Parts Location
PARTS LOCATION
ILLUSTRATION
On-vehicle Inspection
ON-VEHICLE INSPECTION
PROCEDURE
1. INSPECT FUEL CUT-OFF RPM
(a) Increase the engine speed to at least 3500 rpm.
(b) Use a sound scope to check for injector operating sounds. Text in Illustration
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(c) When the accelerator pedal is released, check that injector operating sounds stop momentarily and then resume.
Standard:
Item |
Specified Condition |
---|---|
Fuel injection restart rpm |
1400 rpm |
If the result is not as specified, check the injectors, wiring and ECM.
2. VISUALLY INSPECT HOSES, CONNECTIONS AND GASKETS
(a) Inspect the hoses and gaskets for scratches, cracks or air/oil leaks from the connecting parts.
HINT:
If the hoses or gaskets are damaged or some of the connections are loose, they may cause an engine stall or malfunction.
3. INSPECT EVAPORATIVE EMISSION CONTROL SYSTEM
(a) Connect the Techstream to the DLC3.
(b) Disconnect the fuel vapor feed hose from the purge VSV shown in the illustration. |
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(c) Start the engine.
(d) Enter the following menus: Powertrain / Engine and ECT / Active Test / Activate the VSV for Evap Control.
(e) Check that vacuum occurs at the purge VSV port.
(f) If vacuum does not occur, check the following items.
(g) Exit Active Test mode and reconnect the fuel vapor feed hose.
(h) Enter the following menus: Powertrain / Engine and ECT / Data List / EVAP Purge VSV.
(i) Warm up the engine and drive the vehicle.
(j) Confirm that the purge VSV opens.
If the result is not as specified, replace the purge VSV, wire harness or ECM.
4. CHECK FUEL TANK AND VENT LINE
(a) Disconnect the vent line tube from the charcoal canister sub-assembly.
(b) Connect a pressure gauge to the vent line tube.
*1 |
Fuel Tank Cap |
*2 |
Vent Line Tube |
*3 |
Pressure Gauge |
- |
- |
(c) Apply 4 kPa (0.04 kgf/cm2, 0.6 psi) of pressure to the vent line of the fuel tank.
HINT:
Perform this inspection with the fuel tank less than 90% full. When the fuel tank is full, the fuel fill check valve closes and the pressure is released through the 2 mm orifice. As a result, when the fuel tank cap is removed, the pressure does not decrease smoothly.
(d) Check that the fuel tank pressure is maintained for some time, and does not decrease immediately.
HINT:
If the pressure decreases immediately, one of the following may apply:
(e) When the fuel tank cap is removed, check that the pressure is released smoothly.
HINT:
If the pressure does not drop, replace the fuel tank assembly.
(f) Reconnect the vent line tube to the charcoal canister sub-assembly.
5. INSPECT AIR INLET LINE
(a) Disconnect the air line tube from the charcoal canister sub-assembly. Text in Illustration
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(b) Check that air flows freely into the air line.
If air does not flow freely into the air line, repair or replace the air line tube.
(c) Reconnect the air line tube to the charcoal canister sub-assembly.
System Diagram
SYSTEM DIAGRAM
*1 |
Purge VSV |
*2 |
Fuel Tank Cap |
*3 |
Fuel Tank |
*4 |
Fuel Fill Check Valve |
*5 |
Canister Filter |
*6 |
Fuel Cut-off Valve |
*7 |
ECM |
*8 |
Canister Pump Module |
*9 |
Pump Motor |
*10 |
Canister Pressure Sensor |
*11 |
Vent Valve |
*12 |
Charcoal Canister |
*a |
to Intake Manifold |
*b |
Purge Line |
*c |
Air Line |
*d |
Vent Line |
Removal
REMOVAL
PROCEDURE
1. REMOVE ENGINE ASSEMBLY WITH TRANSAXLE
See page for 2GR-FE
See page for 1AR-FE
2. REMOVE FRONT NO. 1 STABILIZER BRACKET LH
3. REMOVE FRONT NO. 1 STABILIZER BRACKET RH
HINT:
Perform the same procedure as for the LH side.
4. REM ...
Vehicle load limits
Vehicle load limits include total load capacity, seating capacity, Trailer
Weight Rating (TWR) and cargo capacity.
- Total load capacity (Vehicle capacity weight):
Total load capacity means the combined weight of occupants, cargo and luggage.
&nbs ...
Steering Lock Motor Drive Power Circuit
DESCRIPTION
The steering lock ECU (steering lock actuator assembly) is connected to the power
management control ECU. The steering lock ECU (steering lock actuator assembly)
cannot activate the motor unless it receives permission signals from both ECUs.
...