The WIN Smart Duct Carbon Monoxide (CO) Sensor with Analog Output (AOV/AOC) is a precise and reliable solution designed to monitor CO levels in duct systems. Engineered for safety and efficiency, this sensor is ideal for both HVAC and industrial applications, ensuring optimal air quality and compliance with safety standards.

Key features include:

1. CO Measurement Range: Accurately detects CO levels ranging from 5 to 5000 ppm, providing real-time data for effective air quality management.
2. Analog Output Options: Offers both analog voltage (AOV) and analog current (AOC) output, enabling flexible and easy integration into existing building automation systems.
3. Flexible Power Supply: Operates reliably on 12-24V DC, ensuring consistent performance across a variety of installations.
4. Durable and Easy to Install: Built for long-lasting performance and ease of installation, this sensor is engineered to meet the demands of both commercial and industrial environments.

The WIN Smart Duct CO Sensor with AOV/AOC plays a critical role in ensuring safe ventilation and optimal air quality by continuously monitoring carbon monoxide levels, making it an essential component for HVAC systems, industrial facilities, and building management systems.

Key Features:

1. Accurate CO Monitoring: Detects carbon monoxide from 5 to 5000 ppm to ensure safety and air quality.
2. Flexible Integration: Provides both analog voltage and analog current output for seamless system integration.
3. Reliable Power Source: Operates on 12-24V DC, ensuring consistent and dependable operation.
4. Durable Design: Built to endure demanding industrial and commercial environments.

Applications:

1. HVAC Systems: Ideal for ensuring safe indoor air quality in HVAC and ventilation systems.
2. Industrial Facilities: Used for monitoring carbon monoxide levels in industrial spaces such as factories, chemical plants, and manufacturing facilities.
3. Building Automation Systems: Integrated into smart building systems for real-time CO level monitoring and management.