With the rapid development of gas monitoring technology, the EDK 9500 series Fourier transform infrared gas analyzer has become the focus of industry attention due to its excellent performance and wide applicability. This series of instruments combines online and portable host configurations, paired with a professional sampling and preprocessing system, to achieve efficient qualitative and quantitative analysis of gases.

Core performance: Accurate and efficient, multi-dimensional breakthroughs

The EDK 9500 series analyzer can detect over 3000 gases and measure up to 50 gases simultaneously, with detection accuracy far exceeding the industry average. Among them, the detection limit of gases such as ethylene oxide and N ₂ O is as low as 0.02ppm, and the detection limit of CF ₄ can reach 40ppb, which can accurately capture trace gas components. The instrument has a range coverage of 10 ppb to 100%, supports automatic switching between multiple ranges, and is suitable for monitoring different concentrations of gases. At the same time, it has precise analysis capabilities up to 20% absolute humidity, and can actively suppress H ₂ O and CO ₂ background noise to ensure data accuracy in complex environments.

This series of instruments adopts a long-term alignment maintenance free design, with a cadmium telluride mercury MCT detector paired with 4-TE thermoelectric cooling technology. The scanning frequency reaches 1s ⁻¹, and the sample cell transmittance exceeds 50%. The light window is made of BBAR ZnSe material to ensure detection efficiency and stability. The touchscreen interface in both Chinese and English is intuitive and convenient, with detailed health and alarm status prompts built-in. It is equipped with independent testing logs and supports secure data storage and traceability.

Rich configuration: customized to adapt to diverse scenarios

The EDK 9500 series provides a full scenario solution, covering multiple standard products such as continuous emission monitoring CEMS, online process analysis, high concentration and ultra-low concentration gas monitoring. The sampling probe and heating pipeline can be directly installed in the flue, with a maximum tolerance of 600 ℃ flue temperature and a maximum ash load of 2g/m ³. The PTFE tube core is matched with a multi-stage filtration system to ensure stable sampling under harsh working conditions. The sampling pipeline with full heat tracing adopts silicone PTFE、 High quality materials such as stainless steel, filter elements can be manually replaced, and maintenance is convenient and efficient.

Widely used: Empowering gas monitoring needs across multiple industries

With excellent performance, this series of analyzers has been widely used in various fields such as combustion monitoring, food processing, safety protection, ecological research in agriculture, forestry and animal husbandry, space research, medical equipment, fire protection, cement kilns, detection of toxic and harmful gases, and petrochemicals. In specialized scenarios such as continuous emission monitoring, greenhouse gas monitoring, environmental air pollutant detection, engine emission analysis, and hydrogen fuel cell purity testing, its accurate data provides strong support for industry decision-making.

The instrument is compatible with the Windows 10 operating system and has a storage temperature range of -10 ℃~60 ℃ (no condensation). Its sturdy and lightweight innovative shock resistant design ensures stable operation in different environments such as laboratories and on-site monitoring, providing reliable support for gas monitoring in various industries.