G7L SF6 Sensor Based On Non Dispersive Infrared (NDIR) Technology Specifically Designed For SF6 Gas Detection

          G7L SF6 Sensor Based On Non Dispersive Infrared (NDIR) Technology Specifically Designed For SF6 Gas Detection

Key Features:

1. Superior Selectivity and Anti - Interference Performance: It is specifically designed for SF6 gas leak detection and has strong gas selectivity. It will not be interfered by common gases such as water vapor (H2O), alcohol and carbon dioxide (CO2), which ensures the accuracy of detection data in complex environmental conditions.
2. Stable and Reliable Operation: The sensor adopts advanced NDIR technology, which gives it excellent linearity and repeatability. It can maintain stable measurement performance for a long time, and there is no need for frequent maintenance during use, greatly reducing the later operation and maintenance cost.
3. Flexible Signal Output: It supports both digital and analog signal output methods. This design enables it to be flexibly matched with different backend control devices and data acquisition systems, and can be smoothly integrated into various monitoring systems, with strong compatibility.
4. Easy System Integration: With a compact and small structure and regular shape, the sensor is convenient for installation and layout in various devices. It can be quickly integrated into different types of SF6 gas monitoring equipment, meeting the integration needs of various application scenarios.
5. Long Service Life: The product has a long service life under normal operating conditions. Compared with traditional gas sensors, it avoids the trouble of frequent sensor replacement, which is more cost - effective for long-term continuous monitoring projects.

Application Scenarios:

1. Smart Power Industry: It is mainly used for leak monitoring of SF6 gas in high-voltage electrical equipment such as gas-insulated switchgear (GIS) and high-voltage switches. It can timely warn of seal aging and gas leakage, prevent the decline of equipment insulation performance, and ensure the safe and stable operation of the power grid.
2. Environmental Monitoring Field: It can be deployed in industrial parks and areas around electrical equipment workshops. It is used to monitor the concentration of SF6 gas in the ambient air. Since SF6 is a potent greenhouse gas, the monitoring data can provide a basis for formulating greenhouse gas emission reduction measures.
3. Online Monitoring Systems: It can be embedded into various online gas monitoring platforms. It realizes real - time tracking of SF6 gas concentration and remote transmission of data, meeting the needs of centralized management and remote monitoring in large - scale power facilities or industrial sites.
4. Gas Composition Analysis Scenarios: It is applicable to laboratory gas analysis and industrial gas quality detection. It can accurately measure the content of SF6 gas in the gas to be tested, providing reliable data support for scientific research experiments and industrial production process control.