Wiring Diagram Cluster

1997 Nissan-Datsun Altima XE Power Window Wiring Diagram

Find power window motor circuits, master switch wiring, window lock relay paths, and regulator control schematics.

Matched Diagrams

48

Variant Used

Altima XE L4-2.4L (KA24DE)

Total Vehicle Diagrams

1833

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Diagnostic signal

Codes Often Seen With This System

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P0172: System Too Rich (Bank 1) β†’

Top Power Windows Diagram Paths

1.Components > Switches > Rear Power Window SwitchGeneralOpen2.Windows β€” Connector Views > Non-System Specific Connectors > A6, E101, M81, F19Windows and GlassOpen3.Windows β€” Connector Views > Non-System Specific Connectors > B1, E103, M6, M7Windows and GlassOpen4.Windows β€” Connector Views > Non-System Specific Connectors > E13, M11Windows and GlassOpen5.Windows β€” Connector Views > System Specific ConnectorsWindows and GlassOpen6.Windows β€” Diagnostic Aids > Harness ConnectorsWindows and GlassOpen7.Windows β€” Diagnostic Aids > How to Follow Flowchart In Trouble Diagnosis > Flow Chart ExampleWindows and GlassOpen8.Windows β€” Diagnostic Aids > How to Follow Flowchart In Trouble Diagnosis > How to Follow This FlowchartWindows and GlassOpen9.Windows β€” Diagnostic Aids > How to Follow Flowchart In Trouble Diagnosis > Key to Symbol Signifying Measurements or ProceduresWindows and GlassOpen10.Windows β€” Diagnostic Aids > Standardized RelaysWindows and GlassOpen11.Windows β€” Diagram Information and Instructions > Ground Distribution Cell CodesWindows and GlassOpen12.Windows β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Circuit Inspection > Connector and Terminal Pin KitWindows and GlassOpen13.Windows β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Circuit Inspection > Ground InspectionWindows and GlassOpen14.Windows β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Circuit Inspection > IntroductionWindows and GlassOpen15.Windows β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Circuit Inspection > Testing For "OPENS" In the CircuitWindows and GlassOpen16.Windows β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Circuit Inspection > Testing For "SHORTS" In the CircuitWindows and GlassOpen17.Windows β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Circuit Inspection > Voltage Drop TestsWindows and GlassOpen18.Windows β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Incident Simulation Tests > Cold or Hot Start UpWindows and GlassOpen19.Windows β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Incident Simulation Tests > Electrical LoadWindows and GlassOpen20.Windows β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Incident Simulation Tests > FreezingWindows and GlassOpen21.Windows β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Incident Simulation Tests > Heat SensitiveWindows and GlassOpen22.Windows β€” Diagram Information and Instructions > How to Perform 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Description > DiagramsWindows and GlassOpen29.Windows β€” Diagram Information and Instructions > Sample Diagram Information > Description > Multiple SwitchWindows and GlassOpen30.Windows β€” Diagram Information and Instructions > Sample Diagram Information > Description > Switch PositionsWindows and GlassOpen31.Windows β€” Diagram Information and Instructions > Sample Diagram Information > DiagramsWindows and GlassOpen32.Windows β€” Diagram Information and Instructions > Wire Color Code IdentificationWindows and GlassOpen33.Windows β€” Diagram Information and Instructions > Wiring Diagram Codes (Cell Codes)Windows and GlassOpen34.Windows β€” Electrical DiagramsWindows and GlassOpen35.Components > Relays > Ignition Relay (Power Window)GeneralOpen36.Components > Switches > Power Window Lock SwitchGeneralOpen37.Rear Defogger β€” Connector Views > Non-System Specific Connectors > A6, E101, M81, F19Windows and GlassOpen38.Rear Defogger β€” Connector Views > Non-System Specific Connectors > B1, E103, M6, M7Windows and GlassOpen39.Rear Defogger β€” Connector Views > Non-System Specific Connectors > E13, M11Windows and GlassOpen40.Rear Defogger β€” Connector Views > System Specific ConnectorsWindows and GlassOpen41.Rear Defogger β€” Diagnostic Aids > Harness ConnectorsWindows and GlassOpen42.Rear Defogger β€” Diagnostic Aids > How to Follow Flowchart In Trouble Diagnosis > Flow Chart ExampleWindows and GlassOpen43.Rear Defogger β€” Diagnostic Aids > How to Follow Flowchart In Trouble Diagnosis > How to Follow This FlowchartWindows and GlassOpen44.Rear Defogger β€” Diagnostic Aids > How to Follow Flowchart In Trouble Diagnosis > Key to Symbol Signifying Measurements or ProceduresWindows and GlassOpen45.Rear Defogger β€” Diagnostic Aids > Standardized RelaysWindows and GlassOpen46.Rear Defogger β€” Diagram Information and Instructions > Ground Distribution Cell CodesWindows and GlassOpen47.Rear Defogger β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Circuit Inspection > Connector and Terminal Pin KitWindows and GlassOpen48.Rear Defogger β€” Diagram Information and Instructions > How to Perform Efficient Diagnosis For an Electrical Incident > Circuit Inspection > Ground InspectionWindows and GlassOpen

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