CS5000 High Frequency Infrared Carbon and Sulfur Analyzer

Furnace Design — Clean Combustion, Intelligent Maintenance

• Solid-state high-frequency induction control extends the life of electronic tubes and improves combustion efficiency;

• Programmable temperature ramping enables precise combustion control for a wide variety of sample types;

• Oxygen-blowing technology minimizes dust and splatter during combustion;

• Heated filtration system at the furnace head enhances sulfur recovery and improves analytical accuracy;

• Fully automatic dual-brush cleaning system requires no tools for maintenance, significantly reducing downtime;

• High-pressure ash removal and automatic dust cleaning prevent accumulation around the furnace head, ensuring more stable sulfur results.

Gas Path System — Clean, Controlled, Reliable

• Simple and robust gas circuit design with multi-stage flow and pressure regulation, built entirely with premium imported components;

• Fully automatic dust removal routes dust directly to an external ash collection box, reducing environmental contamination;

• Optional catalytic furnace and in-line SO₃ trap convert CO and SO₂ into CO₂ and SO₃, enhancing carbon accuracy while eliminating toxic emissions—improving both environmental performance and operator safety.

Circuit Design — Intelligent Control, High-Speed Sampling

• Powered by a 32-bit ARM architecture processor with a built-in uClinux operating system for faster and more stable performance;

• Modular design separates system control and data acquisition for enhanced reliability;

• Capable of up to 200,000 data sampling points per second, delivering a strong foundation for high-precision analysis.

Infrared Detection System — Precision Measurement, Trusted Results

• Equipped with a long-life infrared emitter and high-quality gold-plated gas cell for superior signal quality;

• High-precision narrowband optical filters and infrared sensors ensure consistent detection accuracy;

• Drift-free electronic design with built-in compensation for temperature, pressure, and flow variations enhances measurement stability;

• Optional dual-cell dual-range detection system supports both high and low concentration samples;

• Thermal insulation module available to minimize environmental temperature interference and ensure consistent performance.