Tank level is one of the most-monitored measurements in the field - for production, for haul scheduling, for overflow prevention, and for chemical and water tanks. Whatever the tank holds, knowing its level remotely and continuously, with alerts at the limits, replaces manual gauging and prevents the two expensive failures: running over and running dry.
Tank level monitoring software reads continuous level from radar, ultrasonic, or float sensors on any tank and streams it to a cloud dashboard, with high- and low-level alarms - so oil, water, and chemical tanks are watched remotely, hauls are scheduled from data, and overflows are prevented.
Continuous level comes from a sensor - guided-wave or non-contact radar, ultrasonic, hydrostatic pressure, or a float - wired into an RTU or PLC as an analog signal, which a SCADA platform reads. Merobix reads those digitized level tags over Modbus or DNP3 from a cellular gateway, so a tank's level appears live on a dashboard whether the tank is at a battery, an SWD, or a chemical skid. See how transmitters work for the sensor side.
High-level alarms prevent overflows and spills; low-level alarms prevent running a tank or a chemical injection dry, which can mean lost treatment or a starved pump. Delivered in under 30 seconds with escalation, those alerts give time to act. And a continuous level trend in the historian turns haul scheduling and chemical reordering into data-driven decisions instead of guesswork.
Continuous level sensors - guided-wave or non-contact radar, ultrasonic, hydrostatic pressure, or float - wired into an RTU or PLC. A cloud SCADA reads the digitized level over Modbus or DNP3. Merobix reads these over a cellular gateway.
Yes. Any tank with a level sensor feeding an RTU or PLC can be monitored - production, water/SWD, and chemical tanks all appear on one cloud dashboard.
Yes. A high-level threshold triggers a sub-30-second alarm with escalation, giving time to divert or dispatch before an overflow. Low-level alarms similarly prevent running a tank or chemical injection dry.
Yes. A continuous level trend in the historian shows fill rates, so hauls and chemical reorders are scheduled from data rather than guesswork or fixed rounds.
This page references the protocol specifications published by the organizations below. Editions, product capabilities, and documentation change over time - confirm current requirements and specifications directly with the source.
Last reviewed: July 27, 2026. Merobix is not affiliated with, endorsed by, or sponsored by these organizations; their names are used only to identify the standards and products discussed.
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