Contents:
| Components Location |
| Fuel Tank & Filler-Neck Assembly |

| 1. Fuel Tank 2. Low Pressure Fuel Pump 3. Sub Fuel Sender 4. Fuel Filler Hose |
5. Leveling Hose 6. Ventilation Hose 7. Filler-Neck Assembly 8. Fuel Pump Plate Cover |
| Low Pressure Fuel Pump |

| 1. Fuel Feed Port 2. Fuel Pressure Sensor (FPS) 3. Fuel Filter 4. Fuel Sender |
5. Fuel Pressure Regulator
6. Head Assembly 7. Reservoir-Cup 8. Pre-filter |
| High Pressure Fuel Line |

| 1. High Pressure Pump 2. High Pressure Pipe 3. Delivery Pipe |
4. Injector 5. Rail Pressure Sensor (RPS) |
Whenever the high pressure fuel pump, fuel pipe, delivery pipe, or injector is removed immediately after shutting off the engine, an injury may be caused by the release of highly pressurized fuel. Release the residual pressure in the high pressure fuel line by referring to the "Residual fuel pressure release procedure" below before removing any high pressure fuel system components. |
| Fuel Pressure Test (Low pressure system) |
| 1. |
Release the residual pressure in fuel line. (Refer to the Fuel Delivery System - Inspection - "Release Residual Pressure in Fuel Line".)
|
| 2. |
Install the Special Service Tool (SST).
|
| 3. |
Check for fuel leakage from connections on the low fuel feed tube, the low pressure inlet of high pressure fuel pump, and the SST components with ignition "ON". |
| 4. |
Measure the fuel pressure.
|
| 5. |
Release the residual pressure in fuel line. (Refer to the Fuel Delivery System - Repair Procedures - "Release Residual Pressure in Fuel Line").
|
| 6. |
Finish test.
|
| Release Residual Pressure in Fuel Line |
Whenever the high pressure fuel fuse, fuel pipe, delivery pipe, or injector is removed immediately after shutting off the engine, an injury may be caused by the release of highly pressurized fuel. Release the residual pressure in the high pressure fuel line by referring to the "Residual fuel pressure release procedure" below before removing any high pressure fuel system components. |
Wear safety glasses and fuel resistant gloves. |
| 1. |
Switch "OFF" the ignition and disconnect the negative (-) battery terminal. |
| 2. |
Remove the fuel pump relay (A).
|
| 3. |
Reconnect the negative (-) battery terminal. |
| 4. |
Run the engine for about 1 minute to lower the pressure in the low pressure line. |
| 5. |
Turn the engine off. |
| 6. |
Disconnect the low pressure fuel line quick connector at the High Pressure Pump. Use rags to cover opening and catch spills while removing the fuel line. |
| 7. |
Start the engine and let it idle until the engine stops. At this point the pressure should be under 30 psi. |
| 8. |
Proceed with the service or repair. Use rags to cover opening and catch spills when opening up the high pressure system. |
| 9. |
Reinstall / re-connect all components in reverse order of removal. Start engine and confirm proper operation, and make sure there are no fuel leaks. |
| 10. |
After completing, clear DTC(s) using KDS scan tool. (The procedure described above will cause DTC to set.) |
| Removal |
Fuel filter cannot be replaced on its own; it should be replaced with the fuel pump assembly. (Refer to Fuel Delivery System - "Low Pressure Fuel Pump") |
| Installation |
Fuel filter cannot be replaced on its own; it should be replaced with the fuel pump assembly. (Refer to Fuel Delivery System - "Low Pressure Fuel Pump") |
| Removal |
Main fuel sender cannot be replaced on its own; it should be replaced with the fuel pump assembly. (Refer to Fuel Delivery System - "Low Pressure Fuel Pump") |
| Installation |
Main fuel sender cannot be replaced on its own; it should be replaced with the fuel pump assembly. (Refer to Fuel Delivery System - "Low Pressure Fuel Pump") |
Kia Stinger (CK) 2018-2023 Service Manual: Front Door Belt Inside Weatherstrip
Repair procedures Replacement Put on gloves to protect your hands. • Use a plastic panel removal tool to remove interior trim pieces without marring the surface.Kia Stinger (CK) 2018-2023 Service Manual: Variable Charge Motion Actuator (VCMA)
Components and components location Components ECM directly controls the actuator and the rotation of motor operates the VCM flap of intake manifold in link structure to create tumble in air. Mounted inside the actuator, the motor and position sensor sense the position of flap and send feedback to ECM to determine the current location of flap and detect abnormal operation due to adherence of foreign substance.