
When radar blockage is detected, the system will be deactivated automatically. The "Side Radar Obstruction" warning message will appear and the BSW/RCTA indicator (white) will blink A in the vehicle information display.
The systems are not available until the conditions no longer exist.
The radar sensors may be blocked by temporary ambient conditions such as splashing water, mist or fog.
The blocked condition may also be caused by objects such as ice, frost or dirt obstructing the radar sensors.
NOTE:
If the BSW system stops working, the RCTA system will also stop working.
Action to take
When the above conditions no longer exist, the system will resume automatically.
Malfunction
When the RCTA system malfunctions, it will turn off automatically. The system malfunction warning message with the BSW/RCTA indicator (orange) will appear in the vehicle information display.
NOTE:
If the BSW system stops working, the RCTA system (if so equipped) will also stop working.
Action to take
Stop the vehicle in a safe location, place the vehicle in the P (Park) position, turn the engine off and restart the engine. If the message continues to appear, have the system checked. It is recommended that you visit a NISSAN dealer for this service.
RCTA system limitations
System maintenancePassenger seat belt warning system
System Diagram
System Description
The seat belt warning lamp (1) will remind the driver if the driver or
front passenger seat belt should be buckled. The system works inconjunction
with the occupant classification system. Refer to SRC-10, "Occupant
Classification System (OCS)".
Passenger ...
Changing engine coolant
A NISSAN dealer can change the engine coolant.
The service procedure can be found in the
NISSAN Service Manual.
Improper servicing can result in reduced
heater performance and engine overheating.
WARNING
To avoid the danger of being scalded,
never change the coolant when the engine
is ...
Headlamp (HI) circuit
Description
The IPDM E/R (intelligent power distribution module engine room) controls the
headlamp high relay based on inputs from the BCM over the CAN communication
lines. When the headlamp high relay is energized, power flows through fuses
48 and 49, located in the IPDM E/R. Power then flow ...