Wuxi Jinyibo Instrument Technology Co., Ltd
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TY-9000 Full Spectrum Direct Reading Spectrometer
TY-9000 Full Spectrum Direct Reading Spectrometer
Product details

TY-9000The full spectrum direct reading spectrometer adopts standard design and manufacturing process technology, adopts fully digital technology, replaces the large photomultiplier tube (PMT) analog technology, adopts vacuum chamber design and fully digital excitation light source, CMOS detector, high-speed data readout system, making the instrument have high performance, low detection line, long-term stability and repeatability.

Application areas:Metallurgy, casting, machinery, scientific research, inspection, automobile, petrochemical, shipbuilding, electricity, aviation, nuclear power, metal and non-ferrous metallurgy

Various analyses in the refining, processing, and recycling industries.

Testing substrate:Iron based, copper based, aluminum based, nickel based, cobalt based, magnesium based, titanium based, zinc based, lead based, tin based, silver based.

Main technical parameters:Optical system: Pascal type - Runge Laurent circular full spectrum vacuum optical system;

Wavelength range: 170nm~580nm

Focal length: 400mm

Detector: High performance CCD array

Light source type: digital light source, high-energy pre combustion technology (HEPS)

Discharge frequency: 100-1000Hz

Discharge current: up to 400A

Working power supply: 220VAC 50/60Hz

Instrument size: 720 * 860 * 500

Instrument weight: approximately 100kg (excluding vacuum system)

Testing time: Depending on the type of sample, generally around 25 seconds

Electrode: tungsten material jet electrode

Optical constant temperature: 34 ℃± 0.3 ℃

Argon gas requirement: 99.999%

Argon inlet pressure: 0.5MPa

Argon flow rate: excitation flow rate of about 3.5L/min

Working temperature: 10 ℃~35 ℃

Working humidity: 20% to 85%

Analysis gap: automatic control and monitoring by vacuum software

Technical features:

1High performance optical system

1》The arc flame generated when the optical system is excited is directly introduced into the vacuum optical chamber through the lens, achieving the optical path Direct connection, effectively reducing optical path loss;

2》High performance optical system design and the use of high-precision optical components can accurately determine non-metallic elementsCPSNAnd the content of various elements;

3》The measurement results are accurate, reproducible, and have long-term stability.

2Automatic optical path calibration

1》Automatic optical path calibration, the optical system automatically scans spectral lines to ensure correct reception and eliminate tedious peak scanning work;

2》The instrument automatically identifies specific spectral lines and compares them with the original storage lines to determine the drift position, and identifies the current pixel position of the analysis line for measurement.

3Single panel lens design

1》The vacuum optical system adopts a unique entrance window and vacuum isolation, which can be operated under the working state of the vacuum system. The optical lens adopts a single plate lens structure, which is convenient and fast for daily cleaning and maintenance.

2》In daily work, instruments do not require maintenance, and there are no consumables or replacement parts.

4Integration of vacuum chamber

1》The unique light chamber structure design makes the vacuum chamber volume smaller, and the vacuum pumping speed is less than half of that of a regular spectrometer.

2》The integrated design of the vacuum chamber and high-precision machining ensure that the vacuum is maintained for a longer period of time.

5Vacuum anti backflow technology

1》The multi-stage isolation vacuum anti oil technology uses vacuum compression and baffle valves to ensure that the vacuum chamber is completely isolated from the vacuum when the vacuum pump is not working.

2》A vacuum oil filtration device has been added in the middle to ensure that the oil in the vacuum pump does not enter the vacuum chamber, guaranteeingCCDThe detector and optical components work in a reliable environment.

6Open excitation table

1》The flexible sample clamp design of the open excitation table machine is designed to meet the analysis of various shapes and sizes of samples on site for customers.

2》By using small sample fixtures, wire analysis can be achieved1.5mm.

7Jet electrode technology:

1》By adopting advanced jet electrode technology and using tungsten material electrodes, an argon jet gas flow will be formed around the electrode in the excited state, so that the excitation point will not come into contact with the outside air during the excitation process, improving the excitation accuracy.

2》Paired with a unique argon gas path design, it greatly reduces the amount of argon gas used and also lowers customer usage costs.

8Integrated gas path module

1》The excitation table is made of alloy material with good heat dissipation performance, which is not only sturdy and durable, but also easy to clean.

2》The gas supply system adopts integrated gas path modules and electrode self blowing function, creating a good environment for excitation.

9Fully digital excitation light source:

1》All digital excitation light source, using advanced plasma excitation light source, with ultra stable energy released to excite the sample in argon gas environment.

2》All digital excitation pulses ensure ultra-high resolution and high stability output of the excited sample plasma.

3》Meet the excitation requirements of various materials.

10High speed data collection:

1》The instrument adopts high-performance technologyCCDDevices, UV coating technology, and high performanceFPGADSP and ARM processors.
《2》 It has high-speed data acquisition and analysis functions, and can automatically monitor and control the operating status of modules such as the temperature, vacuum degree, argon pressure, light source, and excitation chamber in real time.

11Ethernet data transmission:

《1》 Using Ethernet cards between computers and spectrometersTCP/IPThe protocol avoids the drawbacks of electromagnetic interference and fiber aging, while the computer and printer are completely external for easy upgrading and replacement.

2》A complete network system.

3》It can remotely monitor the status of instruments, and the multi-channel control system can control and monitor all instrument parameters.

12Prefabricated work curve:

1》There may be slight differences based on the analysis program corresponding to the elements and materials. The excitation and testing parameters of the instrument have been adjusted before leaving the factory, and the testing conditions can be automatically selected according to the analysis program.

2》For a long time, the factory has accumulated a wealth of experience and a comprehensive standard sample library. When the instrument leaves the factory, the factory prefabricates the working curve, allowing users to put the instrument into use after receiving it.

3》The technical specifications include an analysis range (and the working curve can be drawn or extended for free based on user provided standard samples).

13Fast analysis speed:

1》The analysis speed is fast, saving valuable time for customers,20The elemental composition of all channels can be measured within seconds.

2》By setting pre ignition time and measurement time for different analysis materials, the instrument can achieve analysis results in a short time.

14Multi matrix analysis

1》The optical path design adopts the Luolanyuan structure,CCDAlternating up and down arrangement ensures the reception of all spectral lines without adding hardware facilities, enabling multi matrix analysis.

2》Facilitating the addition of matrix and material types and analysis elements according to production needs.

3》Compared to photoelectric multiples(PMT)Spectrometers can greatly reduce the cost and scope of use.

15Multi language software

1》The instrument operation software is fully compatible withWindowsThe system can also be equipped with various language versions according to customer needs.
2》The software is easy to operate, and even personnel without any knowledge or experience in spectrometer operation only need to undergo simple knowledge training to get started using it.

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