Description :

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.

Specifications :

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

Features :

• -  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