Series 95/96000 GPS Interface Single Engine
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Our GPS Interface System combines a digital LCD Engine Hour Meter, Tachometer, Fuel Flowmeter, Fuel Totalizer and litres per Nautical Mile over the ground in a single 86mm diameter instrument which fits the panel space of a standard tachometer. The speed signal required to calculate the l/nm reading is obtained from GPS and Loran systems having a NMEA 0183 serial port output.
The direct display of litres per Nautical Mile over the ground gives the skipper a powerful new tool to set optimum fuel efficiency under all conditions and to determine precisely how far he can go with his remaining fuel.
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Features
- Fits most diesel engines rated from 25 hp to 4300 hp. Twin diesels require two separate FloScan systems.
- Microprocessor based electronics with 2-stage adjustable calibration of LPH & litres used for superior accuracy.
- Simultaneous independent display of engine hour time, RPM, LPH, litres consumed, and litres per nautical mile.
- RPM readout accurate to 1 RPM. Easily connects to existing magnetic, a/c signal generator, or engine alternator RPM pick-ups.
- LPH and Totalizer readings displayed in whole litre increments. Totalizer capacity up to 99,999 litres.
- Dual color (amber/green) backlighting of LCD provides for easy night viewing.
- Requires 1 SPST push button switch for resetting fuel totalizer reading.
- Requires 1 SPST toggle switch for accessing L/nM reading.
- Meter fits 86mm panel opening (standard tach size). Can replace existing tachs in panel.
- Models available in black or white (bezel/dial face).
- Uses Model 201/231 Series K Diesel Standard Flow Sensors which are designed for feed and return flows in the range of 1 - 180 LPH. Standard Flow Sensors incorporate 1/4" NPT female inlet and outlet ports with 1 PSI or less pressure drop at rated flows.
- Uses Model 233/236 Series K Diesel High Flow Sensors which are designed for feed and return flows in the range of 110 - 1550 LPH. High Flow Sensors incorporate 1" NPT female inlet and outlet ports with 1 PSI or less pressure drop at rated flows.
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