2024 John Deere Engine & Drivetrains Marine Engines 6068AFM85
- Year 2024
- Make John Deere Engine & Drivetrains
- Model Marine Engines
- Engine Model: 6068AFM85
2024 John Deere Engine & Drivetrains Marine Engines 6068AFM85
Marine Propulsion Engine
Features may include:
High torque and low rated RPM- High torque provides excellent vessel control and maneuverability. Lower rated propulsion RPM reduces vibration and noise for improved crew comfort.
- Excellent airflow through 4-valve cylinder head delivers greater low-speed torque and better transient response time.
- The HPCR fuel system provides variable common-rail pressure, multiple injections, and higher injection pressures. It also controls fuel injection timing and provides precise control for the start, duration, and end of injection. Electronic transfer pump is self-priming for ease of maintenance. Provides high performance, excellent fuel economy, and low emissions.
- Integrated components eliminate external hoses and fittings. Wet exhaust manifold creates a cooler and quieter environment for passengers and crew.
- Replaceable wet-type cylinder liners are precision-machined and hardened for long life. Allows engine to be rebuilt to original specifications.
Engine
Engine
Model: 6068AFM85
Cylinder Liners
6
Displacement
6 cu in (6 L)
Bore
4.21 in (107 mm)
Stroke
5.00 in (127 mm)
Aspiration
Turbocharged and air-to-coolant aftercooled
Engine Type
In-line, 4- Cycle
Engine Power
M1: 172 KW (230 bhp) | M2: 198 KW (266 bhp) | M3: 224 KW (300 bhp) | M4: 246 KW (330 bhp) | M1 - Typical full-power operation (hr): Uninterrupted | M2 - Typical full-power operation (hr): 16 of each 24 hr | M3 - Typical full-power operation (hr): 4 of each 12 hr | M4 - Typical full-power operation (hr): 1 of each 12 hr
Rated Engine Speed
M1: 2300 rpm | M2: 2400 rpm | M3: 2500 rpm | M4: 2600 rpm
Fuel System
Fuel Usage, 100% Load
M1 - Typical annual usage (hr): Unrestricted | M1 - Typical load factor: >65% | M2 - Typical annual usage (hr): 000-5 | M2 - Typical load factor: <=65% | M3 - Typical annual usage (hr): 000-4 | M3 - Typical load factor: <=50% | M4 - Typical annual usage (hr): 000-3 | M4 - Typical load factor: <=40%
Operational
Operating Conditions
M2: 15.3 gal/hr (57.9 L/hr) | M3: 20.1 gal/hr (76.0 L/hr) | M4: 18.8 gal/hr (71.2 L/hr)
Dimensions
Length
58.6 in (1489 mm) | to rear face of flywheel housing: 46.1 in (1172 mm)
Width
33.9 in (862 mm)
Height
36.8 in (935 mm) | crankshaft centerline to top: 25.4 in (644 mm) | crankshaft centerline to bottom: 11.5 in ( 291 mm)
Weights
Dry Weight
1735 lb (787 kg)
Features
Features
Flywheel housing SAE: 2