4.3Ultimate pressure: 6.7 × 10-2 Pa

2.5 multi-channel analyzer:

2.5.1.Convert the collected analog signals into digital signals and provide the processing results to the upper computer software;

2.5.2Number of avenues: 4096;

2.5.3Includes signal enhancement processing function;

2.65Optical path filtering module

2.6.1Reduce interference during the transmission of X-ray light path to ensure accurate signal reception by the detector;

2.6.2Integrate the collimator with the filter;

2.7 Collimator automatic switching module

2.7.1Up to 5 choices

2.8 Filter automatic switching module

2.8.1Free selection and switching of five types of filters.

2.9 Free combination module of collimator and filter

2.9.1Up to dozens of collimators and filters can be freely combined.

2.10 Automatic selection module for work curve

2.10.1Automatically select work curves, eliminate manual selection, avoid human operational errors, and achieve automation and intelligence

Performed more perfectly, making the operation more humane and convenient.

3. software

3.1.1Harmful element detection software

Specially targetingRoHS(Containing halogen elements)Developed for detection (including vacuum control function), processing, calculating, and reporting the collected spectral signals to display measurement results.

3.1.2Function Introduction

※Specially addressing the European UnionRoHSThe five elements involved in the six substances in the instructionCd, Pb, Hg, Br, CrAnd halogen elementsClTest, measurement time is60-300Seconds (adjustable)

※The operation interface is simple and intuitive, easy to use, and does not require professional operation

3.2Element analysis detection software (optional)

3.2.1Range of elemental analysis: from sodium (Na) to uranium (U);

3.2.224 elements can be analyzed simultaneously at once;

3.2.3The detection limit for analysis can reach 1 PPM;

3.2.4The content analysis range is generally from 1ppm to 99.9%;

3.2.5The software comes with multiple image processing and analysis calculation methods;

3.2.6The repeatability of multiple measurements can reach 0.1%;

3.2.7Long term job stability is 0.1%;

3.2.8The energy resolution is 129 ± 5eV;

3.2.9The software comes with multiple image processing and calculation methods;

3.2.10Application areas: Analysis of element content in alloys (such as stainless steel, copper alloys, aluminum alloys, etc.) (such as Cu, Zn, Pb, Sn, Fe, Ni, Mn, Sb, Al, Si, Cr, Mo, Co, Ti, V, etc.);

3.3 Coating thickness testing software (optional)

3.3.1Range of elemental analysis: from sodium (Na) to uranium (U);

3.3.2Can analyze more than 3 layers of coatings at the same time;

3.3.3The detection limit of analysis can reach 0.01 μ m;

3.3.4The analysis thickness is generally between 0.1 μ m and 30 μ m;

3.3.5The repeatability of multiple measurements can reach 0.1 μ m (for outer coatings smaller than 1 μ m);

3.3.6The long-term working stability is 0.1 μ m (for outer coatings smaller than 1 μ m);

3.3.7Configure a small hole collimator to test the light spot within 0.2mm;

3.3.8The energy resolution of the detector is 129 ± 5eV;

3.3.9application area:Measurement of thickness of metal plating layer,in compliance withZn/Fe、Ni/Fe、Ni/Cu、Sn/Cu、Ag/CuWait;

3.4The software interface is shown in the following figure:

※Automatically select suitable calibration curves for easier and more accurate measurement

※Automatic switching between Chinese and English interface, with third-party language customization function

※Automatic calibration instrument

※Comes with sample material qualitative analysis to prevent manual user selection of incorrect curves

※Multiple report formats for printing

※Can display multiple spectra simultaneously

※Real time display of instrument testing parameters and vacuum degree, all control is clear at a glance

※*The temperature monitoring technology of the movement ensuresXThe safe and reliable operation of the radiation source effectively extends its service life and reduces usage costs.

4. Sample configuration

Standard samples are used to create working curves

4.1 Sample cavity

Open sample cavity:610mm×320mm×100×

Semi closed sample chamber (during vacuum pumping):Φ100mm×h75mm

4.2 Standard sample

EU standard sampleEC680M

Silver correction film

5Standard attachments

Low noise fast pumping vacuum pump

※Small size, light weight, simple structure, easy to maintain and repair

※Fast pumping speed,20SIt can meet the requirements of vacuum testing

※The maximum pressure can reach6.7×10-2Pa

※single phaseAC220VPower supply, no need for external three-phase power