Introduction: Innovate T5 full-spectrum direct-reading spectrometer adopts international standard design and manufacturing process technology, and uses the most advanced CMOS signal acquisition components of Hamamatsu Japan. Each CMOS can be individually set the number of sparks and synchronized with the first-class technology of International Spectrometer , Using a vacuum chamber design and all-digital excitation light source. The CMOS spectrometer, which not only includes the full spectrum of the CCD spectrometer, but also possesses the extremely low detection limit of the non-metallic element of the PMT spectrometer. The whole design is reasonable, the operation is simple and easy to learn, the data is accurate, and the long-term stability is good. Applications: Metallurgy, foundry, machinery, scientific research, commodity inspection, automotive, petrochemical, shipbuilding, electric power, aviation, nuclear power, metals and nonferrous metals smelting, processing and recycling industries in a variety of analysis. Detectable matrix: iron, copper, aluminum, nickel, cobalt, magnesium, titanium, zinc, lead, tin, silver. Features: 1 high-performance optical system Accurate determination of non-metallic elements such as C, P, S, As, B, N and various metal elements using high-precision CMOS components; accurate, repeatable and long-term stability. 2 automatic light path calibration Automatically calibrate the optical path, the optical system automatically scan the line to ensure the correctness of reception, eliminating cumbersome crest scan; Instrument automatically identify the specific line with the original storage line for comparison to determine the drift position, find the current pixel position of the analysis line for determination. 3 pluggable lens design Vacuum optical system uses a unique entrance window and vacuum isolation, the vacuum system can be operated under the working state, the optical lens with plug-in lens structure, daily cleaning and maintenance convenient and quick. 4 vacuum anti-oil back technology Multi-level vacuum isolation oil return technology, the use of vacuum pressure valve to ensure that the vacuum pump does not work when the vacuum chamber and the vacuum completely isolated; the middle of an increase of vacuum oil filter device to ensure that the vacuum pump oil does not enter the vacuum chamber to protect the CMOS detector and optical Components work in a dependable environment. 5 open excitation platform Open excitation Taiwan flexible sample folder designed to meet the customer's site a variety of shape and size of the sample analysis; with the use of a small sample fixture, the minimum wire analysis can reach 3mm. 6 jet electrode technology Using the most advanced jet electrode technology in the world, the electrode of tungsten material is used to form the argon jet gas flow around the electrode under the excitation state, so that the excitation point will not be in contact with the outside air around the excitation point during the excitation process, and the excitation precision is improved; Argon gas circuit design, greatly reducing the use of argon, but also reduce customer costs. 7 integrated gas module Gas circuit system using gas module maintenance-free design, instead of the solenoid valve and flow meter, electrode self-purge function, to create a good environment. 8 Digitized excitation light source Digital excitation light source, using the most advanced plasma excitation light source, ultra-stable energy release in the argon environment to stimulate the sample; the parameters of the light source can be arbitrarily adjusted to meet the excitation requirements of a variety of different materials. 9 high-speed data acquisition The instrument uses high-performance CMOS detection components, each with a separate high-speed CMOS data acquisition and analysis functions, and automatic real-time monitoring of the control room temperature, vacuum, argon pressure, light source, excitation chamber and other modules operating status. 10 Ethernet data transmission Computer and spectrometer using Ethernet card and TCP / IP protocol to avoid the shortcomings of electromagnetic interference, optical fiber aging, while the computer and printer completely external, easy to upgrade and replace; you can remotely monitor the instrument status, multi-channel control system to control and monitor all Instrument parameters. 11 prefabricated working curve Equipped with standard sample libraries of different materials and grades, the factory prefabricated work curve of the factory when shipped, easy installation and commissioning and timely production; according to elements and materials corresponding to the analysis program and a slight difference, excitation and test parameters Instrument has been adjusted factory , According to the analysis program can automatically select the optimal test conditions. 12 fast analysis Analysis speed, only 20 seconds to complete an analysis; for different analysis of materials, by setting the pre-combustion time and measurement time, the instrument with the shortest possible time to achieve the best analysis results. 13 multi-matrix analysis Light path design using Roland round structure, the detector alternately arranged up and down to ensure that all the spectral lines to receive, without adding hardware facilities, you can achieve multi-matrix analysis; easy to increase according to the production needs of the matrix and material types and analysis of elements (no hardware costs) . 14 software in English system Instrument software is simple, fully compatible with Windows7 / 8/10 system. Technical Parameters: Optical System: Pascal - Longgeluoluan full spectrum vacuum optical system Wavelength range: 140 ~ 680nm Grating focal length: 401mm Detector: High-performance CMOS array / CCD array Light source type: digital light source, high-energy pre-combustion technology (HEPS) Discharge frequency: 100-1000Hz Discharge current: up to 500A Working power: AC220V 50 / 60Hz 1000W Instrument size: 780 * 565 * 360mm Instrument weight: 78kg Detection time: Depending on the type of sample, generally about 20S Electrode type: Tungsten electrode Analysis gap: 4mm Other functions: vacuum, temperature, software automatic control; pressure, communication monitoring
Introduction: Innovate T5 full-spectrum direct-reading spectrometer adopts international standard design and manufacturing process technology, and uses the most advanced CMOS signal acquisition components of Hamamatsu Japan. Each CMOS can be individually set the number of sparks and synchronized with the first-class technology of International Spectrometer , Using a vacuum chamber design and all-digital excitation light source. The CMOS spectrometer, which not only includes the full spectrum of the CCD spectrometer, but also possesses the extremely low detection limit of the non-metallic element of the PMT spectrometer. The whole design is reasonable, the operation is simple and easy to learn, the data is accurate, and the long-term stability is good. Applications: Metallurgy, foundry, machinery, scientific research, commodity inspection, automotive, petrochemical, shipbuilding, electric power, aviation, nuclear power, metals and nonferrous metals smelting, processing and recycling industries in a variety of analysis. Detectable matrix: iron, copper, aluminum, nickel, cobalt, magnesium, titanium, zinc, lead, tin, silver.
