In the delicate defense line of industrial safety and environmental protection, volatile organic compounds (VOCs) have always been a persistent problem in the monitoring field due to their diverse types, strong diffusion, and extreme hazards. Accurately and quickly capturing these hidden threats in complex background airflows requires extremely high sensitivity and response speed. Today, we recommend the "king of speed and accuracy" in the sensor industry—GD-PID photoionization sensor.

    Core Technology: Ultraviolet Photoionization (PID) Principle

    GD-PID sensor utilizes high-energy photons generated by an ultraviolet (UV) lamp to ionize target gas molecules. When gas molecules absorb UV light energy, electrons detach from the molecules to form positive ions, thereby generating a current signal.

    Ultra-Fast Response: The typical response time (T90) of the GD-PID is only 4-8 seconds. This second-level feedback capability is crucial for successful emergency response in the event of chemical spills or sudden environmental accidents.

    Broad-Spectrum Detection: Capable of detecting the vast majority of volatile organic compounds (VOCs), offering the unique advantage of "one sensor for multiple measurements."

    Excellent Physical Toughness: Operating in a temperature range spanning -50℃ to 60℃, maintaining stable performance in both industrial inspections in extremely cold regions and online monitoring in high-temperature workshops.

    Long Lifespan Design: The sensor typically has a lifespan of up to 5 years, and the UV lamp has a lifespan of up to 13,000 hours (depending on the specific measurement range), significantly reducing the ownership cost of precision instruments.

    Core Applications: Protecting Every Clean Space

    GD-PID, with its small size and low power consumption (typically only 30mA), has been widely used in the following cutting-edge fields:

    1. Industrial Safety and Leak Detection

    In chemical industrial parks, oil refineries, and other locations, even minor flange leaks or valve seepage can lead to major disasters. GD-PID can be integrated into portable detectors or fixed monitoring heads to achieve real-time monitoring of VOCs concentrations on-site.

    2. Environmental Monitoring and Emergency Response

    In environmental enforcement and sudden pollution incidents, GD-PID is a powerful tool for rapid qualitative and quantitative analysis, helping personnel quickly delineate the scope of pollution.

    3. Cleanrooms and Semiconductor Manufacturing

    For industries with stringent air quality requirements, such as pharmaceuticals and chip manufacturing, GD-PID can monitor trace levels (ppb/ppm) of residual organic gases, ensuring the absolute purity of the production environment.

    GD-PID is more than just a sensor; it's a "digital sensor" for intelligent industrial upgrading. By precisely capturing microscopic molecules, it's helping various industries build a safer, more transparent, and greener production and living environment.

For more details, pls feel free to contact us:

Email: [email protected]

WhatsApp: +86 158335818384