The AirGuard Pro CH4 Sensor (Model WIN-SN-CH4) is a high-precision methane (CH4) detection sensor designed for continuous monitoring in industrial environments. Equipped with advanced sensing technology, it ensures accurate and real-time methane measurements, making it ideal for gas leak detection, process control, and safety monitoring applications.
This digital sensor supports multiple output interfaces, including Modbus RS485, analog output (0-10V), and analog output (4-20mA), offering flexibility for seamless integration into control systems and data acquisition networks. Powered by a 24V AC/DC supply, it guarantees reliable performance in demanding industrial conditions.
The AirGuard Pro CH4 Sensor is designed for durability, enabling stable operation in harsh environments while maintaining compliance with safety standards. Its compact design and robust construction make it suitable for industrial plants, natural gas facilities, and chemical processing units.
Key Features:
- High-Precision CH4 Detection: Ensures accurate methane level monitoring for safety compliance.
- Multiple Output Options: Supports Modbus RS485, 0-10V, and 4-20mA outputs for system integration.
- Real-Time Monitoring: Provides instant alerts and continuous tracking of methane concentrations.
- Reliable Power Supply: Operates on 24V AC/DC, ensuring stable and uninterrupted performance.
- Industrial-Grade Design: Built for rugged use in challenging environments.
- Flexible Applications: Suitable for gas leak detection, process monitoring, and environmental safety systems.
Applications:
- Gas Leak Detection: Monitors CH4 levels in industrial plants and natural gas pipelines.
- Process Control Systems: Tracks methane emissions for safe and efficient operations.
- Safety Compliance: Helps meet regulatory standards in manufacturing and petrochemical industries.
- Environmental Monitoring: Supports emission tracking to ensure eco-friendly operations.
- Industrial Automation: Integrates easily into monitoring systems for automated safety protocols.