Each outside rearview mirror has two reversible motors. One motor adjusts the mirror up and down. The other motor adjusts the mirror left and right. The motors are controlled by the outside rearview mirror switch. The outside rearview mirror switch consists of two different switches:

The power mirror system has voltage applied by the PWR ACCY fuse through circuit 640 to the outside rearview mirror switch. When the position switch is pressed to the up position, voltage is applied through circuit 88 to the up/down motor of the left mirror. When the position switch is pressed to the down position, voltage is applied through circuit 82 to the up/down motor of the left mirror. The left/right motor of the left mirror operates similar to the up/down motor. When the position switch is pressed to the left position, voltage is applied through circuit 82 to the left/right motor of the left mirror. When the position switch is pressed to the right position, voltage is applied through circuit 81 to the right/left motor of the left mirror.

The right mirror operates the same way when the mirror select switch is moved to the right position.

Each mirror motor contains an internal electronic circuit breaker. If a mirror position switch is held in the up/down position or the left/right position after the mirror movement stops, the circuit breaker opens to protect the motor. The circuit breaker also opens to stop the motor if the mirror becomes obstructed during operation. The circuit breaker resets when the voltage to the motor is interrupted.

Each outside rearview mirror has two reversible motors. One motor adjusts the mirror up and down. The other motor adjusts the mirror left and right. The motors are controlled by the outside rearview mirror switch. The outside rearview mirror switch consists of two different switches:

The power mirror system has voltage applied by the PWR ACCY fuse through circuit 640 to the outside rearview mirror switch. When the position switch is pressed to the up position, voltage is applied through circuit 88 to the up/down motor of the left mirror. When the position switch is pressed to the down position, voltage is applied through circuit 89 to the up/down motor of the left mirror. The left/right motor of the left mirror operates similar to the up/down motor. When the position switch is pressed to the left position, voltage is applied through circuit 82 to the left/right motor of the left mirror. When the position switch is pressed to the right position, voltage is applied through circuit 81 to the right/left motor of the left mirror.

The right mirror operates the same way when the mirror select switch is moved to the right position.

Each mirror motor contains an internal electronic circuit breaker. If a mirror position switch is held in the up/down position or the left/right position after the mirror movement stops, the circuit breaker opens to protect the motor. The circuit breaker also opens to stop the motor if the mirror becomes obstructed during operation. The circuit breaker resets when the voltage to the motor is interrupted.