INSPECTION
PROCEDURE
1. INSPECT OUTER REAR VIEW MIRROR ASSEMBLY RH
(a) Check the operation of the mirror surface.
(1) Disconnect the outer rear view mirror assembly RH connector. |
|
(2) Apply battery voltage and check the operation of the mirror.
OK:
Measurement Condition |
Specified Condition |
---|---|
Battery positive (+) → Terminal 5 (MV) Battery negative (-) → Terminal 6 (M+) |
Turns upward |
Battery positive (+) → Terminal 6 (M+) Battery negative (-) → Terminal 5 (MV) |
Turns downward |
Battery positive (+) → Terminal 7 (MH) Battery negative (-) → Terminal 6 (M+) |
Turns left |
Battery positive (+) → Terminal 6 (M+) Battery negative (-) → Terminal 7 (MH) |
Turns right |
*a |
Component without harness connected (Outer Rear View Mirror Assembly RH) |
If the result is not as specified, replace the outer rear view mirror assembly RH.
(b) Check the operation of the retractable mirror. (w/ Retract Mirror)
NOTICE:
(1) Disconnect the outer rear view mirror assembly RH connector. |
|
(2) For each position: Disconnect the battery, set the mirror position by hand, connect the battery, and check the retractable mirror movement.
OK:
Tester Connection |
Condition |
Specified Condition |
---|---|---|
Battery positive (+) → Terminal 8 (MR) Battery negative (-) → Terminal 1 (MF) |
Forward position (A) |
Does not move |
Battery positive (+) → Terminal 1 (MF) Battery negative (-) → Terminal 8 (MR) |
Forward position (A) |
Moves from (A) to (E) |
Battery positive (+) → Terminal 8 (MR) Battery negative (-) → Terminal 1 (MF) |
Position between forward position (A) and driving position (C) |
Moves from (B) to (A) |
Battery positive (+) → Terminal 1 (MF) Battery negative (-) → Terminal 8 (MR) |
Position between forward position (A) and driving position (C) |
Moves from (B) to (E) |
Battery positive (+) → Terminal 8 (MR) Battery negative (-) → Terminal 1 (MF) |
Driving position (C) |
Does not move |
Battery positive (+) → Terminal 1 (MF) Battery negative (-) → Terminal 8 (MR) |
Driving position (C) |
Moves from (C) to (E) |
Battery positive (+) → Terminal 8 (MR) Battery negative (-) → Terminal 1 (MF) |
Position between driving position (C) and retracted position (E) |
Moves from (D) to (C) |
Battery positive (+) → Terminal 1 (MF) Battery negative (-) → Terminal 8 (MR) |
Position between driving position (C) and retracted position (E) |
Moves from (D) to (E) |
Battery positive (+) → Terminal 8 (MR) Battery negative (-) → Terminal 1 (MF) |
Retracted position (E) |
Moves from (E) to (C) |
Battery positive (+) → Terminal 1 (MF) Battery negative (-) → Terminal 8 (MR) |
Retracted position (E) |
Does not move |
*1 |
(A) Forward Position |
*2 |
(B) |
*3 |
(C) Driving position |
*4 |
(D) |
*5 |
(E) Retracted Position |
*a |
Component without harness connected (Outer Rear View Mirror Assembly RH) |
If the result is not as specified, replace the outer rear view mirror assembly RH.
(c) Check the operation of the mirror heater.
(1) Disconnect the outer rear view mirror assembly RH connector. |
|
(2) Measure the resistance according to the value(s) in the table below.
Standard Resistance:
Tester Connection |
Condition |
Specified Condition |
---|---|---|
2 (HTR+) - 9 (HTR-) |
25°C (75°F) |
7.6 to 11.4 Ω |
*a |
Component without harness connected (Outer Rear View Mirror Assembly RH) |
If the result is not as specified, replace the outer rear view mirror assembly RH.
(3) Connect the cable from the positive (+) terminal to terminal 2 and the negative battery (-) terminal to terminal 9, then check that the mirror becomes warm.
HINT:
It takes a short time for the mirror to become warm.
OK:
Mirror becomes warm.
If the result is not as specified, replace the outer rear view mirror assembly RH.
2. INSPECT OUTER REAR VIEW MIRROR ASSEMBLY LH
(a) Check the operation of the mirror surface.
(1) Disconnect the outer rear view mirror assembly LH connector. |
|
(2) Apply battery voltage and check the operation of the mirror.
OK:
Measurement Condition |
Specified Condition |
---|---|
Battery positive (+) → Terminal 5 (MV) Battery negative (-) → Terminal 6 (M+) |
Turns upward |
Battery positive (+) → Terminal 6 (M+) Battery negative (-) → Terminal 5 (MV) |
Turns downward |
Battery positive (+) → Terminal 7 (MH) Battery negative (-) → Terminal 6 (M+) |
Turns left |
Battery positive (+) → Terminal 6 (M+) Battery negative (-) → Terminal 7 (MH) |
Turns right |
*a |
Component without harness connected (Outer Rear View Mirror Assembly LH) |
If the result is not as specified, replace the outer rear view mirror assembly LH.
(b) Check the operation of the retractable mirror. (w/ Retract Mirror)
NOTICE:
(1) Disconnect the outer rear view mirror assembly LH connector. |
|
(2) For each position: Disconnect the battery, set the mirror position by hand, connect the battery, and check the retractable mirror movement.
OK:
Tester Connection |
Condition |
Specified Condition |
---|---|---|
Battery positive (+) → Terminal 8 (MR) Battery negative (-) → Terminal 1 (MF) |
Forward position (A) |
Does not move |
Battery positive (+) → Terminal 1 (MF) Battery negative (-) → Terminal 8 (MR) |
Forward position (A) |
Moves from (A) to (E) |
Battery positive (+) → Terminal 8 (MR) Battery negative (-) → Terminal 1 (MF) |
Position between forward position (A) and driving position (C) |
Moves from (B) to (A) |
Battery positive (+) → Terminal 1 (MF) Battery negative (-) → Terminal 8 (MR) |
Position between forward position (A) and driving position (C) |
Moves from (B) to (E) |
Battery positive (+) → Terminal 8 (MR) Battery negative (-) → Terminal 1 (MF) |
Driving position (C) |
Does not move |
Battery positive (+) → Terminal 1 (MF) Battery negative (-) → Terminal 8 (MR) |
Driving position (C) |
Moves from (C) to (E) |
Battery positive (+) → Terminal 8 (MR) Battery negative (-) → Terminal 1 (MF) |
Position between driving position (C) and retracted position (E) |
Moves from (D) to (C) |
Battery positive (+) → Terminal 1 (MF) Battery negative (-) → Terminal 8 (MR) |
Position between driving position (C) and retracted position (E) |
Moves from (D) to (E) |
Battery positive (+) → Terminal 8 (MR) Battery negative (-) → Terminal 1 (MF) |
Retracted position (E) |
Moves from (E) to (C) |
Battery positive (+) → Terminal 1 (MF) Battery negative (-) → Terminal 8 (MR) |
Retracted position (E) |
Does not move |
*1 |
(A) Forward Position |
*2 |
(B) |
*3 |
(C) Driving position |
*4 |
(D) |
*5 |
(E) Retracted Position |
*a |
Component without harness connected (Outer Rear View Mirror Assembly LH) |
If the result is not as specified, replace the outer rear view mirror assembly LH.
(c) Check the operation of the mirror heater.
(1) Disconnect the outer rear view mirror assembly LH connector. |
|
(2) Measure the resistance according to the value(s) in the table below.
Standard Resistance:
Tester Connection |
Condition |
Specified Condition |
---|---|---|
2 (HTR+) - 9 (HTR-) |
25°C (75°F) |
7.6 to 11.4 Ω |
*a |
Component without harness connected (Outer Rear View Mirror Assembly LH) |
If the result is not as specified, replace the outer rear view mirror assembly LH.
(3) Connect the cable from the positive (+) terminal to terminal 2 and the negative battery (-) terminal to terminal 8, then check that the mirror becomes warm.
HINT:
It takes a short time for the mirror to become warm.
OK:
Mirror becomes warm.
If the result is not as specified, replace the outer rear view mirror assembly LH.
Engine Coolant Temperature / Intake Air Temperature Correlation (P011B)
DESCRIPTION
The engine has two temperature sensors, an engine coolant temperature sensor
and an intake air temperature sensor, to detect the temperature while the engine
is in operation. A thermistor, whose resistance value varies according to the tempera ...
Removal
REMOVAL
PROCEDURE
1. REMOVE AIR CONDITIONING UNIT ASSEMBLY
(See page )
2. REMOVE NO. 1 FINISH PANEL MOUNTING BRACKET
3. REMOVE NO. 2 FINISH PANEL MOUNTING BRACKET
4. REMOVE NO. 3 AIR DUCT SUB-ASSEMBLY
5. REMOVE NO. 2 AIR DUCT SUB-ASSEMBLY
...
Detection range of the sensors
1. Approximately 1.6 ft. (50 cm)
2. Approximately 4.9 ft. (150 cm)
3. Approximately 2.0 ft. (60 cm)
The diagram shows the detection range of the sensors. Note that the sensors cannot
detect obstacles that are extremely close to the vehicle.
The range o ...