Chevrolet Trax: Plastic collar quick connect fitting service
Removal Procedure
WARNING: Refer to Gasoline/Gasoline Vapors Warning .
NOTE: If servicing a
fuel system, insure the fuel pressure has been relieved.
Fig. 52: Plastic Collar Quick Connect Fitting Service
NOTE: There are
several types of plastic collar fuel and evaporative emission quick
connect fittings used on this vehicle.
- Bartholomew (1)
- Q Release (2)
- Squeeze to Release (3)
- Sliding Retainer (4)
- Global Connect (5)
- TI Loc (6)
- Safe Lock (7)
- Plastic Connector (8)
The following instructions apply to all of these types of plastic collar
quick connect fittings except where indicated.
Fig. 53: Blowing Dirt Out Of Fitting (Plastic Collar)
WARNING: Always apply a few drops of clean engine oil to the male
pipe ends
before connecting the fuel pipe fittings. This will ensure proper
reconnection and prevent a possible fuel leak. Always replace Orings.
- Using compressed air, blow any dirt out of the quick-connect fitting.
Fig. 54: View Of Quick Connect Fitting Release Tabs (Plastic Collar)
- This step applies to Bartholomew style connectors ONLY. Squeeze the
plastic quick-connect fitting
release tabs.
Fig. 55: Releasing Q Release Style Connectors (Plastic Collar)
- This step applies to Q Release style connectors ONLY. Release the
fitting by Pushing the tab toward the
other side of the slot in the fitting.
Fig. 56: Disengaging Quick Connect Fitting (Plastic Collar)
- This step applies to Squeeze to Release style connectors ONLY. Squeeze
where indicated by arrows on
both sides of the plastic ring surrounding the quick-connect fitting.
Fig. 57: Pushing In Male Side Of Connector
- This step applies to Squeeze to Release style connectors ONLY. Push in
the male side slightly in order to
slide the retainer away from the retainers, squeeze where indicated by
arrows on both sides of the plastic
ring surrounding the quick-connect fitting.
Fig. 58: View Of Sliding Retainer Style Connector
- This step applies to Sliding Retainer style connectors ONLY. Release the
fitting by pressing on one side
of the release tab causing it to push in slightly. If the tab doesn't move
try pressing the tab in from the
opposite side. The tab will only move in one direction.
Fig. 59: Global Connector Style
- This step applies to the Global Connector style only. Push the connector
toward the tube in order to
release the pressure. Press and hold down the release mechanism, and pull
the connector straight out.
Fig. 60: TI Loc style
- This step applies to the TI Loc style only. Push the connector toward
the tube in order to release the
pressure. Release the redundant latch (1) with two fingers or a flat bladed
tool. Then press and hold down
the bottom release mechanism (2) and pull the connector straight out.
Fig. 61: Safe Lock Style
WARNING: Refer to Relieving Fuel Pressure Warning .
- This step applies to the Safe Lock style only. Push the connector toward
the tube in order to release the
pressure. Release the second latch (1) with two fingers. Then press and hold
down the bottom release
mechanism (2) and pull the connector straight out.
Fig. 62: Releasing Latch And Pulling Connector Straight Out
- This step applies to the Plastic Connector style 8, push the connector
toward the tube in order to release
the pressure. Press the latch (1) inward in order to release the pipe, while
pulling the connector (2)
straight out.
- Using a clean shop towel, wipe off the male pipe end.
- Inspect both ends of the fitting for dirt and burrs.
- Clean or replace components as necessary.
Installation Procedure
Fig. 63: Lubricating Male Pipe End
WARNING: Always apply a few drops of clean engine oil to the male
pipe ends
before connecting the fuel pipe fittings. This will ensure proper
reconnection and prevent a possible fuel leak. Always replace Orings.
- Apply a few drops of clean engine oil to the male pipe end.
Fig. 64: Connecting Quick-Connect Fittings
- Push both sides of the quick-connect fitting together in order to cause
the retaining feature to snap into
place.
Fig. 65: View Of Quick-Connect Fitting
- Pull on both sides of the quick-connect fitting to make sure the
connection is secure.
Fig. 66: TI Loc style
- Insert the tube in the connector until the retainer snaps in place.
- Push down on the redundant latch (1) until it is fully engaged and
snapped into position.
Fig. 67: Push Down On Redundant Latch (1) Until It Is Fully Engaged And
Snapped Into Position
- Insert the tube in the connector until the retainer snaps in place.
- Push down on the second latch (1) in order to secure the connection.
Fig. 68: Latch And Connector
- For the plastic connector type 8, depress the latch (1) while inserting
the connector (3) on to the pipe (2) .
- Move the latch (1) upward in order to secure the connection.
- Inspect for leaks using the following procedure:
- Turn the ignition ON, with the engine OFF for 2 seconds.
- Turn the ignition OFF, for 10 seconds.
- Turn the ignition ON, with the engine OFF for 2 seconds.
- Turn the ignition OFF.
- Inspect for leaks.
READ NEXT:
NOTE: If the fuel filter is plugged, the
fuel tank should be inspected internally and
cleaned if necessary.
Drain the fuel tank. Refer to Fuel Tank Draining.
Remove the fuel pump module assembly.
Fig. 75: Fuel Injectors And Rail
Fuel Injector Replacement
EVAPORATIVE EMISSION CANISTER VENT SOLENOID VALVE REPLACEMENT
Fig. 76: Evaporative Emission Canister Vent Solenoid Valve
Evaporative Em
Special tools
EN-6009 Remover and Installer Ignition Coil
For equivalent regional tools refer to Special Tools .
Removal Procedure
Disconnect the battery negative cable. Refer to Battery Negative
SEE MORE:
Diagnostic Instructions
Perform the Diagnostic System Check - Vehicle prior to using this
diagnostic procedure.
Review Strategy Based Diagnosis for an overview of the diagnostic
approach.
Diagnostic Procedure Instructions provides an overview of each
diagnostic category.
Diagnostic Aids
C
Automatic transmission controls wiring schematics (ENCORE, MH8 OR MHB)
Module Power, Ground, Data Communication, and MIL
Fig. 1: Module Power, Ground, Data Communication, and MIL
Speed and Temperature Sensors, Pressure and Shift Controls
Fig. 2: Speed and Temperature Sensors, Pressure and Shift