Maretron Fuel Flow Sensor f/FFM100 Fuel Flow Monitor

The Maretron Fuel Flow Sensor for FFM100 Fuel Flow Monitor is a precision marine instrumentation component designed for vessels requiring real-time fuel consumption monitoring and engine efficiency tracking. Purpose-built for military, law enforcement, and professional maritime operations, this sensor integrates seamlessly with Maretron's FFM100 system to deliver critical fuel management data. Whether deployed on patrol craft, supply vessels, or tactical watercraft, accurate fuel flow measurement is essential for mission planning, operational range calculation, and preventive maintenance protocols.

This fuel flow sensor operates by measuring fuel passage through a calibrated turbine mechanism, translating volumetric flow into digital signals compatible with the FFM100 display unit. The sensor's design minimizes pressure drop across fuel lines while maintaining high accuracy across varying operational conditions—critical for vessels operating in demanding marine environments. Constructed to withstand salt spray, vibration, and temperature fluctuations inherent to maritime service, the sensor's compact footprint (4 x 4 x 6 inches) allows installation in tight engine compartments without compromising accessibility. At 1.9 lbs, integration adds negligible weight penalty to fuel system architecture.

Operators managing fleet fuel budgets, mission endurance planning, or engine diagnostics benefit most from this sensor's real-time data stream. Installation requires placement inline with primary fuel supply lines—compatible with both gasoline and diesel fuel systems depending on FFM100 configuration. The sensor communicates via Maretron's proprietary marine network protocol, enabling integration with other onboard navigation and engine monitoring systems. Routine maintenance involves periodic line flushing to prevent sediment accumulation; the sensor itself requires no field calibration. Military and law enforcement vessels, research platforms, and commercial maritime operations rely on this component to maintain operational awareness and optimize fuel logistics across extended deployments.