The core of the high-frequency infrared carbon sulfur analyzer consists of modules such as high-frequency induction furnace and infrared detection system. With mature technology, it is widely used in industrial fields such as aerospace and machinery manufacturing, as well as in commercial inspection and scientific research institutions. It can accurately detect the carbon and sulfur content in metal and non-metal materials such as steel, alloys, and ores, providing reliable data for quality control and scientific research.
This instrument combines professional and flexible features: it supports independent detection of single carbon and single sulfur, integrates power control systems for catalytic and high-frequency furnaces, and can accurately regulate reaction conditions; The operating system is adjustable in multiple languages, and the pneumatic system has automatic leak detection, diagnosis, and protection functions to enhance operational safety.
The core detection unit adopts an infrared analysis cell with built-in constant temperature heating, ensuring precise temperature control and reliable results. The equipment can be equipped with high-efficiency dehydration, halogen trap, tube furnace combustion system and other devices. Users can flexibly configure according to the characteristics and accuracy requirements of the sample, expanding the scope of application.
Standardized operation is the key to precise operation, and it is necessary to follow the four link process: checking the integrity of the instrument, line connections, gas path status, and sample preparation during preparation; Preheat the instrument for 5 minutes after startup, start the software to set parameters, and after sample pretreatment, move it into the high-frequency furnace to start analysis.
Analyze the constant temperature heating of the high-frequency furnace, computer-controlled temperature and complete spectral measurement, and automatically calculate the carbon and sulfur content. After the analysis is completed, wait for the high-frequency furnace to cool down to room temperature and shut down in the order of "turn off software first, then turn off power".
Scientific maintenance can extend the lifespan of equipment: it is necessary to inspect the appearance and clean the surface daily, and check the gas path and sample processing system weekly; During regular maintenance, check the wiring and grounding every month, clean the high-frequency furnace carbon deposits every quarter, wear parts on the ventilation circuit every six months, and conduct comprehensive maintenance every year.
When the equipment is abnormal, it should be immediately shut down for troubleshooting: electrical and high-frequency furnace faults should be repaired by professional personnel, and damaged components can be replaced for gas and sample system faults. Operators need to be familiar with the regulations, pay attention to safety protection, keep equipment clean, avoid vibration and long-term work, and strictly follow maintenance requirements.
With precise detection, flexible configuration, and comprehensive operation and maintenance, this instrument has become a core equipment for carbon and sulfur detection in various fields, providing efficient guarantees for material analysis and quality control.