The SF6 Comprehensive Measurement and Analysis Instrument is specifically designed for testing the parameters of insulating gas within SF6 electrical equipment. Equipped with high-performance sensors for measuring dew point, purity, and decomposition products, it ensures accurate and stable test results. Featuring a unique gas pathway design and high-precision electronic flow meters, the instrument performs fully automated testing, making SF6 gas analysis more precise. It can measure all three parameters in a single test, significantly reducing the user's workload and improving operational efficiency. The instrument integrates numerous functions, including real-time measurement, power management, time management, data storage, and parameter settings. Combining advanced sensor technology with information technology, along with touchscreen operation and a user-friendly interface, it is the ideal device for SF6 gas measurement.

•  Fast and energy-efficient: After powering on and entering measurement mode, the measurement process takes approximately 5 minutes.
• Self-locking connectors: Features self-locking connectors imported directly from Germany, ensuring safety, reliability, and zero air leaks.
• Data storage: Designed with a large storage capacity, capable of storing up to 500 sets of test data.
• High-Definition Display: Features a 4.3-inch touchscreen that directly displays all measurement data.
• Built-in Power Supply: Equipped with a high-capacity lithium battery that provides up to 30 hours of continuous operation on a single charge.
• Electronic Flow Meter: Features a built-in electronic flow meter with full digital flow display and flow limit alarm functionality.
• Smart Cleaning: Features a built-in micro air pump for quick pipeline cleaning after measurement; cleaning duration can also be set.
•  Open Calibration: This instrument features a calibration function; the entire calibration process can be completed directly on the device.
• Data Processing: Equipped with a built-in printer, allowing saved data to be selectively printed or directlyuploaded to a computer.