MS-T4 Full Spectrum OES

Name: MS-T4 Full Spectrum OES
Brand: Mikrosize
Rating: 5.0 (89 reviews)

MS-T4 full-spectrum direct-reading spectrometer is a new type of spectrometer developed by Mikrosize. It adopts international standard design and manufacturing technology, and uses the most advanced CMOS signal acquisition components from Hamamatsu, Japan. Each CMOS can be individually set. The number of sparks is synchronized with the first-class technology of international spectrometers, using an argon-filled light chamber design and a fully digital excitation light source. This CMOS spectrometer not only contains the full spectrum characteristics of CCD spectrometer, but also has the extremely low detection limit of PMT spectrometer for non-metallic elements. The design of the whole machine is reasonable, the operation is simple and easy to learn, which highlights the stability, convenience and speed of the use of the instrument. The main performance indicators have reached the advanced level of similar products at home and abroad, providing a reliable guarantee for product quality control in the metallurgy, casting, and machining manufacturing industries.

Product feature

●The special design of the excitation room makes the cleaning of the sample room/excitation room more convenient;

●The optimized argon gas path design ensures the effective cooling of the excitation stage and the metal dust generated during the excitation process effectively enters the filter; makes the sample excitation more stable, and greatly reduces the human body's intake of metal dust, which is beneficial to protect the operator Health and safety；

●Easy to use sample fixture；

●With the electrode self-purge function, the electrode has a longer service life and easier to clean the electrode；

●The 12 mm excitation aperture is more conducive to sample analysis；

●The open sample excitation stage can be adapted to the analysis of samples of various sizes and more shapes;

●The structural design of the lens part makes the lens disassembly and wiping more convenient, and the argon flushing design can extend the lens cleaning cycle.

●High-performance DSP processor with ultra-high-speed data acquisition and control functions;

●Single spark collection and spectral delay collection to achieve more optimized element content measurement;

●External computer (user-selected);

●High-speed Ethernet data transmission.

Availability:

Model:
MS-T4
Brand:
Mikrosize
Code:
90273000.00

Product Description

Product Description

Analysis Matrix	Fe base、Al base、Cu base、Ni base
Optical System	Pa type-Longe Roland circle full-spectrum optical system
Wavelength Range	140~680nm
Focal Length	401mm
Detector	High-performance CMOS array (leading domestic detection technology)
Type of Light Source	Digital light source, high-energy pre-combustion technology (HEPS)
Discharge Frequency	100-1000Hz
Discharge Current	Max 400A
Power Supply	AC220V 50/60Hz 1000W
Analysis Time	Depends on the sample type, generally around 20S
Electrode type	Tungsten jet electrode
Analysis Gap	4mm
Argon Gas Flow Rate	Excitation flow rate is about 3.5L/min, standby flow rate is about 0.1L/min
Other Function	Vacuum, temperature, software automatic control pressure, communication monitoring
Constant Temperature	36℃

Industrial CMOS Detector	CMOS is an upgraded product of CCD, specially developed by Hamamatsu Company for the upgrading of spectrometer: CMOS has higher sensitivity and faster response speed than CCD; Linearity better than CMOS CCD; CMOS has high sensitivity in the ultraviolet region, and can accurately determine the content of non-metal elements and various metal elements.
Integrated gas circuit module	The gas circuit system adopts the maintenance-free design of the gas circuit module, instead of solenoid valves and flow meters, and the electrode self-purge function, which creates a good environment for excitation.
Automatic optical path calibration	The optical system automatically scans the spectrum to ensure the correctness of the reception and avoid the tedious work of scanning the peaks; The instrument automatically recognizes the specific spectrum line and compares it with the original storage line, determines the drift position, and finds out the current pixel position of the analysis line for measurement.
Open fire station	Open excitation platform and flexible sample holder design to meet the needs of customers' site analysis of samples of various shapes and sizes; With the use of small sample fixtures, the minimum analysis of the wire can reach 3mm.
High Performance Optical System	The arc flame generated when the optical system is excited is directly introduced into the vacuum optical chamber by the lens to realize the direct optical path and effectively reduce the optical path loss; The measurement results are accurate, with excellent repeatability and long-term stability.
High-speed data acquisition	The instrument uses high-performance CMOS detection elements, with each CMOS separate ultra-high-speed data acquisition and analysis function, and can automatically monitor and control the operating status of the optical chamber temperature, argon pressure, light source, excitation chamber and other modules in real time.
Jet electrode technology	Adopting internationally advanced jet electrode technology, using tungsten electrode, in the excited state, an argon jet will be formed around the electrode, so that during the excitation process, the area around the excitation point will not come into contact with the outside air, which improves the accuracy of excitation Equipped with a unique argon gas path design, it greatly reduces the amount of argon used and also reduces the cost of customers.
Plug-in lens	The vacuum optical system adopts a unique entrance window and vacuum isolation, and can be operated under the working condition of the vacuum system. The optical lens adopts a plug-in lens structure, which is convenient and quick for daily cleaning and maintenance.
Digital excitation light source	The digital excitation light source adopts the most advanced plasma excitation light source in the world, and the ultra-stable energy is released to excite the sample in an argon atmosphere; Full digital excitation pulse to ensure ultra-high resolution and high stable rate output of excited sample plasma; The parameters of the light source can be adjusted arbitrarily to meet the excitation requirements of various materials.
Ethernet data transmission	The Ethernet card and TCP/IP protocol are used between the computer and the spectrometer to avoid electromagnetic interference and fiber aging. At the same time, the computer and printer are completely external for easy upgrade and replacement Can remotely monitor the status of the instrument, multi-channel control system to control and monitor all instrument parameters
Prefabricated working curve	Standard sample libraries of different materials and grades are available, and the working curve is prefabricated in the factory when the instrument leaves the factory, which is convenient for installation and debugging and put into production in time; The analysis procedures corresponding to the elements and materials are slightly different. The excitation and test parameters have been adjusted before leaving the factory, and the optimal test conditions can be automatically selected according to the analysis procedures;

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