Need a flexible, global solution for monitoring your aboveground storage tanks? Then look no further than the DFS DMP Flex Magnetostrictive Probe(s), a practical, cost-effective and adaptable product that relays incredibly precise readings of the fuel and other liquids inside your tank. This probe is perfectly engineered to fit more challenging environments, such as tight or difficult-to-access spaces or tall outdoor tanks. Pair the DFS DMP Flex Probe with one of our industry-leading tank gauge consoles for unbeatable wetstock monitoring.
Using magnetostrictive technology, our probes provide continuous and highly accurate readings of liquids inside of the tank. By transmitting a high frequency electrical impulse that travels at the speed of sound, the advanced technology within the probes is able to measure the time elapsed between the initial sending of the signal and its return to the float, giving an unbeatably accurate fuel reading which is then relayed to the console on site or directly to the point-of-sale (POS). Available as both wired and wireless units, you can be sure that whatever your site configuration, you are receiving the best service.
Using magnetostrictive technology, our probes provide continuous and highly accurate readings of liquids inside of the tank. By transmitting a high frequency electrical impulse that travels at the speed of sound, the advanced technology within the probes is able to measure the time elapsed between the initial sending of the signal and its return to the float, giving an unbeatably accurate fuel reading which is then relayed to the console on site or directly to the POS.
The Aqueous Ethanol Float (AEF) sensor from DFS provides early detection of unstable water levels inside of ethanol-blended fuel tanks, by indicating potential phase separation. By measuring the changes in density, the AEF sensor provides an early warning of the presence of water, notifying the retailer to stop selling fuel whilst investigations are carried out. Programmable thresholds and alarm settings also allow corrective actions to be deployed before phase separation occurs, and subsequent costly fuel loss.