2023 GMC CANYON engine

GMC Canyon/Canyon Denali Owner Manual (GMNA-Localizing-U.S./Canada/
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Vehicle Care 277
4. If the fuse must be replacedimmediately, borrow a replacement fuse
with the same amperage from the fuse
block. Choose a vehicle feature that is
not needed to safely operate the vehicle.
Repeat Steps 2-3.
5. Insert the replacement fuse into the empty slot of the blown fuse.
At the next opportunity, see your dealer to
replace the blown fuse.
Headlamp Wiring
An electrical overload may cause the lamps
to go on and off, or in some cases to
remain off. Have the headlamp wiring
checked right away if the lamps go on and
off or remain off.
Windshield Wipers
If the wiper motor overheats due to heavy
snow or ice, the windshield wipers will stop
until the motor cools and will then restart.
Although the circuit is protected from
electrical overload, overload due to heavy
snow or ice may cause wiper linkage
damage. Always clear ice and heavy snow
from the windshield before using the
windshield wipers. If the overload is caused by an electrical
problem and not snow or ice, be sure to get
it fixed.
Fuses and Circuit Breakers
The wiring circuits in the vehicle are
protected from short circuits by a
combination of fuses and circuit breakers.
This greatly reduces the chance of damage
caused by electrical problems.
{Danger
Fuses and circuit breakers are marked
with their ampere rating. Do not exceed
the specified amperage rating when
replacing fuses and circuit breakers. Use
of an oversized fuse or circuit breaker can
result in a vehicle fire. You and others
could be seriously injured or killed.
{Warning
Installation or use of fuses that do not
meet GM’s original fuse specifications is
dangerous. The fuses could fail, and result
in a fire. You or others could be injured
or killed, and the vehicle could be
damaged.
See Accessories and Modifications 0253 and
General Information 0253.
To check or replace a blown fuse, see
Electrical System Overload 0276.
Engine Compartment Fuse Block
The engine compartment fuse block is in the
engine compartment, on the driver side of
the vehicle. See Engine Compartment
Overview 0256

GMC Canyon/Canyon Denali Owner Manual (GMNA-Localizing-U.S./Canada/
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Vehicle Care 279
FusesUsage
F02 FUEL TANK ZONE MDL –
Fuel Tank Zone Module
F03 –
F04 Cooling Fan 2 F05 –
F06 –
F07 MTAOP –Transmission
Auxiliary Oil Pump
Motor
F08 –
F09 –
F10 –
F11 SECONDARY AXLE MTR –Front Drive Axle
Actuator
F12 –
F13 Trailer Connector
F14 –
F15 SBZA/CVS –Side Blind
Zone Alert/Canister
Vent Solenoid
F16 – Fuses
Usage
F17 –
F18 –
F19 EBCM –Electronic Brake
Control Module
F20 Cooling Fan 1 F21 –
F22 –
F23 –
F24 Cooling Fan 3 F25 ENG MISC 1 & 2 –Wide
Range Air Fuel Oxygen
Sensor/Canister Purge/
Turbo Bypass/Step Cam
Intake-Exhaust Solenoids
Block Coolant Valve
Actuator/Mass Air
Flow/Humidity/
Induction Air
Temperature/Throttle
Inlet Pressure Sensors
F26 A/C CLUTCH –Air
Compressor Clutch
F27 Park Lamps Fuses
Usage
F28 TIM 2 –Trailer Interface
Module 2
F29 Spare
F30 –
F31 POWER TRAIN IGN 1 –
Power Train Ignition 1
F32 –
F33 TRLR REVERSE LAMPS –
Trailer Reverse Lamps
F34 TIM 1 –Trailer Interface
Module 1
F35 Spare
F36 ENGINE CONTROL MDL –Engine Control
Module
F37 IGNITION COILS
F38 TRLR STOP LAMP LT –
Trailer Stop Lamp Left
F39 TRLR STOP LAMP RT –
Trailer Stop Lamp Right
F40 TCCM –Transfer Case
Control Module
F41 Starter Pinion

GMC Canyon/Canyon Denali Owner Manual (GMNA-Localizing-U.S./Canada/
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FusesUsage
F13 CGM & SDM/AOS –Central
Gateway Module/Sensing
and Diagnostic Module/
Automatic Occupant
Sensing Module
F14 MISCELLANEOUS 2 –
Transmission Control
Module/Transfer Case
Control/Electronic Brake
Control Module/Integrated
Chassis Control Module/
Trailer Interface Module
F15 MISCELLANEOUS 3 –
Exterior Lighting Module/
DC-AC Inverter Module/
Vented Module
F16 –
F17 WCM/DATA LINK CONN –
Wireless Charger Module/
Data Link Connector Fuses
Usage
F18 MISCELLANEOUS 4 –E-Stop/
Driver Mode Switch/
Reflective Light Auxiliary
Display/Sensing and
Diagnostic Module/Inside
Rear View Mirror/Humidity
Sensor
F19 ENGINE CNTRL MODULE –
Engine Control Module
F20 RFA/RPA –Remote
Function Antenna/Park
Assist
AMP –Amplifier
F21 MISC 1 DISPLAYS/VPM –
Video Processing Module/
Display
F22 SUNROOF –Sunroof
F23 –
F24 TRLR BRK CNTRL SW –
Trailer Break Control Switch
F25 AUX USB FLOOR CNSL –
Auxiliary USB Power Outlet
F26 BODY CNTRL MODULE 2 –
Body Control Module 2 Fuses
Usage
F27 DOOR PANEL SW LF (EXPRESS UP/DOWN) –
Door Panel Switch Left
F28 BODY CNTRL MODULE 3 –
Body Control Module 3
F29 ELM 3 –Exterior Lighting
Module 3
F30 FRONT CAMERA –Front
Camera Module
F31 VCU MDL/SPARE –Virtual
Cockpit Unit Module
F32 HTD STR WHL –Heated
Steering Wheel Module
F33 ELM 5 –Exterior Lighting
Module 5
F34 BODY CNTRL MODULE 4 –
Body Control Module 4
F35 DC/DC Converter 2
F36 DC/DC Converter 1 F37 FRT SEATS LMBR SWS –
Seat Lumbar Switch
F38 –

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Vehicle Care 287
week of the year 2020 would have a
4-digit DOT date of 0320. Week 01 is
the first full week (Sunday through
Saturday) of each year.
(5) Tire Identification Number (TIN)
:
The letters and numbers following the
DOT code are the Tire Identification
Number (TIN). The TIN shows the
manufacturer and plant code, tire size,
and date the tire was manufactured.
The TIN is molded onto both sides of
the tire, although only one side may
have the date of manufacture.
(6) Tire Ply Material
:The type of cord
and number of plies in the sidewall and
under the tread.
(7) Single Tire Maximum Load
:
Maximum load that can be carried and
the maximum pressure needed to
support that load when used as a
single. For information on
recommended tire pressure see Tire
Pressure 0290 and
Vehicle Load Limits 0162.
Tire Designations
Tire Size
The examples show a typical passenger
vehicle and light truck tire size.
Passenger (P-Metric) Tire
(1) Passenger (P-Metric) Tire:The
United States version of a metric tire
sizing system. The letter P as the first
character in the tire size means a
passenger vehicle tire engineered to
standards set by the U.S. Tire and Rim
Association.
(2) Tire Width
:The 3-digit number
indicates the tire section width in
millimeters from sidewall to sidewall.
(3) Aspect Ratio
:A 2-digit number that
indicates the tire height-to-width
measurements. For example, if the tire
size aspect ratio is 75, as shown in item (3) of the illustration, it would
mean that the tire's sidewall is
75 percent as high as it is wide.
(4) Construction Code
:A letter code is
used to indicate the type of ply
construction in the tire. The letter R
means radial ply construction; the
letter D means diagonal or bias ply
construction.
(5) Rim Diameter
:Diameter of the
wheel in inches.
(6) Service Description
:These
characters represent the load index and
speed rating of the tire. The load index
represents the load carrying capacity a
tire is certified to carry. The speed
rating is the maximum speed a tire is
certified to carry a load.
Light Truck (LT-Metric) Tire

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(1) Light Truck (LT-Metric) Tire:The
United States version of a metric tire
sizing system. The letters LT as the first
two characters in the tire size mean a
light truck tire engineered to standards
set by the U.S. Tire and Rim
Association.
(2) Tire Width
:The 3-digit number
indicates the tire section width in
millimeters from sidewall to sidewall.
(3) Aspect Ratio
:A 2-digit number that
indicates the tire height-to-width
measurements. For example, if the tire
size aspect ratio is 75, as shown in
item (3) of the light truck (LT-Metric)
tire illustration, it would mean that the
tire's sidewall is 75 percent as high as it
is wide.
(4) Construction Code
:A letter code is
used to indicate the type of ply
construction in the tire. The letter R
means radial ply construction; the
letter D means diagonal or bias ply
construction.
(5) Rim Diameter
:Diameter of the
wheel in inches. (6) Load Range
:Load Range.
(7) Service Description
:The service
description indicates the load index and
speed rating of a tire. If two numbers
are given as in the example, 120/116,
then this represents the load index for
single versus dual wheel usage (single/
dual). The speed rating is the maximum
speed a tire is certified to carry a load.
Tire Terminology and Definitions
Air Pressure:The amount of air inside
the tire pressing outward on each
square inch of the tire. Air pressure is
expressed in kPa (kilopascal) or psi
(pounds per square inch).
Aspect Ratio
:The relationship of a
tire's height to its width.
Belt
:A rubber coated layer of cords
that is located between the plies and
the tread. Cords may be made from
steel or other reinforcing materials.
Bead
:The tire bead contains steel
wires wrapped by steel cords that hold
the tire onto the rim. Bias Ply Tire
:A pneumatic tire in which
the plies are laid at alternate angles
less than 90 degrees to the centerline
of the tread.
Cold Tire Pressure
:The amount of air
pressure in a tire, measured in kPa
(kilopascal) or psi (pounds per square
inch) before a tire has built up heat
from driving. See Tire Pressure0290.
DOT Markings
:A code molded into the
sidewall of a tire signifying that the tire
is in compliance with the U.S.
Department of Transportation (DOT)
Motor Vehicle Safety Standards. The
DOT code includes the Tire Identification
Number (TIN), an alphanumeric
designator which can also identify the
tire manufacturer, production plant,
brand, and date of production.
GVWR
:Gross Vehicle Weight Rating.
See Vehicle Load Limits 0162.
GAWR FRT
:Gross Axle Weight Rating
for the front axle. See Vehicle Load
Limits 0162.

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290 Vehicle Care
molded into the sidewall of the tire.
SeeUniform Tire Quality Grading
0 300.
Vehicle Capacity Weight
:The number
of designated seating positions
multiplied by 68 kg (150 lbs) plus the
rated cargo load. See Vehicle Load
Limits 0162.
Vehicle Maximum Load on the Tire
:
Load on an individual tire due to curb
weight, accessory weight, occupant
weight, and cargo weight.
Vehicle Placard
:A label permanently
attached to a vehicle showing the
vehicle's capacity weight and the
original equipment tire size and
recommended inflation pressure. See
“Tire and Loading Information Label”
under Vehicle Load Limits 0162.
Tire Pressure
Tires need the correct amount of air
pressure to operate effectively.
{Warning
Neither tire underinflation nor
overinflation is good. Underinflated
tires, or tires that do not have
enough air, can result in:
.Tire overloading and overheating,
which could lead to a blowout
.Premature or irregular wear
.Poor handling
.Reduced fuel economy for
internal combustion engine
vehicles
.Reduced range for electric vehicles
Overinflated tires, or tires that have
too much air, can result in:
.Unusual wear
.Poor handling
.Rough ride
.Needless damage from road
hazards The Tire and Loading Information label
on the vehicle indicates the original
equipment tires and the correct cold
tire inflation pressures. The
recommended pressure is the minimum
air pressure needed to support the
vehicle's maximum load carrying
capacity.
For additional information regarding
how much weight the vehicle can carry,
and an example of the Tire and Loading
Information label, see
Vehicle Load
Limits 0162. How the vehicle is loaded
affects vehicle handling and ride
comfort. Never load the vehicle with
more weight than it was designed to
carry.
When to Check
Check the pressure of the tires once a
month or more.
Do not forget the spare, if the vehicle
has one. See Full-Size Spare Tire 0311
for additional information.

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294 Vehicle Care
{Warning
Overinflating a tire could cause the tire
to rupture and you or others could be
injured. Do not exceed the maximum
pressure listed on the tire sidewall. See
Tire Sidewall Labeling0285 and
Vehicle Load Limits 0162.
If the tire is overinflated by more than
35 kPa (5 psi), the horn will sound multiple
times and the turn signal lamp will continue
to flash for several seconds after filling
stops. To release and correct the pressure,
while the turn signal lamp is still flashing,
briefly press the center of the valve stem.
When the recommended pressure is reached,
the horn sounds once.
If the turn signal lamp does not flash within
15 seconds after starting to inflate the tire,
the tire fill alert has not been activated or is
not working.
If the hazard warning flashers are on, the
tire fill alert visual feedback will not work
properly. The TPMS will not activate the tire fill alert
properly under the following conditions:.There is interference from an external
device or transmitter.
.The air pressure from the inflation device
is not sufficient to inflate the tire.
.There is a malfunction in the TPMS.
.There is a malfunction in the horn or turn
signal lamps.
.The TPMS sensor identification code is not
registered to the system.
.The TPMS sensor battery is low.
If the tire fill alert does not operate due to
TPMS interference, move the vehicle about
1 m (3 ft) back or forward and try again.
If the tire fill alert feature is not working,
use a tire pressure gauge.
Air Down Mode (If Equipped)
Air Down Mode allows the driver to set a
custom tire pressure for better traction
during off-road driving. Visual and audible
alerts outside of the vehicle will alert the
driver when the desired tire pressure has
been reached. To enable Air Down Mode:
1. Park the vehicle in a safe, level place.
2. Place the vehicle in P (Park).
3. Place the vehicle in ON/RUN or press and hold the ENGINE START/STOP button for
more than five seconds. See Ignition
Positions 0167.
4. Touch the Off-Road app icon on the infotainment home screen.
5. Touch the Air Down Mode icon.
6. Select the target pressure, then press START.
7. Choose which tire to deflate. Remove the valve cap, then press and hold the tire
valve stem.
During tire deflation, the turn signal
lamp closest to the tire being deflated
will start flashing.
When the target pressure you selected
in Step 6 is reached, the horn sounds
once and the turn signal lamp will stop
flashing and turn solid for several
seconds before turning off. Replace the
valve cap. Wait for the turn signal lamp
to turn off before deflating the next tire.
If you deflate the next tire while the
turn signal lamp is still on, the Air Down
Mode will not work properly.

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Repeat Step 7 until all tires have been
deflated. Same steps can be followed for
inflating all tires to target pressure.
While in Air Down Mode, after all tires have
been deflated lower than the vehicle’s
recommended tire pressure, the low tire
pressure warning light and the DIC warning
message may come on for all tires.
Due to late air adjustment in a tire, the tire
pressure may change by 4 to 8 kpa (0.6 to
1.2 psi) after a few minutes, once you have
stopped deflation.
Ensure that the target pressure you select is
above or below your vehicle’s current tire
pressures by a least 20 kpa (3 psi).
If the tire is underinflated or overinflated by
more than 35 kPa (5 psi) from the target
pressure you selected in Step 6, the horn
will sound multiple times and the turn
signal lamp will continue to flash for several
seconds after tire pressure adjustment stops.
To correct the pressure, while the turn
signal lamp is still flashing, add air to inflate
the tire or briefly press the center of the
valve stem to deflate the tire. When the
target pressure you selected in Step 6 is
reached, the horn sounds once and the turn
signal lamp will stop flashing and turn solid
for several seconds before turning off. If the turn signal lamp does not flash within
15 seconds after starting to inflate the tire,
the Air Down Mode has not been activated
or is not working.
If the hazard warning flashers are on, the
Air Down Mode visual feedback will not
work properly.
The Air Down Mode will not work properly
under the following conditions:
.There is interference from an external
device or transmitter.
.The air pressure from the inflation device
is not sufficient to inflate the tire.
.There is a malfunction in the TPMS.
.There is a malfunction in the horn or turn
signal lamps.
.The TPMS sensor identification code is not
registered to the system.
.The TPMS sensor battery is low.
.The vehicle is not in P (Park).
.The vehicle is off.
.START was not pressed after selecting the
target tire pressure in the Air Down
Mode app.
If the Air Down Mode does not operate due
to TPMS interference, move the vehicle
about 1 m (3 ft) back or forward and try again. If the Air Down Mode is not working,
use a tire pressure gauge to confirm tire
pressure.
{Warning
Neither tire underinflation nor
overinflation is good. Underinflated
tires, or tires that do not have
enough air, can result in:
.Tire overloading and overheating,
which could lead to a blowout
.Premature or irregular wear
.Poor handling
.Reduced fuel economy for
internal combustion engine
vehicles
.Reduced range for electric vehicles
Overinflated tires, or tires that have
too much air, can result in:
.Unusual wear
.Poor handling
.Rough ride
.Needless damage from road
hazards