Description
|
1. |
Mode
|
(1) |
Virgin State
| A. |
The receiver as a sole part is shipped in this
state. Replacement parts should therefore arrive in
this state.
|
| B. |
In this state, there is no Auto-Location, no sensor
wake-up, no sensor monitoring and no DTC monitoring..
|
| C. |
The state indicates that platform specific parameters
must be written to the receiver and that sensors are
un-learned.
|
|
|
(2) |
Normal State
| A. |
In order for tire inflation state and DTC monitoring
to occur, the receiver must be in this state.
|
| B. |
In this state, automatic sensor location is enabled.
|
|
|
|
2. |
Overview
| A. |
Sends LF command data to initiators.
|
| B. |
Controls sensor state:
Ignition on - Normal Delayed
Ignition off - Storage.
|
| E. |
Receives RF data from sensor.
|
| F. |
Uses sensor data to decide whether to turn on TREAD Lamp.
|
| G. |
Uses sensor information, distance traveled, background
noise levels, Auto-learn status, short circuit output status,
vehicle battery level, internal receiver states to determine
if there is a system or a vehicle fault.
|
|
Removal
Handle the sensor with care.
1.
Remove the tire. (Refer to "Tire Removal")
...
Circuit Diagram
Connector pin number
Pin NO.
Discription
Remark
1
-
2
-
...
See also:
Troubleshooting
Trouble Symptom Charts
Trouble Symptom 1
Trouble Symptom 2
Trouble symptom
Probable cause
Remedy
The set vehicle speed varies gr ...
Tires and wheels
Tire care
For proper maintenance, safety, and maximum fuel economy, you must always maintain
recommended tire inflation pressures and stay within the load limits and weight
distribution recommend ...
Components and Components Location
Components
1. Hands free call switch
2. Mic
3. Front left speaker
4. Front right speaker
5. Audio head unit (hands free control)
R ...
Hyundai Sonata: TPMS Receiver. Description and Operation
TPMS Sensor. Repair procedures
TPMS Receiver. Schematic Diagrams