DumoPro Dust Monitor

Continuous workplace dust monitor for industrial environments

Sintrol DumoPro is a powerful tool for measuring dust concentration in industrial environments. The field-proven measurement technology has high sensitivity to total suspended particles (TSP) and is tolerant to sensor contamination making it reliable in a wide variety of dust detection applications. DumoPro utilizes the Sintrol Inductive Electrification technology providing a wide measuring range.

The robustness of DumoPro makes it a safe choice for dust monitoring in challenging industrial conditions. Common industries are flour and sugar mills, mining, wood products, grain handling, chemical, power plants, or any bulk and powder handling facility. Some common applications include health & hygiene, equipment safety, as a part of good housekeeping practice, helping mitigate the risk of dust explosions and the detection of unwanted events.

The Auto Setup function is a unique Sintrol Dust Monitor feature that allows for a simple user-friendly  commissioning. Done in normal process conditions  the Auto Setup procedure,  will adapt and adjust the dust monitor and will automatically  and set the measuring range and alarms. DumoPro can be managed and parameterized with the DustTool software. DustTool offers a convenient platform to view the measurement results, initiate the Auto Setup, and adjust the parameters of the monitor.

DumoPro can be installed anywhere in the production process where the determination of the dust levels is critical or informative. DumoPro makes the task of dust monitoring easier, faster and more reliable than ever before.

When solid particles come in contact or close to an insulated probe they produce a charge to the probe. This phenomenon is then amplified and converted into a proportional signal to the dust concentration. The amplification consists of two signals: DC component occurs when particles come into contact of the sensor (traditional triboelectric signal) and AC signal is generated by particles coming into contact as well as passing nearby the probe. Through advanced algorithms and signal filtration Inductive Electrification provides a very accurate dust measurements output.