CS-H60DHigh intelligence carbon and sulfur analyzer
application area
The mass fraction of carbon and sulfur elements in steel, iron, alloys, non-ferrous metals, cement, ores, catalysts, and other materials
Main technical parameters
Analysis Method: Carbon: Gas Capacity Method Sulfur: iodometric method
Measurement range: Carbon: ω(C)0.020%-6.000%(Scalable)Sulfur: ω(C)0.0020%-0.500%(Scalable)
Analysis Error: Carbon ComplianceGB/T223.69-97standard Sulfur meetsGB/T223.68-97standard
Analysis time: High speed automatic ignition furnace65Second, tube furnace80second(Secondary absorption plus10second)
Sample weighing method: Electronic balance for non quantitative weighing, weighing range:0-100gReading accuracy:0.001g
Reading method: computer screen display, automatic printing of data
Working environment: Indoor temperature:5℃-40℃, relative humidity: less than75%
Power parameters: Power supply voltageAC220V±5%, frequency50Hz±2%
main features
1Using sensors with low noise, high sensitivity, and high stability to detect carbon and sulfur signals
2The intensive design of the whole machine and embedded microcontroller control have improved the reliability of the instrument
3The electronic balance does not measure the sample quantitatively and automatically reads the weight
4Change the sample size, expand the range, and broaden the application scope
5Adopting anti-corrosion solenoid valves to improve the reliability of gas and liquid systems
6Specialized carbon and sulfur analysis software with complete software functions
Based onWINDOWSThe analysis software, with a Chinese menu structure and navigation based operation, is convenient for users to use
Real time display of sensor signals on the screen, dynamic tracking of sulfur photoelectric signals, intuitive and clear
◆ Automatic curve creation, multiple curves coexist, single point correction or multi-point correction, curves can be optimized for easy calling
◆ With powerful database functions, real-time data observation, real-time query, and printing
◆ Can be connected to the furnace front reporting system for automatic data transmission