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IR Carbon and Sulphur Analyzer LCSA-A13

IR Carbon and Sulphur Analyzer LCSA-A13 is a 2 in 1 Carbon and Sulfur analyzer where analysis parts and furnace parts are designed as one unit. Features high-frequency induction burner, flexible temperature settings with automatic control produces accurate results. Adopted with high-quality elements ensures the analyzer stability and high quality. With an analysis time of 25 to 60 seconds and oxygen purity of 99.5 %, the multi-shielded isolation circuit prevents the machine from high-frequency interference. High-speed 24-bit sampling improves sensitivity and accuracy.

IR Carbon and Sulphur Analyzer LCSA-A13

Carbon measurement 0.0001% to 99.99999%
Sulphur measurement 0.0001% to 99.99999%
Sampling per second 28 times
Relative humidity < 90 %
Oxygen purity ≥ 99.5 %
Room temperature 10 ~ 30 °C
Oxygen input pressure 0.18 MPa at 5 %
Sensitivity 0.1 ppm
Carbon detection pool Can add low carbon pool
Sulphur detection pool Can add high sulphur pool
Analysis time 35 seconds ( can be set 25 to 60 seconds )
Weighing precision 0.0001 g
Power ≥ 2.5 kV
Voltage 220 V
Oscillation frequency 20 MHz
Frequency 18 Hz

  • The analysis parts and furnace parts are designed as one unit
    Ultra-low analysis with double carbon and sulphur (automated switching)
    24-bit sampling for improved accuracy and sensitivity
    Real-time monitoring of carbon and sulphur curve
    Carbon monoxide to the dioxide conversion device
    Automatic detection of electromagnetic valves, lifting cylinders
    Auto cleaning and ultra-micro porous metallic dust filter
    High precision pyroelectric IR detectors
    Low-pressure heating circle for improved sulphur conversion
    High-frequency furnace using optical fiber
    Internal pressure conceal, airtightness and filtering
    Statistical data device for counting and online data transfer
    Automated leakage detection (overflow alarm)
    Automatic dust cleaning improves analytical results
    High-pressure ash discharge for thorough cleaning of dust within pipes
    Platinum IR light source for continual heating and high spectral efficiency

Used to measure the mass fraction of carbon and sulfur in steel, iron, casting core sand, cement, ore, catalyst, magnetic materials, ceramics, inorganic matter, graphite, refractory materials, battery materials, plants, and other materials.

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