Products > Deere Marine Engines > 6081AFM |
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John Deere 6081AFM Marine
Diesel |
Related Pages |
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| Performance Data | ||||||
| Engine Model | Cyl. | Displacement | Marine Rating | Power Rating | Peak Torque | Fuel Consumption |
|---|---|---|---|---|---|---|
| 6081AFM | 6 | 8.1 L (496 cu.in.) | M1 | 235 hp (175 kW) @ 2100 rpm | 1082 Nm (798 lb-ft) @ 1500 rpm | 43.9 L (11.6 gal)/hr |
| M2 | 300 hp (224 kW) @ 2200 rpm | 1220 Nm (900 lb-ft) @ 1700 rpm | 56.6 L (15.0 gal)/hr | |||
| M3 | 330 hp (246 kW) @ 2300 rpm | 1268 Nm (935 lb-ft) @ 1900 rpm | 62.3 (16.5 gal)/hr | |||
| M4 | 375 hp (280 kW) @ 2400 rpm | 1332 Nm (982 lb-ft) @ 2000 rpm | 72.5 L (19.2 gal)/hr | |||
| Marine Generator Set Engine Ratings | |||||
| Engine Model |
Rated RPM |
Engine Power |
Calculated
Prime Rating Range |
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|---|---|---|---|---|---|
| 6081AFM | 1800 1500 |
261 hp (195
kW) 217 hp (162 kW) |
171-179 kW (214-224
kVA) 142-149 kW (178-186 kVA) |
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*kVa is determined by 0.8 power factor |
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| Engine Dimensions* | ||||
| Engine Model | Length | Width | Height | Weight |
|---|---|---|---|---|
| 6081AFM | 1299 mm (51 in) | 787 mm (31 in) | 687 mm (27 in) | 853 kg (1881 lb) |
| * Dimensions are based on engine with standard configuration" including flywheel, flywheel housing, and electronics. Actual numbers may vary depending on selected options. | ||||
Engine Description
The industrial
POWERTECH 6081AF001 is the base engine for the POWERTECH 6081AFM01 marine
engine. The marine engine incorporates heavy-duty components on the base engine
to ensure excellent reliability at sea. The engine is equipped with ceramic
fiber reinforced pistons for added strength and heavy-duty copper nickel bonded
engine bearings. Other heavy-duty parts incorporated into the base engine
include a cast iron water pump cover, composite material valve cover, large
capacity spin-on fuel filter, cast aluminum oil pan, alternators up to 140
amps, gear driven seawater pump, and a single stage, high capacity air cleaner.
The engine comes standard with directed top-liner-cooled replaceable wet liners
that extend the life of the engine. These are more economical to service at
overhaul than competitive parent metal block engines that require re-sleeving
and machining.
The POWERTECH 6081AFM engine incorporates improved marine hardware. The heat exchanger and top tank unit is a single unit made of copper and brass, which resists corrosion from seawater. It incorporates a CuNi heat exchanger core and two sacrificial zinc anode plugs. The keel-cooled version will utilize the same assembly, less the core and anodes. Coolant connections on the keel-cooled engines are horizontal, which simplifies connections to the keel cooler.
The exhaust manifold gives the engine better exhaust flow and retains more thermal energy to the turbocharger resulting in better fuel economy and more torque.
Other marine features include a low mount alternator with manual tension adjustment, alternator choices up to 140 amps, eavy-duty wire belt guard, gear-driven seawater pump, and several choices of auxiliary drives.
The POWERTECH 6081AFM incorporates an electronically-controlled injection pump. It is equipped at the factory with a 20-foot wiring harness and remote mounted electronic control unit (ECU). Extensions are available for the wiring harness from the engine to the main panel and from the main panel to the flybridge panel.
The ECU and throttle potentiometer can be remote mounted up to 20 feet away on a bulkhead or in an access panel free from engine heat and vibration. The throttle potentiometer can be connected to a mechanical control cable or other servo device for actuation. There are two connections for throttle potentiometers to allow engine control from separate stations. The ECU wiring harness incorporates connections for a diagnostic scan tool and two instrument panels.
There are two instrument panels available - a main panel and a flybridge panel. Both panels incorporate Computer Area Network (CAN) data link through an SAE J1939 harness that communicates vital engine diagnostic and performance data to a multi-display module on the main panel. The module will display performance data, hours, pre-alarm codes, and fault codes. If the engine is operated beyond set operating conditions, such as with low oil pressure or high water temperature, the engine will automatically derate to a safe power level until the fault conditions indicated in the module are in acceptable range. This feature protects the engine without shutting it off and forewarns the operator of the need to inspect the engine.
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