XRF-1000 Hand-Held XRF Alloy Analyzer

Small, light and easy to carry.

• High-speed processing chip, advanced algorithm and high-responsive software, resulting in even

faster analysis.

• High-performance X-ray Tube, Ultra-high Resolution Detector combined with Digital Multi-channel

Processing Technology, yielding super-high detection resolution.

• Indicator lights flash on both sides for safety purposes during measurement, i.e., the built-in

Double beam technology will automatically sense whether there is a sample at the measurement window.

• Industrial resistive touch screen, superior to capacitor screen in back light and clearer against sunlight

in the field. At the same time, people don’t need to take off gloves when they are operating machine in some particular environment.

• XRF-1000 utilizes anti-slip, abrasion resistance and streamlined design, which is light and easy to carry.

It also integrates the new high speed digital multi-channel technology, the new library grade base

identification system and the super FP algorithm. These features allow it to measure elements faster, with higher accuracy and greater repeatability.

• Intelligent battery management exerts a real time monitoring of the residual capacity of battery and backup battery through MSBUS bus.
• Automatic switch to standby mode when not used and recovery after the machine is picked up, which saves power and extends working time; moreover, XRF-1000 has a gravity sensing system which shuts down instrument automatically when it accidentally falls down, another safety consideration; XRF-1000 will also give out alarm when ambient temperature or humidity exceeds the scope of application.
• XRF1000 adjusts air pressure factor automatically based on altitude it has detected.

This function increases excitation effect of light elements by 40% and that of rare earth elements by 30%.

• XRF-1000 is supportive to battery hot plug, hence battery can be replaced without powering off the machine.
• On XRF-1000, users can customize the reports by adding their company logos, addresses, test results, spectrum and others (such as product description, origin of products and batch number).
• XRF-1000 is built with double beam technology which can automatically sense whether there is a sample at the measurement window.

This is also a safety and protection feature. The brightness of the display of XRF-1000 is automatically regulated according to environment brightness.

• XRF-1000 can be configured and maintained in a remote way via Internet.
• XRF1000 can build a three dimensional element content distribution graph allowing for a fast estimate of mineral reserves or the extent of geological disaster with the built-in GPS for latitude and longitude reading combined with a 3rd party GIS analysis software.
• XRF-1000’s new algorithm optimizes the spectral resolution, so lower detection limits can be achieved, which are comparable with even large-scale lab instruments.
• XRF-1000 Ultra short optical™ path design can significantly improve light element excitation effects, without the fall/fill condition.
• XRF-1000 has a built-in environmental sensing system covering conditions such as temperature, dust humidity and others.

Application Features:

• Excellent Performance

XRF-1000 shows element symbols in both English and Chinese. With high precision,

high testing speed and comparable results to even that of laboratory equipment,

XRF1000 displays alloy grade and elements percentage content (up to three decimals)

and ppm content in an apparent way.

• One-touch operation

XRF-1000 test lasts only a few seconds and identification of alloy grades takes only 1 or 2 seconds.

This facilitates operation by non-technical users.

• Nondestructive testing (NDT)

XRF-1000 test does not damage or have any adverse effect on the use of samples.

No damage is foreseen in the entire test process.

• Acculabanalysis software

Acculab analysis software is a professional analysis software which enables the users to easily configure passwords, customize analysis reports attached with Company

LOGO and implement remote control of machine; users can edit alloy grade library, add their own grade number or define their own company’s alloy brands;

the software also allows automatic calibration of instrument and diagnosis of problems in

a remote way; the software can be updated via Internet.

• Scrap metal recycling and sorting

Scrap metal recycling, reuse, and on-site analysis and sorting.

XRF-1000 offers a rapid and reliable identification of the scrap metals when

scrap metals are transacted between buyers and sellers.

XRF-1000 delivers quantitative element analysis of iron alloy, copper alloy,

aluminum alloy, copper-iron alloy, lead-tin alloy, mixed alloys, etc, and rapid

identification and sorting of these alloys on the site.

• Application fields, safety and standards

XRF-1000 is suitable for alloy material identification (PMI) for incoming inspection; material inventory management; re inspection of construction materials in petrochemical construction, metal smelting, pressure vessel, power plant, petrochemical industry, fine chemical, pharmaceutical, aerospace and other industries to avoid serious safety accidents resulting from mixed or unqualified materials.

XRF-1000 is in compliance with ANTM standard, UNS, electric industry

standard (DL), API,JIS, GMP, TSG, Mechanical Industry standard (JB),   etc.

• Quality Control, Quality Assurance (QC/QA) and Error-proofing(PKKA – YOKE)

In metal processing and manufacturing industry, quality control and quality assurance (QC/QA) and error proofing (PKKA -YOKE) of materials (raw materials), semi finished products and finished products is indispensable.

Use of mixed or unqualified materials will bring losses to the company.

This is true to companies ranging from small metal processing plants to large aircraft manufacturers.

• Data Processing and Enterprise Resource Planning (ERP)

Data can be transferred via USB, WIFI and Bluetooth and stored in excel, pdf or other formats.

Users can customize the reports by adding their company logos, addresses, test

results, spectrum and others (such as product description, origin of goods and

batch number); i-cloud data storage service is optional.

Data can transport to Enterprise Resource Planning (ERP) system

Application fields:

Nondestructive, rapid and accurate analysis of alloy elements and alloy grade identification on the site

• Metal identification /scrap metal sorting
• QA/QC management in metal production, processing, casting, etc
• Medicine and biological medicine
• Identification of positive materials, oil refining and petrochemical industry
• Thermal power plant, hydroelectric power station, nuclear power plant
• Accurate element analysis of raw material and PMI identification so as to meet production needs and ensure security of equipment and materials used in the process.

Instrument specification

. The ARM architecture Cortex-A8 1 GHZ

• System Processor: The Android 4.2 operating system/80MHZ ADC digital pulse processor/4096 MCA

channel , 32GB memory

• Display: Industrial resistive touch screen with screen size of 4.3″
• Data storage: Built-in 32gb memory, 300,000 spectral data and spectrum can be stored
• Operating Temperature: -20℃~+50℃
• Operating Humidity: ≤90%Limit of
• Library of extensible and customizable alloys
• Ability to make measurements on pipes, flat surfaces, surface integrals and welds
• Method of analysis: the x-ray energy dispersive method for analysis of fluorescence
• Simultaneously detect elements: simultaneously detect dozens of elements
• Processor and RAM:

CPU: 1GB

RAM: 1GB

• The standard configuration: 32G
• Range content: ppm ~ 99.99%

15 seconds reading time

• GPS, WIFI: integrated into the system
• Battery: lithium battery, which can be loaded with a maximum capacity of our 6800Ah can operate continuously for 8 hours; Equipped with high voltage (110V-220V) adapter, can work under current alternative
• Sensor resolution: solid, liquid, powder
• • XRF-1000 hand-held alloy analyzer (XRF) is a powerful weapon in material identification (PMI) in production of high temperature and high pressure boiler, container, pipe, etc; metal identification in iron and steel metallurgy, nonferrous metals, aerospace, weapons, submarine vessels, etc; metal material identification in engineering installation and construction projects in areas of the petrochemical refining, fine chemical, pharmaceutical, power plant, aerospace, etc to ensure equipment and material acceptance meet the project specified requirements; scrap metal recycling industry.Sensor resolution: low resolution can be 139eV
    • Excitation source: 40KV / 100mA-Ag window miniature tube anode X of light and high voltage source
    • Collimator and filter: sights of 4.0 or 2.0 of diameter, automatic switch of 8 filter. 12 kinds of groups, plus mode consisting of world, can satisfy different types of tests of samples
    • Display: touchscreen TFT – LCD, resolution of 640 * 480.
    • Protection against water, dust and shock
    • Test window: 12mm.
    • Charging system gas: Helium charging system of ordinary pressure.
    • Security: standalone password manager mode.
    • Data transmission: digital multi-channel technology, the transmission of data SPI, a quick scan, count rate, waterproof miniature USB, which can be connected to the desktop computer.

    Alloy family

    • Iron-based alloy series (stainless steel, chromium/molybdenum alloy steel, low alloy steel, toolsteel, seamless steel)
    • Nickel-based alloy series (nickel alloy, nickel/cobalt alloy)
    • Cobalt-based alloy series
    • Titanium-based alloy series
    • Copper-based alloy Series (bronze, brass, copper and nickel alloy, etc.)
    • High temperature alloys (molybdenum tungsten alloy)
    • Aluminum-based alloy
    • Super-FP algorithm is capable of detecting accurate metal element content and

    identify material without switching mode !

  • XRF-1000 is applicable to quality control, material classification, alloy identification, accident investigation, etc, which tackles the fundamental difficult problem of raw material analysis.As an innovation of many modern technologies, it is a great helping hand in these applications.Users can personalize the analyzing system according to their own needs.

TECHNICAL SPECIFICATION

Real-test Values of 316 samples: