Fuel flow sensor 25-500 l/h (6.6-132 gal/h) for FFM100

The primary role of the Raymarine 25-500 l/h fuel flow sensor is to provide accurate data on your engine’s fuel consumption. It is designed to integrate with the FFM100 monitoring system to ensure rigorous management of your boat’s efficiency and range.

This sensor can measure fuel flows ranging from 25 to 500 litres per hour. In imperial units, this corresponds to a range of 6.6 to 132 gallons per hour.

The sensor is designed to measure fuel flow and integrates with the FFM100 system. While the FFM100 system can monitor various fluids, this specific sensor is designated for fuel.

Using this sensor provides several benefits, including:

Accurate fuel consumption measurement for optimized engine efficiency management. Better estimation of your boat’s remaining range. Data integration into the NMEA 2000 network for easy display on compatible onboard screens.

No, this sensor is not a standalone product. It is specifically designed as an accessory for the FFM100 monitoring system. It requires the FFM100 module to operate and transmit its data.

Yes, Maretron products, including the FFM100 system which this sensor integrates with, are tested to IEC 60945 for maritime navigation and radio communication equipment and systems. Additionally, the FFM100 system is NMEA 2000 certified.

This fuel flow sensor is specifically designed to be compatible with the FFM100 Fuel/Fluid Flow Monitoring system.

Yes, the sensor integrates with the FFM100 module, which transmits data via the NMEA 2000 network. NMEA 2000 is a standard recognized for its reliability and interoperability in marine navigation systems.

Yes, the FFM100 system, which is part of the Maretron product line, is NMEA 2000 certified. This certification ensures compliance with safety and network management standards.

This sensor is specifically designed for the FFM100 monitoring system. To ensure optimal performance and correct integration, it is recommended to use it exclusively with the FFM100 module. The text does not mention compatibility with other modules.

NMEA 2000 integration ensures that fuel flow data is available on compatible onboard displays. For the data to be displayed, the display must be NMEA 2000 compatible and capable of interpreting PGN (Parameter Group Number) messages related to fuel flow.

No, the fuel flow sensor is an accessory for the FFM100. The FFM100 module is a separate component required for the sensor to function. Purchasing this product concerns only the sensor.

Yes, the sensor transmits its data via the FFM100 module, which integrates into the NMEA 2000 network. A functional NMEA 2000 network is therefore required for the sensor data to be collected and displayed.

The sensor is a key component of the FFM100 fuel and fluid flow monitoring system. It is designed to be installed in the engine’s fuel line and connected to the FFM100 module. Installation requires physical integration into the boat’s fuel circuit.

For this fuel flow sensor to work, you will need the following items:

The FFM100 monitoring module (not included with this sensor).A functional NMEA 2000 network on board your boat.An NMEA 2000-compatible display to view flow data.

The fuel flow sensor is powered via its connection to the FFM100 module. The FFM100 module, in turn, is powered by the boat's NMEA 2000 network, eliminating the need for a separate power supply for the sensor itself.

The 'gal/h' stands for 'gallons per hour'. It is a fuel flow rate measurement unit, equivalent to 'litres per hour' (l/h), but expressed in the imperial or US measurement system. The sensor can measure flow rates from 6.6 to 132 gallons per hour.

Yes, Maretron products, including the FFM100 system with which this sensor integrates, are tested to IEC 60945. This standard applies to marine navigation and radio communication equipment and systems, indicating that the sensor is designed to withstand the demanding conditions of the marine environment.

Yes, the fuel flow sensor is described as an essential accessory for rigorous management of the boat's efficiency and range. By providing accurate data on consumption, it enables users to optimize performance and trip planning.