2010 FORD SUPER DUTY engine

Engine Rear axle
ratioMaximum GCWR -
lbs. (kg)Maximum
trailer weight -
lbs. (kg)
138” Wheelbase 10050 GVWR E-350 Cutaway with Single Rear
Wheels (SRW)
6.0L 4.10 20000 (9072) 10000 (4536)
138” Wheelbase 10000 GVWR E-350 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
138” Wheelbase 11500 GVWR E-350 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
158” Wheelbase 10050 GVWR E–350 Cutaway with Single Rear
Wheels (SRW)
6.0L 4.10 20000 (9072) 10000 (4536)
158” Wheelbase 10000 GVWR E–350 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
158” Wheelbase 11500 GVWR E–350 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
158” Wheelbase 12500 GVWR E–350 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
176” Wheelbase 10000 GVWR E–350 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
176” Wheelbase 12500 GVWR E–350 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
158” Wheelbase 13990 GVWR E–450 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
Driving
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Engine Rear axle
ratioMaximum GCWR -
lbs. (kg)Maximum
trailer weight -
lbs. (kg)
158” Wheelbase 14500 GVWR E–450 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
176” Wheelbase 13990 GVWR E–450 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
176” Wheelbase 14500 GVWR E–450 Cutaway with Dual Rear
Wheels (DRW)
6.0L 4.10 20000 (9072) 10000 (4536)
Trailer towing tables - F-Super Duty
Maximum GCWR - lb (kg.)
Engine Rear axle
ratioManual
transmissionAutomatic
transmission
F–250/F–350 Single Rear Wheel (SRW) Pick-up
6.4L 3.31 — 23000 (10433)
6.4L 3.55 23000 (10433) 23000 (10433)
F–350 Single Rear Wheel (SRW) Chassis Cab
6.4L 3.73 — 23000 (10433)
F–350 Dual Rear Wheel (DRW) Pick-up
6.4L 3.73/4.10 23500 (10659) —
6.4L 3.73 — 23500 (10659)
6.4L 4.10 — 26000 (11793)
F–350 Dual Rear Wheel (DRW) Chassis Cab
6.4L 3.73/4.10 23500 (10659) 23500 (10659)
F–450 Pick-up
6.4L 4.30 27000 (12247) 33000 (14969)
F–450 Chassis Cab
6.4L 4.30 26000 (11793) 26000 (11793)
6.4L* 4.30 — 30000 (13608)
6.4L* 4.88 28000 (12701) —
Driving
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Maximum GCWR - lb (kg.)
Engine Rear axle
ratioManual
transmissionAutomatic
transmission
F–550 Chassis Cab
6.4L 4.30/4.88 26000 (11793) 26000 (11793)
6.4L* 4.88 28000 (12701) 33000 (14969)
* With high capacity trailer tow package; see rear axle label to identify
actual vehicle content.
Integrated hitch rating
The standard integrated hitch has two ratings depending on mode of
operation:
•Weight carrying- requires a draw bar and hitch ball. The draw bar
supports all the vertical tongue load of the trailer.
•Weight distributing- requires an aftermarket weight distributing
system which includes draw bar, hitch ball, spring bars and snap-up
brackets. The vertical tongue load of the trailer is distributed between
the truck and the trailer by this system.
Hitch TypeMaximum
Gross Trailer
Weight-lb
(kg)Maximum
Tongue Weight
- lb (kg)
F–250/350 DRW
Pick-ups 2.5” ID
without adapter
(requires 2.5”
drawbar)Weight carrying 8000 (3629) 800 (363)
Weight
distributing15000 (6804) 1500 (680)
F–250/350 DRW
Pick-ups 2.5” ID
with adapter*
(requires 2”
drawbar)Weight carrying 6000 (2721) 600 (272)
Weight
distributing12500 (5670) 1250 (567)
All SRW
Pick-ups 2”
receiverWeight carrying 6000 (2721) 600 (272)
Weight
distributing12500 (5670) 1250 (567)
Driving
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JUMP STARTING YOUR VEHICLE (E-SERIES ONLY)
The following procedure is for E-Series vehicles only. F-Super
Duty vehicles equipped with the 6.4L diesel engine can be jump
started using the same procedure as a gasoline engine; refer to
yourOwner’s Guidefor the jump starting procedure.
WARNING:The gases around the battery can explode if
exposed to flames, sparks, or lit cigarettes. An explosion could
result in injury or vehicle damage.
WARNING:Batteries contain sulfuric acid which can burn skin,
eyes and clothing, if contacted.
Do not attempt to push-start your vehicle. Automatic
transmissions do not have push-start capability; damage to the
automatic transmission may result.
Preparing your vehicle
When the batteries are disconnected or new batteries are installed, the
transmission must relearn its shift strategy. As a result, the transmission
may have firm and/or soft shifts. This operation is considered normal and
will not affect function or durability of the transmission. Over time, the
adaptive learning process will fully update transmission operation.
1.Use only a 12–volt supply to start your vehicle.
2. Do not disconnect the batteries of the disabled vehicle as this could
damage the vehicle’s electrical system.
3. Park the booster vehicle close to the passenger side of the disabled
vehicle making sure the two vehiclesdo nottouch. Set the parking
brake on both vehicles.
Note:This vehicle has two frame-mounted batteries located on the
passenger side frame rail, behind the front passenger door. A battery
positive (+) jumper stud is located on the frame rail behind the rear
most battery box.
Roadside Emergencies
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4. Make the final connection of the negative (-) cable to an exposed
metal part of the disabled vehicle’s frame or chassis, away from the
batteries.Do notuse fuel lines, brake lines, exhaust components or the
battery trays asgroundingpoints.
WARNING:Do not connect the end of the second cable to the
negative (-) terminal of the battery to be jumped. A spark may
cause an explosion of the gases that surround the battery.
5. Ensure that the cables are clear of moving parts or any fuel delivery
system, brake system or exhaust system parts.
Jump starting
1. Start the engine of the booster vehicle and run the engine at
moderately increased speed.
2. Start the engine of the disabled vehicle.
3. Once the disabled vehicle has been started, run both engines for an
additional three minutes before disconnecting the jumper cables.
Roadside Emergencies
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3. Remove the jumper cable from the positive (+) terminal of the booster
vehicle’s battery.
4. Remove the jumper cable from the positive (+) jumper stud of the
disabled vehicle. Reinstall the cap onto the jumper stud.
After the disabled vehicle has been started and the jumper cables
removed, allow it to idle for several minutes so the engine computer can
relearnits idle conditions.
Roadside Emergencies
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ENGINE
Engines are more efficient when they are clean because grease and dirt
buildup keep the engine warmer than normal. When washing:
•Take care when using a power washer to clean the engine. The
high-pressure fluid could penetrate the sealed parts and cause
damage.
•Do not spray a hot engine with cold water to avoid cracking the
engine block or other engine components.
•Spray Motorcraft Engine Shampoo and Degreaser (ZC-20) on all parts
that require cleaning and pressure rinse clean.
•Never wash or rinse the engine while it is running; water in the
running engine may cause internal damage.
•Cover the highlighted areas to prevent water damage when cleaning
the engine.
•E–Series
Cleaning
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WARNING:Failure to maintain the functional holes, in the
tailpipe section of the exhaust, clean and free of debris or
foreign material may result in the holes becoming blocked or plugged.
Do not modify or remove the tail-pipe section. Blocked or plugged
holes or removal/modification of the system could result in elevated
exhaust gas temperatures which may result in vehicle/property damage
or personal injury
WARNING:The normal operating temperature of the exhaust
system is very high. Never work around or attempt to repair any
part of the exhaust system until it has cooled. Use special care when
working around the diesel oxidation catalytic converter and/or the
diesel particulate filter (DPF). The diesel oxidation catalytic converter
and/or the DPF heats up to a high temperature after only a short
period of engine operation and can stay hot even after the engine is
turned off. Failure to follow these instructions may result in personal
injury.
Cleaning
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