CS8000 high-frequency infrared carbon sulfur analyzer

NegotiableUpdate on 06/07

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Nature of the Manufacturer: Producers

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Overview

CS8000 high-frequency infrared carbon sulfur analyzer

Product Details

Polar molecules such as CO2 and SO2 have permanent electric dipole moments, thus exhibiting structures such as vibration and rotation. Divided into split energy levels according to quantum mechanics, they can couple with the characteristic wavelength of incident infrared light to produce absorption. Gas molecules have selective absorption spectra in the infrared band, and when specific wavelengths of infrared light pass through CO2 or SO2 gas, they can produce strong light absorption.
Since the detector converts optical signals into electrical signals, when the detector operates in a linear region, selects a specific wavelength and determines the length of the analysis cell (absorption cell), the concentration of the measured gas in the mixed gas can be calculated by measuring the light intensity. This is the basic principle of infrared absorption method for quantitatively measuring gas concentration. The selected measurement wavelengths for this instrument are 4.26um for CO2 and 7.4um for SO2.
The analysis room includes miniature infrared light sources, mirrors, modulation motors, absorption cells, filters, and detectors. The miniature infrared light source is heated to 800 ℃ by electricity to produce infrared light. After being absorbed by CO2 and SO2 in an absorption cell, it is filtered by a narrowband filter to remove the energy of other light radiation outside the above wavelengths. When it is incident on the detector, the detector detects the light intensity corresponding to the concentration of CO2 and SO2. The detector converts it into an electrical signal through photoelectric conversion, which is then normalized and calibrated by a microcomputer, and integrated and inverted into the percentage content of carbon and sulfur elements. A modulation motor is placed between the light source and the absorption cell to modulate the light signal into a 64Hz alternating radiation signal. The center frequency of the detector output is 64Hz.
The thermoelectric device is converted into an electrical signal, which is then amplified in the pre amplification and post amplification stages before entering the microcomputer through digital to analog conversion. In the microcomputer, it is converted into numerical values proportional to the CO2 and SO2 content through linearization operations.

The CS8000 infrared carbon sulfur analyzer is used in conjunction with the HNWF-88 high-frequency induction combustion furnace to quickly and accurately determine the mass fractions of carbon and sulfur elements in steel, iron, alloys, casting core sand, non-ferrous metals, cement, ore, coke, catalysts, and other materials. This equipment has introduced advanced technology from abroad and is a high-tech product that integrates optics, mechanics, electronics, computers, and analysis technology. It has the characteristics of wide measurement range, strong anti-interference ability, complete functions, easy operation, and accurate and reliable analysis results.

1. Main technical parameters of the instrument

Determination of Elements	Carbon sulfur joint measurement
Analysis principle	High frequency furnace combustion - infrared absorption method detection
analysis scope	Carbon: 0.0001% -6.0000% (expandable to 99.999%)
Sulfur: 0.0001% -0.3500% (expandable to 99.999%)	test portion weight
Standard 0.5g	accuracy of analysis
Compliant with GB/T20123-2006 standard	Compliant with ISO15350:2000 standard
sensitivity	C/S：0.1ppm
Analysis Time	20-100 seconds adjustable (usually 35 seconds)
work cycle	24-hour continuous operation high frequency Induction furnace 1. High frequency furnace output power: 2200W; frequency: 20MHz
2. Automatic leak detection, outdated and overcurrent alarm	3. Current/voltage/power/selection method to adjust furnace temperature: suitable for samples of different materials
4. Gas path: High precision flow controller ensures stable airflow and inlet gas path system	Dust filtration
0.4-micron ultra microporous metal filter ensures complete separation of dust and gas	Furnace head heating
Improve the conversion rate of sulfur and stabilize the sulfur analysis results	Dust removal system Automatic cleaning: can reduce the impact of dust on analysis results Ash removal system: high-pressure ash removal, thoroughly removing pipeline dust detection system 1. Circuit design: The whole machine adopts a dual CPU upper and lower computer modular design, and the lower computer uses Atmega162 as the control microcontroller. The electronic circuit is highly integrated, stable and reliable; 2. Sampling: High speed 24 bit ADS1224 sampling chip is used, with high sampling accuracy; 3. Communication: The upper and lower computers use USB2.0 interface communication, greatly improving communication speed; 4. Connection: The infrared detection part is connected to the high-frequency furnace using Agilent 1521/2521 high-speed optical fiber (the first of its kind in China), combined with multi-level concealed isolation circuits, completely eliminating high-frequency interference;

5. Power supply: Industrial grade integrated linear module power supply, stable output, no faults;

6. Light source: A specially designed new platinum infrared light source with continuous heating and high spectral efficiency;	7. Analysis cell: gold-plated carbon sulfur analysis cell and high-precision pyroelectric infrared detector;
8. Motor: Stepper motor, good thermal stability, continuous service life of 100000 hours.	2. Operating software
Operating software	Compiled using Deliph software and operated entirely in Chinese on Windows 7. Analysis Channel Provide channel management function, carbon and sulfur channels can be added, deleted, and edited independently without quantity limit;
Analysis function	The dynamic data integration and 20 samples per second during the analysis process have improved the sensitivity and accuracy of the analysis;
Provide sample management function, which allows editing of sample names and labels, as well as adding and deleting sample names;	The software provides a multi-user management system, which allows administrators to set different user permissions. Display function One curve box for carbon and sulfur, dynamically displaying real-time data and carbon and sulfur release curves during the analysis process. data
handle	function
The analysis results are stored in the ACCESS database, which can store all the data and curves of carbon and sulfur analysis for each time;	The analysis results can be freely queried based on various factors such as time, operator, sample name, and identification;