Introducing a state-of-the-art multi-point sampling  system, designed to revolutionize emissions monitoring across various industrial settings. This cutting-edge system offers continuous monitoring capability from up to 12 distinct multiplexed sampling points.

At the heart of the multipoint sampling system lies the DP7900 dilution sampling probe, equipped with the Smart-Probe option, representing the pinnacle of sampling technology.

It’s important to note that Instrumatic exclusively provides the design for the multipoint sampling system. System houses or analyzer manufacturers have the flexibility to select and procure the multigas analyzer that best suits their specific requirements and preferences.

This feature not only governs probe parameters but also facilitates seamless integration and precise control over sampling points such as engines, boilers, inert-gas systems, and incinerators, transmitting sampling data and status via the CAN bus to the sample gas multiplexer system.

Contained within a centralized cabinet, the sample gas multiplexer and central multi-gas analyzer streamline operations. 

Thanks to the DP7900 Smart-Probe’s provision of clean and dry samples, there’s no need for heated sample lines, reducing costs and simplifying installation with standard PTFE/PFA tubing.

Moreover, with a range extending up to +100 meters via an Ø8 mm unheated sample line, the distance between the Smart-Probe and the multiplexer/analyzer cabinet poses no hindrance to data acquisition.

The inclusion of cutting-edge multigas analyzers from reputable brands ensures exceptional precision, speed, and accuracy in measuring a comprehensive range of greenhouse gases including CO2, CH4,  N2O and H2O  facilitating thorough monitoring across all parameters.

One of the standout features of such a system is its unparalleled response time. With the OXYDAN DP7900 continuously propelling samples from the sampling points to the central cabinet at approximately 8 m/s, the system’s responsiveness surpasses that of its counterparts, ensuring swift and accurate greenhouse gas data acquisition.