Welcome to Part 2 of our 2-part article series, "How Reverse Filter Pulse Cleaning Works." In our previous article, we looked at what a reverse filter pulse cleaning system is, how it works, and what it's used for. We also discussed the main components of a reverse filter pulse cleaning system, including the compressed air reservoir, the pulse valve, the timer, and of course the filter. In this article, we'll review some operation tips to keep your system running well, some common issues to prevent wasting compressed air, as well the key terms you need to know when working with this technology. Operational Tips for Reverse Pulse Cleaning Systems Each system may have nuanced differences in materials and layouts. For example, the compressed air connection can be plumbed using heavy-duty rubber tubing or black pipe. Regardless of these differences, however, the following tips should be kept in mind for streamlined operation: Take care of the compressed air connection’s inline air regulator to maintain desired PSI (pounds of force per square inch) level Ensure temperature control to prevent condensation Pulse cleaning should operate at 90 PSI to avoid damage to the filter Keep the electrical requirements for the solenoids front of…