High-Frequency Infrared Carbon & Sulfur Analyzer - QualiEA-ICSA1000

High-Frequency Infrared Carbon & Sulfur Analyzer - QualiEA-ICSA1000 Features

High Intelligence

• Simultaneously measures high and low levels of carbon and sulfur with automatic result determination, enhancing testing efficiency.
• Features an automatic alarm system that alerts users to issues such as parameter changes, incorrect settings, untested samples, missing standard samples, or communication errors.
• Supports network management and real-time data sharing for streamlined operation and improved control.

Wide Measuring Range, Easily Adaptable to Customer Needs

• Equipped with dual infrared cells (carbon and low-sulfur) to extend the measurement range for both high and low carbon levels, achieving ultra-low carbon accuracy up to ±0.2 ppm.
• Covers a full range from 0.00001% to 99.99%, offering flexibility to meet diverse testing requirements.
• Features a unique linearization mathematical model—non-segmented and free from inflection point compensation—for near-perfect linearity.
• Includes an automatic correction function (single-point or multi-point), enabling true automatic calibration and ensuring consistently precise results.

High-Power Combustion System

• Equipped with one of the most powerful combustion furnaces, the system uses next-generation high-frequency modules with a fully modular design for stable output, low failure rates, and efficient combustion of refractory samples.
• A dual air-cooling circulation system ensures low noise, high efficiency, and superior cooling performance in the high-frequency furnace area.
• The high-frequency induction coil features a special surface coating that enhances induction efficiency, extends the lifespan of the oscillation tube, and maintains consistent power output over long-term operation.

High-Frequency Radiation Shielding Technology

• The advanced radiation shielding system minimizes exposure to high-frequency radiation, ensuring user safety.
• Its optimized magnetic field design reduces interference with the infrared circuit board, delivering more accurate test results—especially for ultra-low carbon and sulfur measurements—significantly enhancing overall precision.

Intelligent Hibernation and Self-Protection

• When the analyzer remains idle for a set period, the software automatically disconnects to conserve energy, minimize component wear, and extend the instrument’s lifespan.
• The high-frequency furnace operates independently from the analyzer’s power supply, allowing the analyzer to remain powered on for long-term infrared cell stability. The furnace stabilizes within just 15 minutes of preheating, reducing overall warm-up time and improving operational efficiency.

Rapid Analysis and Intelligent Dust Removal

• The complete sample analysis process takes only 35 seconds.
• Featuring an integrated system for dust brushing, extraction, and collection, the dual-zone synchronous copper brush cyclone dust removal device performs dust removal and sample analysis simultaneously. It can also be operated manually to ensure ultra-low sulfur detection and high-precision results unaffected by dust.
• The high-pressure cyclone dust removal system includes automatic dust discharge and accumulation control, cleaning itself after each test to minimize the impact of dust on analytical accuracy.

Stable and Reliable Gas System with Low Operating Cost

• Equipped with a high-precision gas flow controller that automatically regulates gas flow, ensuring consistent performance regardless of environmental changes, temperature, or pressure.
• The ultra-microporous metal dust filter (0.5 micron) is integrally sintered and molded for long-term use without the need for ultrasonic cleaning, effectively reducing maintenance requirements and overall operating costs.