Fuel monitoring projects need dependable readings across changing loads. A Coriolis meter measures mass directly and can provide a practical basis for consumption tracking, batching and energy management.
Define the fuel and operating range
Provide fuel type, density range, viscosity, minimum and maximum flow, normal load and temperature. Size the meter around the normal operating point while retaining enough turndown for startup and low-load operation.
Choose mass or volume reporting
Mass flow is useful for comparing fuel consumption independent of density changes. If the plant needs volume at a reference condition, confirm how density, temperature compensation and the required calculation outputs will be handled.
Review pressure drop and piping
Confirm available pressure, pump capability, line size, connection standard and the need for isolation or bypass piping. Support the meter and avoid excessive vibration, two-phase flow and unstable shutoff conditions.
Plan hazardous-area and signal integration
For fuel systems, identify the zone, gas group and temperature class. Specify HART, Modbus, pulse or frequency outputs and confirm the receiving PLC, DCS, SCADA or energy-management system requirements.
Request calibration and totalization details
Ask for calibration points, uncertainty, zero verification, totalizer behavior during power loss and the configuration backup. These details matter when readings support allocation, maintenance or fuel-cost reporting.
Send the fuel, flow range, pressure, temperature, line size and output requirements. We can help prepare a practical configuration.
View Product Send Requirements