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Advanced Gas Detection with SENSITRON™ SMART3 GD2

Introducing the Detector de Gas SENSITRON™ SMART3 GD2, a cutting-edge solution for gas detection designed to ensure safety in environments where toxic gases like hydrogen sulfide pose a risk. This robust detector features a 4-digit display and 5 status LEDs, providing clear and immediate information about gas levels. With its watertight design, the SMART3 GD2 is a reliable choice for both indoor and outdoor applications. Key features include a non-intrusive calibration system and a dedicated electrochemical hydrogen sulfide probe, ensuring accurate and reliable gas detection.

• Non-intrusive calibration through two hall effect switches for easy maintenance and calibration.
• High-precision electrochemical hydrogen sulfide probe with a range of 0-50ppm, ensuring accurate detection of toxic gas levels.

Technical Specifications and Details

The Detector de Gas SENSITRON™ SMART3 GD2 is equipped with a state-of-the-art 3. type probe, specifically designed for hydrogen sulfide detection. The probe offers a 4-20mA output, making it compatible with a wide range of control systems. Its compact and durable design ensures long-lasting performance in harsh environments. Additional features include:

• Display: Clear 4-digit display for easy reading of gas levels.
• Status LEDs: 5 LEDs provide immediate visual feedback on the detector's status and alarm conditions.

Practical Applications and Benefits

The SMART3 GD2 is an essential tool for a variety of industries and applications, including chemical processing, water treatment, and industrial maintenance. Its advanced features and reliable performance make it ideal for detecting hydrogen sulfide, a toxic gas that can cause serious health issues. By providing real-time monitoring and early warnings, the detector helps to prevent accidents and ensure the safety of workers. Key benefits include:

• Enhanced safety through early detection and prevention of gas leaks.
• Increased efficiency in gas monitoring and maintenance operations.