iSF6-1800 Plus Cold-Mirror Type, Zero-Emission SF6 Gas Comprehensive Analyzer

The iSF6‑1800 Plus gas analyzer can measure moisture content, purity, decomposition products, and gas‑chamber pressure in GIS and GIL high‑voltage switchgear or other equipment filled with SF6 gas. It also allows the sampled gas to be recovered and stored in the instrument's internal gas cylinder, and, upon completion of testing, the sample gas can be pumped back into the gas chamber or container, achieving zero emissions of SF6 gas.

HSC-X10F21 Series SF6 Service Vehicle

The HSC‑X10F21 series SF6 service vehicle is specially designed and manufactured for China's power industry and switchgear manufacturers, incorporating internationally advanced SF6 recovery technology. Featuring oil‑free recovery, a well‑organized operational layout, a compact structure, and robust functionality, it is a high‑end, multi‑functional SF6 recovery system. The SF6 compressor is the core component of the SF6 recovery system; the HSC‑X10F21 series employs imported oil‑free SF6 compressors to ensure stable system operation and superior quality of recovered gas, thereby significantly reducing maintenance costs.

iSF6-718 Pro Wireless Dual-Screen Synchronized Display SF6 Gas Quantitative Leak Detector

The iSF6-718 Pro SF6 gas quantitative leak detector employs the non-dispersive infrared (NDIR) principle, enabling precise measurement of SF6 concentrations in air. Measurement results are displayed on the handheld unit's screen in ppmv. Simultaneously, wireless transmission allows real-time synchronization of trend graphs and readings on a control console. The instrument features both a pre‑search mode and a measurement mode: in "search mode," it locates leak points by identifying areas of highest SF6 concentration. When needed, users can switch to "measurement mode," which provides accurate readings of leak concentration and leak rate. With its high precision and low detection limit, the 718 Pro delivers superior performance in detecting leak concentrations and pinpointing leak sources.