
Note:When you try to restart your vehicleafter a fuel shutoff, the vehicle makes surethat the electrical system is safe to restart.Once your vehicle determines that theelectrical system is safe, then the vehiclewill allow you to restart.
Note:In the event that your vehicle doesnot restart after your third attempt, contactan authorized dealer.
JUMP STARTING THE VEHICLE
WARNINGS
The gases around the battery canexplode if exposed to flames, sparksor lit cigarettes. An explosion couldresult in injury or vehicle damage.
Batteries contain sulfuric acid whichcan burn skin, eyes and clothing, ifcontacted.
Do not attempt to push-start yourautomatic transmission vehicle. Automatictransmissions do not have push-startcapability. Attempting to push-start avehicle with an automatic transmissionmay cause transmission damage.
Preparing Your Vehicle
Note:Use only a 12-volt supply to start yourvehicle.
Note:Do not disconnect the battery of thedisabled vehicle as this could damage thevehicle's electrical system.
1. Park the booster vehicle close to thehood of the disabled vehicle makingsure the two vehicles do not touch. Setthe parking brake on both vehicles andstay clear of the engine cooling fan andother moving parts.
2.Check all battery terminals and removeany excessive corrosion before youattach the battery cables. Ensure thatvent caps are tight and level.
3.Turn the heater fan on in both vehiclesto protect from any electrical surges.Turn all other accessories off.
Connecting the Jumper Cables
Your vehicle has a 12-volt battery that hastwo prongs accessible from under thehood. Your vehicle can be jumped thesame way conventional vehicles can byusing these prongs. The illustration belowshows the two connector prongs used forjump-starting your vehicle.
A. Positive prong (+)
B. Negative prong (-)
Note:In the illustration, the vehicle on thebottom is used to designate the assisting(boosting) battery.
Note:Remove the red cap from the positiveprong (A) on your vehicle before connectingthe cables.
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1.Connect the positive (+) jumper cableto the positive (+) prong (A) of thedischarged battery.
2. Connect the other end of the positive(+) cable to the positive (+) terminalof the assisting battery.
3. Connect the negative (-) cable to thenegative (-) terminal of the assistingbattery.
4. Make the final connection of thenegative (-) cable to the negative (-)prong (B) of your vehicle.
Note:Do not attach the negative (-) cableto fuel lines, engine rocker covers, the intakemanifold or electrical components. Theseitems should not be considered groundingpoints.
WARNING
Never connect the negative end ofthe cable to the negative (-) terminalof the discharged battery. A sparkmay cause an explosion of the gases thatsurround the battery. Always use thenegative prong as a grounding point.
Make sure that the cables are clear of fanblades, belts, the moving parts of bothengines, or any fuel delivery system parts.
Jump Starting
1.Start the booster vehicle and press theaccelerator pedal moderately.
2. Start the disabled vehicle. Check theinstrument cluster for the Ready toDrive light as the gasoline engine maynot start, but the electric motor maybe running.
3.Once you start the disabled vehicle, runboth vehicles for an additional threeminutes before disconnecting thejumper cables.
Removing the Jumper Cables
Remove the jumper cables in the reverseorder that they were connected.
Note:In the illustration, the vehicle on thebottom is used to designate the assisting(boosting) battery.
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1. Remove the jumper cable from thenegative prong.
2. Remove the jumper cable on thenegative (-) terminal of the boostervehicle's battery.
3. Remove the jumper cable from thepositive (+) terminal of the boostervehicle's battery.
4. Remove the jumper cable from thepositive (+) prong of the disabledvehicle's battery.
After disconnecting the jumper cables, letthe disabled vehicle sit in Ready to Drivemode for several minutes to charge the12V battery. The disabled vehicle cancharge the 12V battery even if the gasolineengine may be off. The 12V battery willreceive power from the high-voltagebattery instead.
COLLISION, DAMAGE OR FIRE
EVENT
Guidance for Ford Motor CompanyElectric and Hybrid-ElectricVehicles Equipped With HighVoltage Batteries
(Vehicle Owner/Operator/GeneralPublic)Electric and Hybrid-Electric VehicleConsiderations
In the event of damage or fire involvingan electric vehicle (EV) orhybrid-electric vehicle (HEV):
•Always assume the high-voltagebattery and associated componentsare energized and fully charged.
•Exposed electrical components, wiresand high-voltage batteries presentpotential high-voltage shock hazards.
•Venting/off-gassing high-voltagebattery vapors are potentially toxic andflammable.
•Physical damage to the vehicle orhigh-voltage battery may result inimmediate or delayed release of toxic,flammable gases and fire.
Vehicle Information and GeneralSafety Practices
•Know the make and model of yourvehicle.
•Review the owner’s manual andbecome familiar with your vehicle’ssafety information and recommendedsafety practices.
•Do not attempt to repair damagedelectric and hybrid-electric vehiclesyourself. Contact an authorized FordDealer or vehicle manufacturerrepresentative for service.
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Crashes
A crash or impact significant enough torequire an emergency response forconventional vehicles would also requirethe same response for an electric orhybrid-electric vehicle.
If possible
•Move your car to a safe, nearbylocation and remain on the scene.
•Roll down the windows before shuttingyour vehicle off.
•Place your vehicle in Park, set theparking brake, turn off the vehicle,activate the hazard lights, and moveyour key(s) at least 16 feet (5 meters)away from the vehicle.
Always
•Call 911 if assistance is needed andadvise that an electric or hybrid-electricvehicle is involved.
•Do not touch exposed electricalcomponents or the enginecompartment, as a shock hazard mayexist.
•Avoid contact with leaking fluids andgases, and remain out of the way ofoncoming traffic until emergencyresponders arrive.
•When emergency responders arrive,tell them that the vehicle involved is anelectric vehicle or hybrid vehicle.
Fires
As with any vehicle, call 911 immediately ifyou see sparks, smoke or flames comingfrom the vehicle.
•Exit the vehicle immediately.
•Advise 911 that an electric orhybrid-electric vehicle is involved.
•As with any vehicle fire, do not inhalesmoke, vapors or gas from the vehicle,as they may be hazardous.
•Remain a safe distance from thevehicle and try to stay clear of thesmoke.
•Stay out of the roadway and stay outof the way of any oncoming trafficwhile awaiting the arrival of emergencyresponders.
Post-Incident
•Do not store a severely damagedvehicle with a lithium-ion battery insidea structure or within 50 feet (15meters) of any structure or vehicle.
•Make sure that passenger and cargocompartments remain ventilated (i.e.open window, door or trunk).
•For vehicles in the United States, notifyFord Motor Company 1-800-392-3673(then follow the prompts on the voiceresponse menu), an authorized Forddealer or service center as soon aspossible as there may be other stepsto secure and discharge thehigh-voltage battery.
•For vehicles in Canada, notify FordMotor Company 1-800-565-3673(then follow the prompts on the voiceresponse menu), an authorized Forddealer or service center as soon aspossible as there may be other stepsto secure and discharge thehigh-voltage battery.
•Call 911 if you observe leaking fluids,sparks, smoke or flames, or heargurgling or bubbling from thehigh-voltage battery.
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FUSE SPECIFICATION CHART
Pre-Fuse Box
Your vehicle has a pre-fuse box attachedto the power distribution box. There is asecond pre-fuse box attached to the12-volt battery terminal in the rear of yourvehicle. They contain high-current fuses.If you need to replace one of these fuses,see an authorized dealer.
Power Distribution Box
WARNINGS
Always disconnect the battery beforeservicing high current fuses.
WARNINGS
To reduce risk of electrical shock,always replace the cover to thepower distribution box beforereconnecting the battery or refilling fluidreservoirs.
The power distribution box is located inthe engine compartment. It hashigh-current fuses that protect yourvehicle's main electrical systems fromoverloads.
If you disconnect and reconnect thebattery, you will need to reset somefeatures. See Changing the 12V Battery(page 228).
Lift the release lever at the rear of the coverto remove it.
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Protected componentsFuse amp ratingFuse or relay number
Hands-free liftgate entry module.5AF1
Keyless vehicle module.10AF2
Keyless vehicle door handles.5AF3
Door control unit front left.25AF4
Door control unit front right.25AF5
Door control unit rear left.25AF6
Door control unit rear right.25AF7
Not used.—F8
Driver seat motor.25AF9
Heated rear window.25AF10
Ignition relay.5AF11
Battery electronics control module.15AF12
Not used.—F13
Charger (C-MAX Energi).10AF14
Not used.—F15
Not used.—F16
Battery electronics control module.10AF17
Battery electronics control module — fan.15AF18
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GENERAL INFORMATION
Have your vehicle serviced regularly to helpmaintain its roadworthiness and resalevalue. There is a large network ofauthorized dealers that are there to helpyou with their professional servicingexpertise. We believe that their speciallytrained technicians are best qualified toservice your vehicle properly and expertly.They are supported by a wide range ofhighly specialized tools developedspecifically for servicing your vehicle.
If your vehicle requires professional service,an authorized dealer can provide thenecessary parts and service. Check yourwarranty information to find out whichparts and services are covered.
Use only recommended fuels, lubricants,fluids and service parts conforming tospecifications. Motorcraft® parts aredesigned and built to provide the bestperformance in your vehicle.
Precautions
•Do not work on a hot engine.
•Make sure that nothing gets caught inmoving parts.
•Do not work on a vehicle with theengine running in an enclosed space,unless you are sure you have enoughventilation.
•Keep all open flames and other burningmaterial (such as cigarettes) awayfrom the battery and all fuel relatedparts.
Working with the Engine Off
1.Set the parking brake and shift to park(P).
2. Switch off the engine.
3. Block the wheels.
Working with the Engine On
WARNING
To reduce the risk of vehicle damageand/or personal burn injuries, do notstart your engine with the air cleanerremoved and do not remove it while theengine is running.
1.Set the parking brake and shift to park(P).
2. Block the wheels.
OPENING AND CLOSING THE
HOOD
Opening the Hood
1.Inside the vehicle, pull the hood releasehandle located under the left-handside of the instrument panel.
2. Slightly lift the hood.
3. Release the hood latch by pushing thesecondary release lever to yourleft-hand side.
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Low Engine Use (If Equipped)
The low engine use mode is equipped onEnergi models only. The low engine usemode keeps the engine oil quality in goodcondition when you drive your vehicle withlimited engine use. If your vehicle is in lowengine use mode when you start thevehicle, a message appears in theinformation display. When your vehicle isin low engine use mode, your vehicle runsthe engine as necessary.
Selecting EV Now mode when your vehicleis in the low engine use mode suspendsthe low engine use mode for as long as youcontinue driving your vehicle. The lowengine use mode resumes the next timeyou start your vehicle.
Changing the engine oil and resetting theoil life monitoring system suspends the lowengine use mode.
ENGINE COOLANT CHECK
WARNINGS
Do not add engine coolant when theengine is hot. Steam and scaldingliquids released from a hot coolingsystem can burn you badly. Also, you canbe burned if you spill coolant on hot engineparts.
Do not put engine coolant in thewindshield washer fluid container. Ifsprayed on the windshield, enginecoolant could make it difficult to seethrough the windshield.
To reduce the risk of personal injury,make sure the engine is cool beforeunscrewing the coolant pressurerelief cap. The cooling system is underpressure; steam and hot liquid can comeout forcefully when the cap is loosenedslightly.
Do not add coolant further than theMAX mark.
Engine Coolant and InverterSystem Controller Coolant
Your vehicle has two separate coolingsystems. One is for cooling the engine andone is for cooling the inverter systemcontroller that is specific to the hybridoperating system. The two systemsoperate similarly, with the inverter systemcontroller cooling system generallyoperating at a lower temperature andpressure.
Checking the Engine Coolant
When the engine is cold, check theconcentration and level of the enginecoolant at the intervals listed in thescheduled maintenance information. SeeScheduled Maintenance (page 348).
Note:Make sure that the level is betweenthe MIN and MAX marks on the enginecoolant reservoir.
Note:Coolant expands when it is hot. Thelevel may extend beyond the MAX mark.
Note:If the level is at the MIN mark, belowthe MIN mark, or empty, add coolantimmediately. See Adding Engine Coolantin this chapter.
The coolant concentration should bemaintained within 48% to 50%, whichequates to a freeze point between -30°F(-34°C) and -34°F (-37°C).
Note:For best results, coolantconcentration should be tested with arefractometer such as Robinair® Coolantand Battery Refractometer 75240. We donot recommend the use of hydrometers orcoolant test strips for measuring coolantconcentrations.
Note:Automotive fluids are notinterchangeable. Do not use engine coolantor antifreeze or windshield washer fluidoutside of its specified function and vehiclelocation.
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