The saying “less is more” doesn’t apply here. Each piece of equipment becomes an added strength to your mission critical facility-not a liability. The FSCs redundant communication network increases reliability by design: the more operational equipment you use, the fewer points of failure you have. If the generators don’t work when they’re supposed to, there’s no power. Generators keep mission critical facilities running during disasters.
Want Your System to be More Reliable When the Power Goes Out? A typical day tank would require 14 wire homeruns using conventional methods. The FSC communication network reduces the amount of wiring by 700%. That includes day tanks, pump sets, filtration units, and remote fill stations. They’re modular, too, meaning they plug-and-play with typical fuel handling components. They’re designed “masterless” so that if one goes down, the others won’t fail too.ĭual redundant cabling from each node means there’s no chance for repeater failure, hub failure, or switch failure. They’re installed on every piece of your fuel delivery system, then networked together. If your PLC dies, what happens to your system? The great thing about the Flexible System Controller is that each one operates as a programmable logic controller. Most emergency fuel systems rely on one programmable logic controller (PLC) to keep everything running. Will Your System Still Work if your PLC Dies? It’s called the Flexible System Controller (FSC) and it’s built to make your job a whole lot easier. What if you could save money and increase reliability at the same time?įuel system experts recently unveiled a new technology that’s changing the way we think about mission critical fuel systems.
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