2013 FORD E SERIES battery

JUMP-STARTING THE VEHICLE
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 automatic transmission vehicle.
Automatic transmissions do not have push-start capability. Attempting to
push-start a vehicle with an automatic transmission may cause
transmission damage.
When the battery is disconnected or a new battery is installed, the
automatic transmission must relearn its shift strategy. As a result, the
transmission may exhibit a combination of firm and 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.
Preparing Your Vehicle
Note:Use only a 12 volt supply to start your vehicle.
Note:Do not disconnect the battery of the disabled vehicle as this could
damage the vehicle’s electrical system.
1. Park the booster vehicle close to the hood of the disabled vehicle
making sure the two vehicles do not touch. Set the parking brake on
both vehicles and stay clear of the engine cooling fan and other moving
parts.
2. Check all battery terminals and remove any excessive corrosion before
you attach the battery cables. Ensure that vent caps are tight and level.
3. Turn the heater fan on in both vehicles to protect from any electrical
surges. Turn all other accessories off.
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Connecting the Jumper Cables
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.
Note:Do not attach the negative (-) cable to fuel lines, engine rocker
covers, the intake manifold or electrical components as grounding points.
Note:In the illustration, the vehicle on the bottom is used to designate
the assisting (boosting) battery.
1. Connect the positive (+) jumper
cable to the positive (+) terminal of
the discharged battery.
2. Connect the other end of the
positive (+) cable to the positive
(+) terminal of the assisting battery.
3. Connect the negative (-) cable to
the negative (-) terminal of the
assisting battery.
4. Make the final connection of the
negative (-) cable to an exposed
metal part of the stalled vehicle’s
engine, away from the battery and
the carburetor or fuel injection
system.
Ensure that the cables are clear of fan blades, belts, moving parts of both
engines, or any fuel delivery system parts.
4
2
1
3
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Jump Starting
1. Start the engine of the booster vehicle and run the engine at a
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.
Removing the Jumper Cables
Note:In the illustration, the vehicle on the bottom is used to designate
the assisting (boosting) battery.
Remove the jumper cables in the reverse order that they were
connected.
1. Remove the jumper cable from
the ground metal surface.
2. Remove the jumper cable on the
negative (-) terminal of the booster
vehicle’s battery.
3. Remove the jumper cable from
the positive (+) terminal of the
booster vehicle’s battery.
4. Remove the jumper cable from
the positive (+) terminal of the
disabled vehicle’s battery.
After the disabled vehicle has been started and the jumper cables
removed, allow it to idle for several minutes so the engine computer can
relearn its idle conditions.
4
1
3
2
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FUSE SPECIFICATION CHART
Power Distribution Box
WARNING:Always disconnect the battery before servicing high
current fuses.
WARNING:To reduce risk of electrical shock, always replace the
cover to the power distribution box before reconnecting the
battery or refilling fluid reservoirs.
Note:If your vehicle is equipped with a dual battery, disconnecting the
primary under-hood battery does not remove power from all circuits.
The power distribution box is located in the engine compartment. It has
high-current fuses that protect your vehicle’s main electrical systems
from overloads.
If the battery has been disconnected and reconnected, refer to
Changing the Vehicle Batteryin theMaintenancechapter.
The high-current fuses are coded as follows:
Fuse/relay
locationFuse amp
ratingProtected components
1 HC micro relay Powertrain control module
2 HC micro relay Starter solenoid
3 HC micro relay Wiper
Fuses193
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Fuse/relay
locationFuse amp
ratingProtected components
4 HC micro relay Trailer tow battery charge
5 HC micro relay Fuel pump
6 HC micro relay Trailer tow park lamp
7 HC micro relay Upfitter #4
8 HC micro relay Upfitter #3
9 HC micro relay Modified vehicle and stripped chassis
run/start
10 — Not used
11 — Not used
12 40A** Modified vehicle and stripped chassis
run/start
13 30A** Starter solenoid relay
14 40A** Run start relay
15 40A** Modified vehicle and stripped chassis
battery
16 50A** Auxiliary A/C blower
17 50A** Trailer tow battery charge, Trailer tow
park feed
18 30A** Electric trailer brake, Trailer brake
controller
19 30A** Upfitter #1
20 30A** Upfitter #2
21 — Not used
22 — Not used
23 G8VA relay A/C clutch
24 G8VA relay Horn relay (stripped chassis)
25 HC micro relay Run/start
26 — Not used
27 — Not used
28 20A* Back up lamp
29 10A* A/C clutch
30 10A* Brake on/off switch
194Fuses
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Fuse/relay
locationFuse amp
ratingProtected components
31 10A* Cluster battery (stripped chassis)
32 50A** Blower motor
33 40A** Anti-lock brake system pump
34 20A** Stripped chassis horn
35 40A** Powertrain control module relay
36 20A** Ignition switch (stripped chassis)
37 G8VA relay Trailer tow stop — left turn signal
38 G8VA relay Trailer tow stop — right turn signal
39 G8VA relay Back up lamp
40 ISO relay Blower motor
41 — Not used
42 15A* Diagnostic connector (stripped chassis)
43 20A* Fuel pump
44 10A* Upfitter #3
45 15A* Upfitter #4
46 10A* Powertrain control module keep alive
power, Canister vent, Powertrain
control module relay coil
47 40A** Anti-lock brake system coil
48 20A** Trailer tow stop lamp/turn signal
49 30A** Wiper motor
50 — Not used
51 20A** Cutaway
52 10A* Stripped chassis and modified vehicle
run/start relay coil
53 10A* Anti-lock brake system run/start feed
54 10A* Fuel pump relay coil
55 — Not used
56 — Not used
57 20A* Trailer tow park lamp
58 15A* Trailer tow backup lamp
59 — Not used
Fuses195
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Fuse/relay
locationFuse amp
ratingProtected components
60 — One touch integrated start (diode)
61 — Not used
62 HC micro relay Upfitter #2
63 30A** Trailer tow battery charge
64 — Not used
65 20A** Power point 2 (glove box)
66 20A** Power point 3 (left B-pillar)
67 20A** Power point 1 (instrument panel)
68 50A** Modified vehicle
69 — Not used
70 30A** Stripped chassis
71 — Not used
72 20A** Cigar lighter / Power point
73 — Not used
74 30A** Power seat
75 20A* Vehicle power 1, Powertrain control
module power
76 20A* Vehicle power 2, Powertrain control
module – emission related powertrain
components
77 10A* Vehicle power 3, Powertrain control
module – general powertrain
components
78 15A* Vehicle power 4, Fuel pump relay coil
79 10A* Vehicle power 5, Transmission
80 10A* Cluster run/start (stripped chassis)
81 — Not used
82 — Not used
83 — Fuel pump (diode)
84 — Not used
85 HC micro relay Upfitter #1
* Mini fuses ** A1S fuses
196Fuses
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Passenger Compartment Fuse Panel
WARNING:Always disconnect the battery before servicing high
current fuses.
Note:If your vehicle is equipped with a dual battery, disconnecting the
primary under-hood battery does not remove power from all circuits.
The fuse panel is located to the left of the brake pedal and mounted
onto the lower left cowl panel. Remove the fuse panel cover to access
the fuses.
To remove a fuse, use the fuse puller tool provided on the inside of the
fuse panel cover.
The fuses are coded as follows:
Fuse/Relay
LocationFuse Amp
RatingProtected Components
1 30A Inverter B+
2 15A Not used (spare)
3 15A Not used (spare)
Fuses197
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