2013 DODGE VIPER engine

malfunction telltale after replacing one or more tires or wheels on your vehicle, to
ensure that the replacement or alternate tires and wheels allow the TPMS to continue
to function properly.
NOTE:
Tire pressures change by approximately 1 psi (7 kPa) per 12° F (7° C) of air temperature
change. Keep this in mind when checking tire pressure inside a garage, especially in the
Winter. Example: If garage temperature is 68°F (20°C) and the outside temperature is
32°F (0°C), then the cold tire inflation pressure should be increased by 3 psi (21 kPa),
which equals 1 psi (7 kPa) for every 12°F (7°C) for this outside temperature condition.
CAUTION!
The TPMS has been optimized for the original equipment tires and wheels. TPMS
pressures and warning have been established for the tire size equipped on your vehicle.
Undesirable system operation or sensor damage may result when using replacement
equipment that is not of the same size, type, and/or style. Aftermarket wheels can
cause sensor damage. Do not use tire sealant from a can, or balance beads if your
vehicle is equipped with a TPMS, as damage to the sensors may result.
- Engine Temperature Warning Light
• This light warns of an overheated engine condition.
• If the light turns on or flashes continuously while driving, safely pull over and stop the vehicle. If the A/C system is on, turn it off. Also, shift the transmission into NEUTRAL
and idle the vehicle. If the temperature reading does not return to normal, turn the
engine off immediately.
• We recommend that you do not operate the vehicle or engine damage will occur. Have the vehicle serviced immediately.
WARNING!
A hot engine cooling system is dangerous. You or others could be badly burned by
steam or boiling coolant. You may want to call an authorized dealer for service if your
vehicle overheats.
BRAKE- Brake Warning Light
• The Brake Warning light illuminates when there is either a system malfunction or theparking brake is applied. If the light is on and the parking brake is not applied, it
indicates a possible brake hydraulic malfunction, brake booster problem or an Anti-
Lock Brake System problem.
• Please have your vehicle serviced immediately.
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WARNING!
Driving a vehicle with the red brake light on is dangerous. Part of the brake system may
have failed. It will take longer to stop the vehicle. You could have a collision. Have the
vehicle checked immediately.
- Malfunction Indicator Light (MIL)
• Certain conditions, such as a poor fuel quality, etc., may illuminate the MIL afterengine start. The vehicle should be serviced if the light stays on through several typical
driving cycles. In most situations, the vehicle will drive normally and not require towing.
• If the MIL flashes when the engine is running, serious conditions may exist that could lead to immediate loss of power or severe catalytic converter damage. We recommend
you do not operate the vehicle. Have the vehicle serviced immediately.
- Electronic Stability Control (ESC) OFF Indicator Light
• This light indicates the Electronic Stability Control (ESC) is off.
- Charging System Light
• This light shows the status of the electrical charging system. If the charging systemlight remains on, it means that the vehicle is experiencing a problem with the charging
system.
• We recommend you do not continue driving if the charging system light is on. Have the vehicle serviced immediately.
- Oil Pressure Warning Light
• This light indicates low engine oil pressure. If the light turns on while driving, stop thevehicle and shut off the engine as soon as possible. A chime will sound when this light
turns on.
• We recommend you do not operate the vehicle or engine damage will occur. Have the vehicle serviced immediately.
- Anti-Lock Brake (ABS) Light
• This light monitors the Anti-Lock Brake System (ABS).
• If the light is not on during starting, stays on, or turns on while driving, we recommendyou drive to the nearest service center and have the vehicle serviced immediately.
- Electronic Throttle Control (ETC) Indicator Light
• This light informs you of a problem with the Electronic Throttle Control (ETC) system.
• If a problem is detected, the light will come on while the engine is running. Cycle theignition when the vehicle has completely stopped and the shift lever is placed in the
NEUTRAL position; the light should turn off.
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• If the light remains lit with the engine running, your vehicle will usually be drivable;however, see an authorized service center immediately. If the light is flashing when the
engine is running, immediate service is required and you may experience reduced
performance, an elevated/rough idle or engine stall and your vehicle may require
towing.
- Air Bag Warning Light
• If the light is not on during starting, stays on, or turns on while driving, have the vehicleserviced by an authorized service center immediately.
IF YOUR ENGINE OVERHEATS
• In any of the following situations, you can reduce the potential for overheating by takingthe appropriate action.
• On the highways — slow down.
• In city traffic — while stopped, place the transmission in NEUTRAL, but do not increase engine idle speed.
NOTE:
There are steps that you can take to slow down an impending overheat condition:
• If your air conditioner (A/C) is on, turn it off. The A/C system adds heat to the engine cooling system and turning the A/C off can help remove this heat.
• You can also turn the temperature control to maximum heat, the mode control to floor and the blower control to high. This allows the heater core to act as a supplement to the
radiator and aids in removing heat from the engine cooling system.
CAUTION!
Driving with a hot cooling system could damage your vehicle. If the temperature gauge
reads HOT (H), pull over and stop the vehicle. Idle the vehicle with the air conditioner
turned off until the pointer drops back into the normal range. If the pointer remains on
HOT (H), and you hear continuous chimes, turn the engine off immediately, and call for
service.
WARNING!
You or others can be badly burned by hot engine coolant (antifreeze) or steam from your
radiator. If you see or hear steam coming from under the hood, do not open the hood
until the radiator has had time to cool. Never try to open a cooling system pressure cap
when the radiator or coolant bottle is hot.
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3. Place the TIREFIT kit flat on the ground next to the deflated tire.
4. Remove the cap from the valve stem and then screw the fitting at the end of theSealant Hose (6) onto the valve stem.
5. Uncoil the Power Plug (8) and insert the plug into the vehicle’s 12 Volt power outlet.
6. Do not remove foreign objects (e.g., screws or nails) from the tire.
(C) Injecting TIREFIT Sealant Into The Deflated Tire:
• Always start the engine before turning ON the TIREFIT kit.
NOTE:
Manual transmission vehicles must have the parking brake engaged and the shift lever in
NEUTRAL.
• After pressing the Power Button (4), the sealant (white fluid) will flow from the Sealant Bottle (1) through the Sealant Hose (6) and into the tire.
NOTE:
Sealant may leak out through the puncture in the tire.
• If the sealant (white fluid) does not flow within 0 – 10 seconds through the Sealant
Hose (6):
1. Press the Power Button (4) to turn Off the TIREFIT kit. Disconnect the Sealant Hose (6) from the valve stem. Make sure the valve stem is free of debris. Reconnect the
Sealant Hose (6) to the valve stem. Check that the Mode Select Knob (5) is in the
Sealant Mode position and not Air Mode. Press the Power Button (4) to turn On the
TIREFIT kit.
2. Connect the Power Plug (8) to a different 12 Volt power outlet in your vehicle or another vehicle, if available. Make sure the engine is running before turning ON the
TIREFIT kit.
3. The Sealant Bottle (1) may be empty due to previous use. Call for assistance.
NOTE:
If the Mode Select Knob (5) is on Air Mode and the pump is operating, air will dispense
from the Air Pump Hose (7) only, not the Sealant Hose (6).
• If the sealant (white fluid) does flow through the Sealant Hose (6):
1. Continue to operate the pump until sealant is no longer flowing through hose (typically takes 30 - 70 seconds). As the sealant flows through the Sealant Hose (6), the
Pressure Gauge (3) can read as high as 70 psi (5 kPa). The Pressure Gauge (3) will
decrease quickly from approximately 70 psi (5 kPa) to the actual tire pressure when
the Sealant Bottle (1) is empty.
2. The pump will start to inject air into the tire immediately after the Sealant Bottle (1) is empty. Continue to operate the pump and inflate the tire to the pressure indicated
on the tire pressure label on the driver-side latch pillar (recommended pressure).
Check the tire pressure by looking at the Pressure Gauge (3).
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JUMP-STARTING
• If your vehicle has a discharged battery itcan be jump-started using a set of
jumper cables and a battery in another
vehicle or by using a portable battery
booster pack.
• Jump-starting can be dangerous if done improperly so please follow the proce-
dures in this section carefully.
NOTE:
When using a portable battery booster pack
follow the manufacturer’s operating instruc-
tions and precautions.
Preparations for Jump-Start
• The battery is stored under an access cover in the trunk. Remote battery posts are located on the left side of the engine compartment for jump-starting.
NOTE:
The remote battery posts are viewed by standing on the left side of the vehicle looking over
the fender.
• Set the parking brake, shift the transmission into gear and turn the ignition to OFF.
• Turn off the heater, radio, and all unnecessary electrical accessories.
• If using another vehicle to jump-start the battery, park the vehicle within the jumper cables reach, set the parking brake and make sure the ignition is OFF.
Jump-Starting Procedure
• Connect the positive (+) end of the jumper cable to the remote positive (+) post of the discharged vehicle.
• Connect the opposite end of the positive (+) jumper cable to the positive (+) post of the booster battery.
• Connect the negative end (-) of the jumper cable to the negative (-) post of the booster battery.
• Connect the opposite end of the negative (-) jumper cable to the remote negative (-) post of the vehicle with the discharged battery.
• Start the engine in the vehicle that has the booster battery, let the engine idle a few minutes, and then start the engine in the vehicle with the discharged battery.
Once the engine is started, remove the jumper cables in the reverse sequence:
• Disconnect the negative (-) jumper cable from the remote negative (-) post of the vehicle with the discharged battery.
• Disconnect the negative end (-) of the jumper cable from the negative (-) post of the booster battery.
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• Disconnect the opposite end of the positive (+) jumper cable from the positive (+) postof the booster battery.
• Disconnect the positive (+) end of the jumper cable from the remote positive (+) post of the discharged vehicle.
• If frequent jump-starting is required to start your vehicle you should have the battery and charging system inspected at your authorized dealer.
CAUTION!
• Do not use a portable battery booster pack or any other booster source with a system
voltage greater than 12 Volts or damage to the battery, starter motor, alternator or
electrical system may occur.
• Failure to follow these procedures could result in damage to the charging system of the booster vehicle or the discharged vehicle.
• Accessories that can be plugged into the vehicle power outlets draw power from the vehicle’s battery, even when not in use (i.e., cellular phones, etc.). Eventually, if
plugged in long enough, the vehicle’s battery will discharge sufficiently to degrade
battery life and/or prevent the engine from starting.
WARNING!
• When temperatures are below the freezing point, electrolyte in a discharged batterymay freeze. Do not attempt jump-starting because the battery could rupture or
explode and cause personal injury. Battery temperature must be brought above
freezing point before attempting a jump-start.
• Take care to avoid the radiator cooling fan whenever the hood is raised. It can start anytime the ignition switch is on. You can be injured by moving fan blades.
• Remove any metal jewelry, such as watch bands or bracelets, that might make an
inadvertent electrical contact. You could be severely injured.
• Batteries contain sulfuric acid that can burn your skin or eyes and generate
hydrogen gas which is flammable and explosive. Keep open flames or sparks away
from the battery.
• Do not allow vehicles to touch each other as this could establish a ground connection and personal injury could result.
• Failure to follow this procedure could result in personal injury or property damage due to battery explosion.
• Do not connect the cable to the negative post (-)of the discharged battery. The
resulting electrical spark could cause the battery to explode and could result in
personal injury.
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ENGINE COMPARTMENT
8.4L Engine
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FLUIDS AND CAPACITIES
ComponentFluid, Lubricant, or Genuine Part Capacities
Engine Coolant–
8.4L Engine MOPAR®Antifreeze/ Coolant
Five Year/150,000 Mile Formula
OAT (Organic Additive Technology)
or equivalent. 16 Quarts (15 Liters)
Includes heater and
coolant recovery bottle
filled to MAX level.
Engine Oil with Filter–
8.4L Engine We recommend you use SAE
0W-40 engine oil, API Certified. 11 Quarts (10.4 Liters)
Engine Oil Filter We recommend you use MOPAR
®
Engine Oil Filters. —
Spark Plug– 8.4L Engine We recommend you use MOPAR®
Spark Plugs, see your authorized
dealer. —
Manual Transmission MOPAR
®ATF+4®Automatic
Transmission Fluid or equivalent
licensed ATF+4
®product. 3.4 Quarts (3.2 Liters)
Axle Rear– 8.4L Engine We recommend you use Castrol SAF-XJ/SAE 75W-140 Synthetic
Gear and Axle Lubricant. 1.5 Quarts (1.4 Liters)
Brake Master Cylinder We recommend you use MOPAR
®
Brake and Clutch Fluid DOT 4
Motor Vehicle. —
Power Steering Reservoir We recommend you use MOPAR
®
Power Steering Fluid + 4,
MOPAR®or ATF+4®Automatic
Transmission Fluid. —
Fuel Selection–
8.4L Engine We recommend you use Premium
Unleaded 91 Octane Only or
Higher 16 Gallons (61 Liters)
(Approximate)
CAUTION!
• Mixing of engine coolant (antifreeze) other than specified Organic Additive Tech-
nology (OAT) engine coolant (antifreeze), may result in engine damage and may
decrease corrosion protection. Organic Additive Technology (OAT) engine coolant is
different and should not be mixed with Hybrid Organic Additive Technology (HOAT)
engine coolant (antifreeze). If a non-OAT engine coolant (antifreeze) is introduced
into the cooling system in an emergency, it should be replaced with the specified
engine coolant (antifreeze) as soon as possible.
•
Do not use water alone or alcohol-based engine coolant (antifreeze) products. Do not
use additional rust inhibitors or antirust products, as they may not be compatible with
the radiator engine coolant and may plug the radiator.
• This vehicle has not been designed for use with propylene glycol-based engine
coolant (antifreeze). Use of propylene glycol-based engine coolant (antifreeze) is
not recommended.
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