2017 FORD FUSION HYBRID climate control

These modes are available when yourvehicle can run under high voltage batterypower. With your vehicle in driving mode,you can change EV modes with each pressof the EV button. The current mode will bedisplayed in the left-hand instrumentcluster screen.
Auto EV
This mode provides anautomatic use of high voltagebattery power during the drive,staying in electric mode when possible andrunning the engine when needed. Thismode will be the only one available if theplug-in power has been depleted.
EV Now
This mode provides an electriconly driving experience. Theleft-hand information displaychanges to a screen displaying youraverage miles or kilometers per chargealong with EV specific tools and functions.
Your vehicle may accelerate more slowlyand the top speed may be lower in EV Nowmode than in Auto EV mode.
You can enable your engine at any time byusing one of the following methods:
1.Press the OK button on the left 5–waysteering wheel control while viewingthe miles or kilometers per chargescreen. Your vehicle will enable theengine as needed, and willautomatically return to EV Now aftereight seconds or when the engine is nolonger needed.
2.Press the accelerator pedal fully. A popup message will appear. Press OK onthe left-hand steering wheel button toactivate as needed. The message willdisappear if you release the acceleratorpedal.
3. Press the EV button. This will changethe mode to EV Later and permitengine operation.
Your vehicle may automatically enterEngine Enabled mode if system conditionsrequire it. A engine enabled message willdisplay if this occurs. This is normalfunction, and your vehicle will return to EVNow when possible.
Your vehicle may enter Enable Enginemode if the climate control is in a defrostmode and the outside temperature is cold.A engine enabled message will display ifthis occurs. If defrost is not needed, selecta different climate control mode to permitEV Now.
When you enable EV Now, a blue EV icondisplays in the left-hand informationdisplay. If your vehicle is in the EngineEnabled mode, the EV icon will be yellow.
EV Now will automatically exit when thePlug in power has been depleted.
EV Later
This mode saves most of thehigh voltage battery plug inpower for future use (forexample, your initial drive is at high speedson open roads, but later your drive will beat low speeds in an urban area whereplug-in power usage is most efficient).Your vehicle will run the engine as neededand keep most of the high voltage batteryplug in power for later use in Auto Mode orEV Now mode.
When you enable EV Later, a white EVLater icon appears on the left-handinformation display.
The EV Later mode will automatically resetto EV Auto mode when you power yourvehicle off. You may press the EV buttontwice during the next drive to return to EVLater mode, if desired.
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Unique Driving CharacteristicsE155152 E144814 E151263

HYBRID VEHICLE FREQUENTLY ASKED QUESTIONS
AnswerQuestion
The high voltage battery is electrically isol-ated from the rest of the vehicle when thekey is off. When you switch the key on, highvoltage contactors inside the battery areclosed to make the electricity available tothe motor and generator and enable thevehicle to drive. The clicks are the sound ofthese contactors as they close and openduring start up and shut down.
What are the series of clicks from the cargoarea when I first turn the key in the ignition?
The vehicle's computer will determine if anengine start is required at key-on. Silent keystart will start the engine if it is necessaryfor cabin heating, windshield defrost, or ifthe outside temperature is low. (For C-MAXEnergi vehicles, the engine may not berequired to operate these functions.)
Why does the engine sometimes start atkey-on?
There are several reasons the engine stayson for an extended amount of time whenyou first start it. One common reason is tomake sure that the emissions componentsare warm enough to minimize tailpipeemissions. As the climate gets cooler, thisengine-on time is extended.
Why does it take a long time before theengine shuts down?
The engine is required to turn on above thisspeed to protect the transmission hard-ware.
Why does my engine never shut downabove 85 mph (137 km/h)
In order to make sure that the climatecontrol system can begin heating the cabinor defrosting the windshield as soon as adriver requests it, the engine coolanttemperature has to be kept sufficiently hot.Keeping the engine on is required to main-tain the correct coolant temperature.
Why does my engine stay on when it isextremely cold outside?
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Unique Driving Characteristics

TOWING A TRAILER
WARNING
Never tow a trailer with aFusion Hybrid. Thispowertrain is not designed to tow.
TOWING THE VEHICLE ON
FOUR WHEELS
Emergency Towing
In the event your vehicle becomes disabled(without access to wheel dollies,car-hauling trailer, or flatbed transportvehicle), it can be flat-towed (all wheelson the ground, regardless of thepowertrain/transmission configuration)under the following conditions:
•The vehicle is facing forward so that itis towed in a forward direction.
•Place the transmission in position N. Ifyou cannot move the transmission intoN, you must override it and enable stayin neutral mode. Failing to do so mayresult in damage to the transmission.See Transmission (page 170).
•Maximum speed is 35 mph (56 km/h).
•Maximum distance is 50 miles (80kilometers).
Recreational Towing
Note: Put your climate control system inrecirculated air mode to prevent exhaustfumes from entering your vehicle. SeeClimate Control (page 116).
Follow these guidelines if you have a needfor recreational (RV) towing. An exampleof recreational towing would be towingyour vehicle behind a motorhome. Theseguidelines are designed to ensure that yourtransmission is not damaged.
Your vehicle can be towed with all fourwheels on the ground using the NeutralTow feature, or with all four wheels off theground using a vehicle transport trailer. Ifyou are using a vehicle transport trailer,follow the instruction specified by theequipment provider.
Neutral Tow
If you tow your vehicle with all four wheelson the ground:
•Tow only in the forward direction.
•Release the parking brake.
•Place the vehicle in Neutral Tow modeby doing the following:
•Put the ignition in accessory mode(ignition on, engine off). SeeKeyless Starting (page 141).
•Select the neutral tow option in theinformation display.
•When prompted by the informationdisplay, press the brake pedal andselect Neutral on the transmission.Make sure the parking brake is off.If done successfully, a confirmationmessage appears in the display.
•Shut the ignition off. See KeylessStarting (page 141). If the processis completed successfully, the N onthe transmission slowly blinks anda confirmation message appearsin the display.
•Do not exceed 70 mph (113 km/h).
•Start the engine and allow it to run forone minute at the beginning of eachday. With the engine running and yourfoot on the brake, shift into position Dand then into position R before shiftingback into position N.
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Towing

BREAKING-IN
You need to break in new tires forapproximately 300 miles (480kilometers). During this time, your vehiclemay exhibit some unusual drivingcharacteristics. The engine also needs tobreak in. Avoid hard accelerations anddriving too fast for the first 1000 miles(1600 kilometers). If possible, avoidcarrying heavy loads up steep gradesduring the break-in period.
ECONOMICAL DRIVING
Your fuel economy depends on:
•How you drive your vehicle.
•How you maintain your vehicle.
•The conditions you drive your vehiclein.
You may improve your fuel economy bykeeping these in mind:
•Drive your vehicle at reasonablespeeds. Traveling at 65 mph(105 km/h) uses about 15% less fuelthan traveling at 75 mph (121 km/h).
•Drive at steady speeds withoutstopping.
•Anticipate stops. Slowing down yourvehicle may eliminate the need to stop.
•Keep the tires properly inflated and useonly the recommended size.
•Switch off the heater if you do not needit. When you have the heater on, keepit at the lowest blower andtemperature setting necessary to becomfortable.
•When it is cold outside, park in a sunnylocation or a climate-controlledenvironment. This may save fuel byreducing the energy needed to heat thecabin.
•Switch off the air conditioning if you donot need it. When you have the airconditioning on, keep it at the lowestblower and highest temperaturesetting necessary to be comfortable.
•When it is hot or sunny outside, parkingin a shaded or climate-controlledenvironment will save fuel by reducingthe energy needed to cool the cabin.
•For Plug-In Hybrid vehicles, usepreconditioning to improve your fueleconomy. See High Voltage Battery(page 162).
•Switch off the heated seats if you arenot using them.
•Switch off the defroster when you nolonger need it for visibility.
•For Plug-In Hybrid vehicles, plug in andrecharge the high voltage batterywhenever possible.
•Use ECO Cruise Control, especially inhilly terrain. See Cruise Control (page195).
•Shift into low gear (L) when enhancedengine braking is needed. Otherwise,use drive gear (D) shift position.
•Combine errands and minimizestop-and-go driving. A warmed upengine works more efficiently. Whenrunning errands, go to the farthestdestination first and then work yourway back home.
•Close the windows for high-speeddriving.
•Use the recommended engine oil. SeeCapacities and Specifications (page306).
•Perform all regularly scheduledmaintenance. See ScheduledMaintenance (page 466).
•Use the coach and brake coach displayto get feedback on your economicaldrive style. See Information Displays(page 94).
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Driving Hints

Protected componentsFuse amp ratingFuse or relay number
Front heated seat.20A165
Not used.—66
Body control module 2.50A267
Heated rear window.40A168
Anti-lock brake system valves.30A169
Passenger seat.30A170
Not used.—71
Panoramic roof #1.30A172
Not used.—73
Driver seat module.30A174
Transmission oil pump (PHEV).20A175
e-Shifter (transmission range controlmodule).20A176
Front climate controlled seats.30A177
Not used.—78
Blower motor.40A279
Not used.—80
Inverter.40A181
Anti-lock brake system pump.60A282
Wiper motor 1.25A183
Not used.—84
Not used.—85
1 M-type fuse.2J-type fuse.
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Fuses

Protected componentsFuse amp ratingFuse or relay number
Keypad.5A210Cell phone passport module.
Not used (spare).5A211
Climate control.7.5A212Gear shift.
Steering wheel column.7.5A213Instrument cluster.Datalink logic.
Extended power module.10A214
Datalink-gateway module.10A215
Child lock.15A116Decklid release.
Not used (spare).5A217
Push button start stop switch.5A218
Extended power module.7.5A219
Adaptive headlamps.7.5A220
Humidity and in–car temperature sensor.5A221
Pedestrian sounder.5A222
Delayed accessory (power inverter logic,moonroof logic, driver master switch).10A123
Central lock unlock.20A124
Driver door (window, mirror).30A125
Front passenger door (window, mirror).30A126
Moonroof.30A127
Amplifier.20A128
Rear driver side door (window).30A129
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Fuses

Note:Industrial-strength or heavy-dutycleaners in combination with brush agitationto remove brake dust and dirt, could wearaway the clear coat finish over a period time.
Note:Do not use hydrofluoric acid-basedor high caustic-based wheel cleaners, steelwool, fuels or strong household detergents.
Note:If you intend parking your vehicle foran extended period after cleaning thewheels with a wheel cleaner, drive yourvehicle for a few minutes before doing so.This will reduce the risk of increasedcorrosion of the brake discs.
Alloy wheels and wheel covers are coatedwith a clear coat paint finish. To maintaintheir condition we recommend that you:
•Clean the wheels weekly usingMotorcraft Wheel and Tire Cleaner.Apply using manufacturer'sinstructions.
•Use a sponge to remove heavydeposits of dirt and brake dustaccumulation.
•Rinse thoroughly with a strong streamof water when you have completed thecleaning process.
•To remove tar and grease, useMotorcraft Bug and Tar Remover.
VEHICLE STORAGE
If you plan on storing your vehicle for 30days or more, read the followingmaintenance recommendations to makesure your vehicle stays in good operatingcondition.
We engineer and test all motor vehiclesand their components for reliable, regulardriving. Under various conditions,long-term storage may lead to degradedengine performance or failure unless youuse specific precautions to preserve enginecomponents.
General
•Store all vehicles in a dry, ventilatedplace.
•Protect from sunlight, if possible.
•If you store vehicles outside, theyrequire regular maintenance to protectagainst rust and damage.
Body
•Wash your vehicle thoroughly toremove dirt, grease, oil, tar or mud fromexterior surfaces, rear-wheel housingand the underside of front fenders.
•Periodically wash your vehicle if youstore it in exposed locations.
•Touch-up exposed or primed metal toprevent rust.
•Cover chrome and stainless steel partswith a thick coat of auto wax to preventdiscoloration. Re-wax as necessarywhen you wash your vehicle.
•Lubricate all hood, door and luggagecompartment hinges and latches witha light grade oil.
•Cover interior trim to prevent fading.
•Keep all rubber parts free from oil andsolvents.
Engine
•Change the engine oil and filter prior tostorage because used engine oilcontains contaminates which maycause engine damage.
•Start the engine every 15 days for aminimum of 15 minutes. Run at fast idlewith the climate controls set to defrostuntil the engine reaches normaloperating temperature.
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Vehicle Care

U.S. Department ofTransportation Tire qualitygrades: The U.S. Department ofTransportation requires FordMotor Company to give you thefollowing information about tiregrades exactly as the governmenthas written it.
Treadwear
The treadwear grade is acomparative rating based on thewear rate of the tire when testedunder controlled conditions on aspecified government test course.For example, a tire graded 150would wear 1½ times as well onthe government course as a tiregraded 100. The relativeperformance of tires dependsupon the actual conditions of their
use, however, and may departsignificantly from the norm due tovariations in driving habits, servicepractices, and differences in roadcharacteristics and climate.
Traction AA A B C
WARNING
The traction grade assignedto this tire is based onstraight-ahead braking tractiontests, and does not includeacceleration, cornering,hydroplaning or peak tractioncharacteristics.
The traction grades, from highestto lowest are AA, A, B, and C. Thegrades represent the tire’s abilityto stop on wet pavement asmeasured under controlledconditions on specifiedgovernment test surfaces ofasphalt and concrete. A tiremarked C may have poor tractionperformance.
Temperature A B C
WARNING
The temperature grade forthis tire is established for atire that is properly inflated andnot overloaded. Excessive speed,underinflation, or excessiveloading, either separately or incombination, can cause heat
buildup and possible tire failure.
The temperature grades are A(the highest), B and C,representing the tire’s resistanceto the generation of heat and itsability to dissipate heat whentested under controlled conditionson a specified indoor laboratorytest wheel. Sustained hightemperature can cause thematerial of the tire to degenerateand reduce tire life, and excessivetemperature can lead to suddentire failure. The grade Ccorresponds to a level ofperformance which all passengercar tires must meet under the
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Wheels and Tires