The CS-901K steel carbon sulfur analyzer is a device used to measure the carbon and sulfur content in steel. It achieves measurement by heating steel samples to high temperatures and measuring the carbon and sulfur content in the gases produced in the samples. Specifically, steel carbon sulfur meters typically use resistance heating furnaces to heat samples to high temperatures, causing them to undergo combustion reactions and release gases such as carbon dioxide and hydrogen sulfide.
CS-901K Steel Carbon and Sulfur AnalyzerIntroduction
Comprehensive Introduction
The CS-901K steel carbon sulfur analyzer adopts an integrated structure of high-frequency combustion part and infrared analysis part, which has the characteristics of wide analysis range, multiple types of analyzed samples, and high analysis accuracy. The instrument is equipped with five sets of detection systems for high carbon, low carbon, high sulfur, low sulfur, and carbon monoxide
Steel carbon sulfur analyzer is a device used to measure the carbon and sulfur content in steel. It achieves measurement by heating steel samples to high temperatures and measuring the carbon and sulfur content in the gases produced in the samples. Specifically, steel carbon sulfur meters typically use resistance heating furnaces to heat samples to high temperatures, causing them to undergo combustion reactions and release gases such as carbon dioxide and hydrogen sulfide. Then, these gases will be detected and analyzed by specific sensors to determine the carbon and sulfur content in the sample. Widely used in the steel manufacturing industry, it can be used to control the quality and composition of steel materials, as well as monitor changes and abnormal situations in the production process.
analysis scope
Carbon element:
C1: 0.001-50% (expandable to 100%)
C2: 0.00001% - 0.5%
RSD £ 0.4%
Sensitivity: 0.1ppm
Accuracy higher than ISO9556 standard requirements
Sulfur element:
S1: 0.1% -60% (expandable to 100%)
S2: 0.00001% - 5%
RSD £ 1.0%
Sensitivity: 0.1ppm
Accuracy higher than ISO4935 standard
Analyze the sample:
Ordinary steel
ferroalloy
non-ferrous metals
ore
coke
Raw materials and slag
Rare earth elements, etc
Main design features
Hardware design features
Integrated design of high-frequency combustion and infrared detection parts
HP desktop computers, LCD displays, and laser printers
Carbon monoxide compensation, more accurate analysis results
The air circuit control system adopts standard metal connectors, which are simple and have good air tightness. The control valve adopts Japanese SMC valve, and the system continuously analyzes 100000 samples*
Air circuit reverse blowing design, capable of continuously analyzing thousands of samples without cleaning the furnace head
Two sets of carbon and sulfur detection systems, with a wider measurement range for carbon and sulfur
High precision gas digital mass flow controller, unaffected by external factors such as temperature and pressure, with accuracy and stability surpassing those of float flow meters
The infrared detection device adopts a photoelectric integrated design with exquisite and durable structure, and its reliability and stability meet the J (military) level standards
Swiss imported modulation motor, capable of continuous operation for 30000 hours*
Ultra microporous stainless steel metal dust filter, corrosion-resistant, no need for cleaning for long-term use
software design
Dual operating systems, with an average MTBF index of 20000 hours per system
Multi curve design, the system can store up to 40 carbon curves and 40 sulfur curves, and supports users to set their own curves
Temperature, flow rate, and peak width compensation ensure stable and reliable system performance
Other features
Dual printing system, capable of both real-time printing and text printing
Equipped with high-precision ten thousand position balance, the system can automatically identify German Sedolis, Shanghai Balance, Swiss Mettler, and American Ohhaus Balance
Each analysis result can be transmitted to other computers via serial port or local area network (UDP/IP protocol)
Large screen display can be sent externally (optional, transmission distance: 10 kilometers)