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Post Requirements
Post Requirements
Product information
1. Product overview
WY-9000 is a direct-reading spectrometer that can analyze metals and their alloy elements. The overall stability is good and debugging is easy; through software adjustment, it is easy for users to change and add channels, and even add an analytical matrix is very simple.
The use of modern optoelectronic technology and automation technology, such as: the application of automatic spectral line correction technology, greatly improves the degree of automation of the instrument and makes it simple and flexible to operate; optical chamber vacuum technology, greatly reduces the absorption of O ˇ to wavelengths <200nm. The stability and detection limit of the instrument for analyzing elements such as C, P, and S are well improved. The high vacuum stop valve is used to avoid the pollution of vacuum oil pollution to the optical elements in the optical room; the constant temperature system (constant temperature of 32℃) makes the instrument have little requirements on environmental temperature and good long-term stability. The highly integrated, maintenance-free digital light source is a composite light source that can generate multiple combination parameters such as sparks, arcs, and arc-like. It can analyze constants, high content, trace elements, even trace elements and ultra-high content elements. The software adopts Windows interface and displays in full Chinese. It has complete functions and is easy to operate.
Each instrument is specially manufactured according to user requirements, carefully assembled, adjusted, and comprehensively verified. Therefore, the WY-9000 direct reading spectrometer is the quality guarantee for metal smelting process control and an ideal analytical instrument for users.
2. Product advantages
1.400mm focal length grating design, Paras-Runge device, high vacuum, high resolution and high sensitivity; since machine-engraved grating can produce higher-order spectra, line selection is more flexible, thus avoiding spectral interference;
2. The instrument structure design is reasonable, the electronic system adopts international standard cage, highly integrated circuit design, and low failure rate;
3. Fast analysis speed, good repeatability and good stability;
4. Can be used for various matrix analysis: Fe, Co, Cu, Ni, Al, Pb, Mg, Zn, Sn, etc.;
5. Using pure Chinese operating software under Windows system, the operation is simple and easy to understand;
6. The computer software is equipped with a database system, which facilitates the query and printing of measurement data. It can also transmit data remotely through the network, which is convenient and fast;
7. Each system is supplied with independent power and is composed of units, which is easy to use and simple to maintain;
8. The constant temperature measure of the optical part ensures the normal operation of the instrument, thereby reducing the requirements on the environment;
9. Add and change element channels, you can just set them through software without adding any hardware, saving time, and money;
10. The analysis speed is fast, and the elemental compositions of all channels are measured within 30 seconds. For different analytical materials, the instrument can achieve better analytical results in a short time by setting the pre-burning time and marking line;
11. The optical system of the spectrometer adopts a vacuum and constant temperature light chamber. The arc flame generated during excitation is directly introduced into the vacuum light chamber through the lens, realizing direct optical path, eliminating optical path loss, improving detection limit, accurate measurement results, reproducibility and long-term stability. Excellent;
12. Automatic optical path calibration, the optical system automatically scans spectral lines to ensure correctness of reception and eliminate cumbersome peak scanning work. The instrument automatically identifies specific spectral lines, compares them with the original storage lines, determines the drift position, and finds out the current pixel position of the analysis line for measurement;
13. The open electrode holder design and adjustable sample holder facilitate the analysis of samples of various shapes and size;
14. The working curve adopts international standard samples. The working curve is pre-prepared, and the range can be extended and expanded as needed. Each curve is generated by up to dozens of standard samples, and interference is automatically deducted;
15. Fully digital solid-state light source with continuously adjustable excitation energy and frequency to adapt to various materials;
16. Solid adsorption trap prevents oil and gas pollution to the light chamber and improves long-term operation stability;
17. Reasonable argon gas path design shortens the argon flushing time when sample excitation, saving argon for users. The argon consumption is less than half of that of ordinary spectrometers;
18. High-performance DSP and ARM processor, with ultra-high-speed data acquisition and control functions, and automatically monitors the operating status of light chamber temperature, vacuum, argon pressure, light source, excitation chamber and other modules in real time.
3. Detailed parameters
optical system | optical structure | Full-spectrum optical system with Paschen-Runge structure (evacuated) |
wavelength range | 140-800nm | |
grating focal length | 401mm | |
the grating lines | 2400i/mm | |
primary spectral line dispersion | 1.1 nm/mm | |
the photodetector | Multiple high-performance linear CCD | |
light source system | type | All-digital spark excitation light source |
frequency | 100-1000Hz | |
discharge current | Pulse 1- 100A | |
excitation station | This excitation platform adopts argon flushing type, jet type click structure, and has automatic purging function | |
Excitation table opening size 9mm | ||
other | ambient temperature | 10℃-30℃ |
ambient humidity | 20%-80% | |
power supply | AC220V/50Hz | |
argon purity | 99.999% | |
Overall size (mm) | 700×800×450 (desktop) | |
850×870×1175 (desktop) | ||
4. Basic configuration
Direct reading spectrometer host | ||||||||
name | specification model | units | number | manufacturer | remarks | |||
spectrometer host | WY-9000 | Taiwan | 1 | |||||
commercial computer | mainstream configuration | set | 1 | Lenovo | ||||
laser printer | Black and white A4 | Taiwan | 1 | sinian | ||||
Direct reading spectrometer accessories | ||||||||
name | specification model | units | number | manufacturer | remarks | |||
vacuum pump | BSV-10 | Taiwan | 1 | vacuum type | ||||
ferrule | KF25 | set | 3 | vacuum type | ||||
ferrule | KF16 | set | 2 | vacuum type | ||||
vacuum connection pipe | ￠19-25 | root | 1 | vacuum type | ||||
vacuum pressure valve | GYC-JQ25 | only | 1 | vacuum type | ||||
filter valve | only | 1 | JYB | vacuum type | ||||
Three-core power cord | root | 1 | vacuum type | |||||
exhaust gas pipe | root | 1 | ||||||
gas collecting cylinder | only | 1 | ||||||
argon pressure reducing valve | YQY-12 | a | 1 | |||||
quick connector | M10* 1M inner wire 6 | only | 1 | Used on pressure reducing valve | ||||
argon pipeline | meters | 2 | ||||||
Wangkou Line | root | 1 | ||||||
Three-core power cord | 1.5 meters | root | 1 | |||||
Direct reading spectrometer user information | ||||||||
name | specification model | units | number | manufacturer | remarks | |||
Software USB flash drive | only | 1 | ||||||
User Manual | parts | 1 | ||||||
certificate | parts | 1 | ||||||
warranty | parts | 1 | ||||||
Installation acceptance report | parts | 1 | ||||||
Direct-reading spectrometer linearity (configure linearity and high and low standards according to user needs) | ||||||||
name | specification model | units | number | remarks | ||||
High and low standard calibration samples | block | N | Specific equipment based on the preparation of the calibration curve | |||||
Spare parts and tools (see list for details) | ||||||||
![[Used] laser](https://cdn.sumecdtx.com/equipment/20230818/928f9346aceb42e3b60670c380399f59.jpg)
