The audible warnings alert the driver of a system concern
or a critical vehicle condition. The radio generates the audible warning through
the left front speaker. The radio receives audible warning requests
via the class 2 serial data circuit. If the radio receives
multiple audible warning requests, the warning with the highest priority
is activated first. The following lists the audible warning priority
and the pulse rate:
- Fast rate chime - 200 pulses per minute
- Medium rate chime - 150 pulses per minute
- Slow rate chime - 50 pulses per minute
- Single chime
Door Ajar Warning
The radio receives a class 2 message from the instrument panel
cluster (IPC) in order to activate a continuous, medium rate chime. The appropriate
door ajar message illuminates in the driver information center (DIC) and
the audible warning is activated when the following occurs:
• | The IPC receives a class 2 message from the driver door
module (DDM) indicating that a door is open. The signal circuit is low. |
• | The vehicle speed is greater than 4.8 km/h (3 mph).
The IPC uses the vehicle speed signal circuit from the powertrain control
module in order to calculate the vehicle speed. |
Fasten Safety Belt Warning
The radio receives a class 2 message from the IPC in order to
activate an 8 second, slow rate chime. The fasten safety belt indicator
illuminates and the audible warning is activated when the following
occurs:
• | The ignition switch transitions to ON. |
• | The IPC receives a class 2 message from the inflatable
restraint sensing and diagnostic module (SDM) indicating that the driver seat
belt is not buckled. |
The chime is not activated if the seat belt is buckled when the ignition
is turned on or if the seat belt is unbuckled after the initial transition
to ON. The chime stops If the seat belt is buckled while the chime is
activated.
Key-In-Ignition Warning
The radio receives a class 2 message from the Instrument panel
module (IPM) in order to activate a continuous, medium rate chime. The key-in-ignition
audible warning is activated when the following occurs:
• | The key is in the ignition, grounding the key in ignition switch
signal circuit. |
| The IPM monitors the key in ignition switch signal circuit. |
• | The IPM receives a class 2 message from the DDM indicating
that the driver door is open. The signal circuit is low. |
Lights On Warning
The radio receives a class 2 message from the dash integration
module (DIM) in order to activate a continuous, fast rate chime. The LIGHTS
ON message illuminates in the DIC and the audible warning is activated
when the following occurs:
• | The key is removed from the ignition. |
• | The DIM receives a class 2 message from the DDM indicating
that the driver door is open. |
• | The DIM determines that the headlamp switch is in the PARK or
the HEAD position. |
Additional Warnings
The following warnings have an associated IPC indicator or DIC message:
| The radio receives a class 2 message from the IPC in order to
activate a single chime. |
| The radio receives a class 2 message from the IPC in order to
activate 5 chimes at a medium rate. |
| The radio receives a class 2 message from the IPC in order to
activate 5 chimes at a medium rate. |
• | ENGINE OVERHEATED STOP ENGINE -- 42 |
| The radio receives a class 2 message from the IPC in order to
activate a continuous, medium rate chime. |
| The radio receives a class 2 message from the IPC in order to
activate a single chime. |
• | OIL PRESSURE LOW STOP ENGINE -- 35 |
| The radio receives a class 2 message from the IPC in order to
activate 5 chimes at a medium rate. |
• | SERVICE STABILITY SYS -- 54 |
| The radio receives a class 2 message from the IPC in order to
activate a single chime. |
• | TRANS HOT IDLE ENGINE -- 112 |
| The radio receives a class 2 message from the IPC in order to
activate a continuous, medium rate chime. |
| The radio receives a class 2 message from the IPC in order to
activate a single chime per turn signal pulse. |
For further information on the indicators and warning messages, refer
to
Indicator/Warning Message Description and Operation
.