The document provides information on diagnosing issues with a vehicle's power window control system. It includes:
1) A system diagram showing the components of the power window control system including the BCM, power window switches, motors and encoders.
2) A description of the system including functions like auto-open/close, anti-pinch, retained power operation and use of serial communication between components.
3) Sections on inspecting individual components, performing diagnostics, addressing specific symptoms, and precautions for repairs. The document provides a thorough overview of analyzing and troubleshooting power window problems.
This document provides information about brake control systems, including the VDC, TCS, ABS, and EBD. It describes the components, functions, diagrams, inspections, adjustments, diagnoses, repairs, and specifications for these systems. Proper precautions and procedures are outlined for working on the brake control system.
This document provides guidance for performing chemical process hazards analyses (PrHAs) as required by the Occupational Safety and Health Administration (OSHA) Process Safety Management (PSM) standard. It discusses the key elements and requirements of PrHAs according to the PSM rule. The document also describes various PrHA methods like checklist analysis, What-If analysis, hazard and operability study, failure mode and effects analysis, and fault tree analysis. It provides examples of applying these methods to sample chemical processes and discusses reporting, reviewing, updating, and tracking corrective actions from PrHA findings. The overall purpose is to help DOE contractors properly implement the PrHA element of the PSM rule.
CASE IH JX60 TRACTOR Service Repair Manualhksemd yjekmd
This is the Highly Detailed factory service repair manual for theCASE IH JX60 TRACTOR, this Service Manual has detailed illustrations as well as step by step instructions,It is 100 percents complete and intact. they are specifically written for the do-it-yourself-er as well as the experienced mechanic.CASE IH JX60 TRACTOR Service Repair Workshop Manual provides step-by-step instructions based on the complete dis-assembly of the machine. It is this level of detail, along with hundreds of photos and illustrations, that guide the reader through each service and repair procedure. Complete download comes in pdf format which can work under all PC based windows operating system and Mac also, All pages are printable. Using this repair manual is an inexpensive way to keep your vehicle working properly.
Service Repair Manual Covers:
General
Engine
Clutch
Gearbox
Drive Lines
Front Axle Mechanical Transmission
Rear Axle and Transmission
Power Take-Off
Braking System
Hydraulic System
Steering
Front Axle and Wheels
Auxiliary Units
Electrical System
Body Work and Drive Position
File Format: PDF
Compatible: All Versions of Windows & Mac
Language: English
Requirements: Adobe PDF Reader
NO waiting, Buy from responsible seller and get INSTANT DOWNLOAD, Without wasting your hard-owned money on uncertainty or surprise! All pages are is great to haveCASE IH JX60 TRACTOR Service Repair Workshop Manual.
Looking for some other Service Repair Manual,please check:
https://www.aservicemanualpdf.com/
Thanks for visiting!
This document provides information on the engine control system for a specific vehicle, including:
1. An overview of the engine control system components and operation, including the multiport fuel injection, electronic ignition, and CAN communication systems.
2. Diagnostic procedures for common trouble codes, focusing on sensors, actuators, and emissions control components.
3. Testing and inspection methods using the CONSULT-II diagnostic tool to check reference values and perform component functions tests.
4. Wiring diagrams and terminal layout to assist with circuit-based diagnostics.
The document provides information on troubleshooting engine noise issues in 3 main sections:
1. A chart to help locate the source of noise based on characteristics like location, type of noise, and engine operating conditions.
2. Precautions for certain repair procedures that could impact safety systems.
3. General precautions for tasks like removing and installing parts, inspecting, and assembling to ensure correct and safe repairs. Procedures are outlined for draining fluids, disconnecting fuel lines, using proper tools, cleaning parts, and verifying for leaks after repairs.
This document provides information on door locks, intelligent keys, and other vehicle security systems. It includes:
1) Sections on inspecting and diagnosing power door locks, intelligent key systems, door lock functions, and more.
2) Diagrams of system components and wiring diagrams.
3) Troubleshooting guides for common door and security issues.
4) Removal and installation procedures for door lock components.
The document is a technical service guide for repairing and maintaining exterior door locks and related vehicle security systems. It contains detailed information to assist technicians in inspection, diagnosis, and repair of these systems.
OFF-PUMP CORONARY ARTERY BYPASS SURGERY A GUIDE TO MANAGING THE HEMODYNAMIC C...Scott Sadel, M.D., F.A.S.E
A new guide written for Cardiac Anesthesiologists who work in programs that provide, or are preparing to provide, anesthesia for off-pump or minimally invasive CABG procedures. The purpose of the guide is to offer information, advice, and tips to help anesthesiologists and the entire cardiac surgical team adapt to off-pump procedures or improve the management of hemodynamic changes during these procedures in order to offer the safest possible care to their patients.
Ingersoll rand zx75 load excavator service repair manualfiksfejjsekkmme
This service manual provides information for servicing the Doosan Load Excavators ZX75 and ZX125. It includes sections on the diesel engine, electrical system, transmission, travel range, working hydraulics, slew drive, lubricants, maintenance parts, and capacities. The manual provides technical specifications and instructions for maintenance and repair of these excavator models.
This document provides information about brake control systems, including the VDC, TCS, ABS, and EBD. It describes the components, functions, diagrams, inspections, adjustments, diagnoses, repairs, and specifications for these systems. Proper precautions and procedures are outlined for working on the brake control system.
This document provides guidance for performing chemical process hazards analyses (PrHAs) as required by the Occupational Safety and Health Administration (OSHA) Process Safety Management (PSM) standard. It discusses the key elements and requirements of PrHAs according to the PSM rule. The document also describes various PrHA methods like checklist analysis, What-If analysis, hazard and operability study, failure mode and effects analysis, and fault tree analysis. It provides examples of applying these methods to sample chemical processes and discusses reporting, reviewing, updating, and tracking corrective actions from PrHA findings. The overall purpose is to help DOE contractors properly implement the PrHA element of the PSM rule.
CASE IH JX60 TRACTOR Service Repair Manualhksemd yjekmd
This is the Highly Detailed factory service repair manual for theCASE IH JX60 TRACTOR, this Service Manual has detailed illustrations as well as step by step instructions,It is 100 percents complete and intact. they are specifically written for the do-it-yourself-er as well as the experienced mechanic.CASE IH JX60 TRACTOR Service Repair Workshop Manual provides step-by-step instructions based on the complete dis-assembly of the machine. It is this level of detail, along with hundreds of photos and illustrations, that guide the reader through each service and repair procedure. Complete download comes in pdf format which can work under all PC based windows operating system and Mac also, All pages are printable. Using this repair manual is an inexpensive way to keep your vehicle working properly.
Service Repair Manual Covers:
General
Engine
Clutch
Gearbox
Drive Lines
Front Axle Mechanical Transmission
Rear Axle and Transmission
Power Take-Off
Braking System
Hydraulic System
Steering
Front Axle and Wheels
Auxiliary Units
Electrical System
Body Work and Drive Position
File Format: PDF
Compatible: All Versions of Windows & Mac
Language: English
Requirements: Adobe PDF Reader
NO waiting, Buy from responsible seller and get INSTANT DOWNLOAD, Without wasting your hard-owned money on uncertainty or surprise! All pages are is great to haveCASE IH JX60 TRACTOR Service Repair Workshop Manual.
Looking for some other Service Repair Manual,please check:
https://www.aservicemanualpdf.com/
Thanks for visiting!
This document provides information on the engine control system for a specific vehicle, including:
1. An overview of the engine control system components and operation, including the multiport fuel injection, electronic ignition, and CAN communication systems.
2. Diagnostic procedures for common trouble codes, focusing on sensors, actuators, and emissions control components.
3. Testing and inspection methods using the CONSULT-II diagnostic tool to check reference values and perform component functions tests.
4. Wiring diagrams and terminal layout to assist with circuit-based diagnostics.
The document provides information on troubleshooting engine noise issues in 3 main sections:
1. A chart to help locate the source of noise based on characteristics like location, type of noise, and engine operating conditions.
2. Precautions for certain repair procedures that could impact safety systems.
3. General precautions for tasks like removing and installing parts, inspecting, and assembling to ensure correct and safe repairs. Procedures are outlined for draining fluids, disconnecting fuel lines, using proper tools, cleaning parts, and verifying for leaks after repairs.
This document provides information on door locks, intelligent keys, and other vehicle security systems. It includes:
1) Sections on inspecting and diagnosing power door locks, intelligent key systems, door lock functions, and more.
2) Diagrams of system components and wiring diagrams.
3) Troubleshooting guides for common door and security issues.
4) Removal and installation procedures for door lock components.
The document is a technical service guide for repairing and maintaining exterior door locks and related vehicle security systems. It contains detailed information to assist technicians in inspection, diagnosis, and repair of these systems.
OFF-PUMP CORONARY ARTERY BYPASS SURGERY A GUIDE TO MANAGING THE HEMODYNAMIC C...Scott Sadel, M.D., F.A.S.E
A new guide written for Cardiac Anesthesiologists who work in programs that provide, or are preparing to provide, anesthesia for off-pump or minimally invasive CABG procedures. The purpose of the guide is to offer information, advice, and tips to help anesthesiologists and the entire cardiac surgical team adapt to off-pump procedures or improve the management of hemodynamic changes during these procedures in order to offer the safest possible care to their patients.
Ingersoll rand zx75 load excavator service repair manualfiksfejjsekkmme
This service manual provides information for servicing the Doosan Load Excavators ZX75 and ZX125. It includes sections on the diesel engine, electrical system, transmission, travel range, working hydraulics, slew drive, lubricants, maintenance parts, and capacities. The manual provides technical specifications and instructions for maintenance and repair of these excavator models.
Man industrial gas engine e2876 le302 service repair manualfisdkjekemms
This document contains procedures and specifications for overhauling an engine. It includes sections on disassembling, inspecting, and reassembling engine components and systems like the cylinder head, crankshaft, pistons, valves, timing components, lubrication system, cooling system, intake and exhaust manifolds, and turbocharger. Specification tables are also provided with details on measurements and part numbers.
New holland cr920 combine harvesters service repair manual instant downloadufjjsjekksekmm
This document is a repair manual for New Holland combines models CR920 through CR980. It provides repair instructions organized into sections covering the engine, transmission, hydraulics, electrical systems, harvesting components, and other areas of the combines. Safety precautions are outlined, and general information is provided on product identification, torque specifications, fittings, lubrication, and sealants to aid in repairs.
New holland cr960 combine harvesters service repair manual instant downloadufjjsjekksekmm
This document is a repair manual for New Holland combines models CR920 through CR980. It provides repair instructions organized into sections covering the engine, transmission, hydraulics, electrical systems, harvesting components, and other areas of the combines. Safety precautions are outlined, and general information is provided on product identification, torque specifications, fittings, lubrication, and sealants to aid in repairs.
New holland cr960 combine harvesters service repair manualuudfjjjskkemmd
This document is a repair manual for New Holland combine harvesters models CR920, CR940, CR960, CR970 and CR980. It contains sections covering the general information, engine, transmission, hydraulics, electrical systems, grain handling and other major systems of the combines. The manual provides instructions for troubleshooting, overhaul and testing procedures for safely and efficiently servicing and repairing the machines.
New holland cr940 combine harvesters service repair manual instant downloadufjjsjekksekmm
This document is a repair manual for New Holland combines models CR920 through CR980. It provides repair instructions organized into sections covering the engine, transmission, hydraulics, electrical systems, harvesting components, and other areas of the combines. Safety precautions are outlined, and general information is provided on product identification, torque specifications, fittings, lubrication, and sealants to aid in repairs.
PERKINS 3000 SERIES 3008 CV8 8 CYLINDER DIESEL ENGINE Service Repair Manualjnekmsmme
This is the Highly Detailed factory service repair manual for thePERKINS 3000 SERIES 3008 CV8 8 CYLINDER DIESEL ENGINE, this Service Manual has detailed illustrations as well as step by step instructions,It is 100 percents complete and intact. they are specifically written for the do-it-yourself-er as well as the experienced mechanic.PERKINS 3000 SERIES 3008 CV8 8 CYLINDER DIESEL ENGINE Service Repair Workshop Manual provides step-by-step instructions based on the complete dis-assembly of the machine. It is this level of detail, along with hundreds of photos and illustrations, that guide the reader through each service and repair procedure. Complete download comes in pdf format which can work under all PC based windows operating system and Mac also, All pages are printable. Using this repair manual is an inexpensive way to keep your vehicle working properly.
Service Repair Manual Covers:
10 General information
11 Specifications
12 Cylinder head assembly
13 Pistons and connecting rods
14 Crankshaft assembly
15 Timing gears and timing case
16 Cylinder block assembly
17 Camshafts and engine timing
18 Induction and exhaust system
19 Lubrication system
20 Fuel system
21 Cooling system
22 Flywheel and flywheel housing
23 Electrical equipment
24 Auxiliary equipment
25 Running-in and test
26 Special tools
User Handbook Cover:
1 General information
2 Engine views
3 Operation instructions
4 Preventive maintenance
5 Engine fluids
6 Fault diagnosis
File Format: PDF
Compatible: All Versions of Windows & Mac
Language: English
Requirements: Adobe PDF Reader
NO waiting, Buy from responsible seller and get INSTANT DOWNLOAD, Without wasting your hard-owned money on uncertainty or surprise! All pages are is great to havePERKINS 3000 SERIES 3008 CV8 8 CYLINDER DIESEL ENGINE Service Repair Workshop Manual.
Looking for some other Service Repair Manual,please check:
https://www.aservicemanualpdf.com/
Thanks for visiting!
8
This document provides installation, operation and maintenance instructions for various oil-free rotary screw air compressor models. It describes the general design and components of the compressors, including safety features, cooling and lubrication systems, electrical components, and optional controls. Installation instructions cover location, piping, wiring, startup checks and settings. Operating instructions explain the basic startup, operation and shutdown sequences. Interface features of the Xe-90M/145M control panel are also outlined.
Clark op15 x forklift service repair manualfjjskekdmme
This document provides service and repair information for Clark OP15X battery-powered forklifts. It includes sections on safety, machine components, maintenance procedures, troubleshooting, and repair instructions. Technical specifications and diagrams are provided for systems such as the chassis, operator platform, battery compartment, controls, motors, transmission, brakes, wheels, steering, and hydraulics. Proper maintenance and repair techniques are outlined to ensure safe and effective operation of the forklift.
This technical service manual provides guidance on troubleshooting Balboa control systems for hot tubs. It outlines safety procedures and lists required tools. It describes the main components of Balboa control systems including the topside control panel, circuit board, temperature and high-limit sensors. The manual provides steps for checking wiring, voltages and components. It also explains how to interpret error messages and test the circuit board and its outputs. Procedures for replacing circuit boards are included as well as information on optional features and different circuit board models.
PERKINS 2000 SERIES 2006 DIESEL ENGINE(model 2006TAG2)Service Repair Manualhsemmd sehkdmm
This document provides information on servicing and repairing Perkins 2000 Series 6-cylinder diesel engines, including specifications, procedures for removing and installing major engine components like the cylinder head and crankshaft, and instructions for inspecting, cleaning, and replacing parts. The manual covers topics such as safety precautions, engine identification, cylinder head assembly, piston and connecting rod assembly, crankshaft assembly, wheelcase and drive assembly, cylinder block assembly, engine timing, aspiration and lubrication systems, and fuel system.
1. The document describes the diagnosis and repair work flow for the heater and air conditioner control system without the 7 inch display.
2. The work flow includes interviewing the customer, checking the symptom, performing a basic inspection, using self-diagnosis with CONSULT-III, troubleshooting detected diagnostic trouble codes, checking for fail-safe activation, performing system diagnosis if fail-safe activates, and diagnosing by symptom if fail-safe does not activate.
3. The process aims to specify the malfunctioning part by following the steps of interview, inspection, diagnosis, and repair.
This document provides information on inspection and adjustment procedures for the engine control system of a VQ37VHR engine. It describes basic inspection steps, additional service required when replacing control units, how to adjust idle speed, ignition timing, and other sensor positions and values. It also provides diagnostic troubleshooting information for various engine control system components, listing potential causes and repair procedures for many diagnostic trouble codes.
The TPMS monitors tire pressure using transmitters installed in each wheel and a receiver located in the vehicle. The BCM processes signals from the transmitters to determine pressure levels. If low pressure is detected, the BCM illuminates the low tire pressure warning lamp. The system uses turn signals and a diagnostic tool during initialization and troubleshooting.
This document is an operation manual for the Jerome 431-X Mercury Vapor Analyzer produced by Arizona Instrument LLC. It provides instructions on operating and maintaining the analyzer, including daily operation, sampling procedures, maintenance schedules, troubleshooting, and specifications. The manual contains various appendices that describe functional testing of the analyzer, using personal mercury dosimeters with it, internal dip switch settings, and an optional communications board.
This document provides inspection and diagnostic procedures for an automatic drive positioner system. It begins with basic inspection steps such as checking for foreign objects, wiring connections, and power/ground circuits. It then describes manually operating seat, pedal, and mirror functions to check for issues. Memory functions are also checked by registering seat positions. Various component diagnosis procedures are provided to isolate malfunctions. The document includes system diagrams, descriptions, and troubleshooting steps for issues related to motors, sensors, switches, and control units.
2012 NISSAN Altima GCC POWER CONTROL SYSTEM SERVICE MANUALOBD Codex
This document provides information about the power control system on a vehicle, including:
1. The power control system has several subsystems like the relay control system, power control system, signal buffer system, and power consumption control system.
2. The diagnosis system section describes how to diagnose issues using the intelligent power distribution module engine room (IPDM E/R) and its diagnosis and consult functions.
3. The DTC/circuit diagnosis section provides troubleshooting steps for specific diagnostic trouble codes related to the ignition relay, accessory relay, blower relay, and other components.
This document provides information on exterior lighting systems for a vehicle, including headlamp, auto light, daytime running light, turn signal, hazard warning, parking, license plate, and tail lamp systems. It describes the components, diagrams, and functions of each system, as well as diagnostic procedures for troubleshooting issues. The document is organized by system and includes wiring diagrams.
2011 Armada BRAKE CONTROL SYSTEM SERVICE MANUALOBD Codex
This document provides information on inspecting and diagnosing brake control systems, including the VDC, TCS, ABS, and EBD. It outlines the overall diagnosis and repair workflow, including collecting customer information, performing self-diagnosis, checking for DTCs, inspecting for normal operation, and diagnosing by symptoms if needed. If parts are replaced like the control unit, additional steps like adjusting the steering angle sensor neutral position and calibrating the decel G sensor are required. The document also provides detailed descriptions, diagrams, and repair procedures for specific components and DTC trouble codes.
INFINITI BRAKE CONTROL SYSTEM REPAIR INFORMATIONOBD Codex
This document provides information on inspecting and diagnosing brake control systems, including the VDC, TCS, ABS, and EBD. It outlines the overall diagnosis and repair workflow, including collecting customer information, performing self-diagnosis, checking for DTCs, inspecting for normal operation, and diagnosing by symptoms if needed. If parts are replaced like the control unit, additional steps like adjusting the steering angle sensor neutral position and calibrating the decel G sensor are required. The document also provides detailed descriptions, diagrams, and repair procedures for system components and potential issues.
This document provides information on diagnosing and repairing issues with a vehicle's supplemental restraint system (SRS) airbag control system. It outlines the system components, diagnostic trouble codes (DTCs), diagnosis procedures, and precautions for working on the SRS. The document is divided into sections covering the basic system description, component diagnosis by DTC, ECU diagnosis, symptom diagnosis, and precautions for working on the SRS. It provides detailed information on testing and repairing the airbags, seat belt pre-tensioners, occupancy sensors and other SRS components.
NISSAN 2014 LEAF DOOR & LOCK SERVICE MANUALOBD Codex
This document provides information about door locks, antennas, and other vehicle security components for a DLK-1 vehicle. It includes sections on system descriptions, component locations, wiring diagrams, diagnostics, symptoms, and removal/installation procedures. The system description sections explain the operation of the power door lock system, intelligent key system, door lock functions, back door open function, remote keyless entry function, and other related systems. The diagnostics sections provide testing procedures for various components including door locks, antennas, switches, actuators, and more.
[END SUMMARY]
The document provides information on diagnosing and repairing audio, visual, and navigation systems for vehicles. It includes:
1. Sections covering the function, diagnosis, and component repair of base audio systems, Bose audio systems without navigation, and Bose audio systems with navigation.
2. Diagrams of system components and wiring diagrams.
3. Reference values, symptom tables, and diagnostic trouble codes to support identifying and resolving issues with audio units, amplifiers, speakers, antennas, and navigation units.
4. Removal and installation procedures for audio system components.
The document is a technical service guide that gives technicians the information needed to diagnose, test, and repair issues with in-vehicle
Man industrial gas engine e2876 le302 service repair manualfisdkjekemms
This document contains procedures and specifications for overhauling an engine. It includes sections on disassembling, inspecting, and reassembling engine components and systems like the cylinder head, crankshaft, pistons, valves, timing components, lubrication system, cooling system, intake and exhaust manifolds, and turbocharger. Specification tables are also provided with details on measurements and part numbers.
New holland cr920 combine harvesters service repair manual instant downloadufjjsjekksekmm
This document is a repair manual for New Holland combines models CR920 through CR980. It provides repair instructions organized into sections covering the engine, transmission, hydraulics, electrical systems, harvesting components, and other areas of the combines. Safety precautions are outlined, and general information is provided on product identification, torque specifications, fittings, lubrication, and sealants to aid in repairs.
New holland cr960 combine harvesters service repair manual instant downloadufjjsjekksekmm
This document is a repair manual for New Holland combines models CR920 through CR980. It provides repair instructions organized into sections covering the engine, transmission, hydraulics, electrical systems, harvesting components, and other areas of the combines. Safety precautions are outlined, and general information is provided on product identification, torque specifications, fittings, lubrication, and sealants to aid in repairs.
New holland cr960 combine harvesters service repair manualuudfjjjskkemmd
This document is a repair manual for New Holland combine harvesters models CR920, CR940, CR960, CR970 and CR980. It contains sections covering the general information, engine, transmission, hydraulics, electrical systems, grain handling and other major systems of the combines. The manual provides instructions for troubleshooting, overhaul and testing procedures for safely and efficiently servicing and repairing the machines.
New holland cr940 combine harvesters service repair manual instant downloadufjjsjekksekmm
This document is a repair manual for New Holland combines models CR920 through CR980. It provides repair instructions organized into sections covering the engine, transmission, hydraulics, electrical systems, harvesting components, and other areas of the combines. Safety precautions are outlined, and general information is provided on product identification, torque specifications, fittings, lubrication, and sealants to aid in repairs.
PERKINS 3000 SERIES 3008 CV8 8 CYLINDER DIESEL ENGINE Service Repair Manualjnekmsmme
This is the Highly Detailed factory service repair manual for thePERKINS 3000 SERIES 3008 CV8 8 CYLINDER DIESEL ENGINE, this Service Manual has detailed illustrations as well as step by step instructions,It is 100 percents complete and intact. they are specifically written for the do-it-yourself-er as well as the experienced mechanic.PERKINS 3000 SERIES 3008 CV8 8 CYLINDER DIESEL ENGINE Service Repair Workshop Manual provides step-by-step instructions based on the complete dis-assembly of the machine. It is this level of detail, along with hundreds of photos and illustrations, that guide the reader through each service and repair procedure. Complete download comes in pdf format which can work under all PC based windows operating system and Mac also, All pages are printable. Using this repair manual is an inexpensive way to keep your vehicle working properly.
Service Repair Manual Covers:
10 General information
11 Specifications
12 Cylinder head assembly
13 Pistons and connecting rods
14 Crankshaft assembly
15 Timing gears and timing case
16 Cylinder block assembly
17 Camshafts and engine timing
18 Induction and exhaust system
19 Lubrication system
20 Fuel system
21 Cooling system
22 Flywheel and flywheel housing
23 Electrical equipment
24 Auxiliary equipment
25 Running-in and test
26 Special tools
User Handbook Cover:
1 General information
2 Engine views
3 Operation instructions
4 Preventive maintenance
5 Engine fluids
6 Fault diagnosis
File Format: PDF
Compatible: All Versions of Windows & Mac
Language: English
Requirements: Adobe PDF Reader
NO waiting, Buy from responsible seller and get INSTANT DOWNLOAD, Without wasting your hard-owned money on uncertainty or surprise! All pages are is great to havePERKINS 3000 SERIES 3008 CV8 8 CYLINDER DIESEL ENGINE Service Repair Workshop Manual.
Looking for some other Service Repair Manual,please check:
https://www.aservicemanualpdf.com/
Thanks for visiting!
8
This document provides installation, operation and maintenance instructions for various oil-free rotary screw air compressor models. It describes the general design and components of the compressors, including safety features, cooling and lubrication systems, electrical components, and optional controls. Installation instructions cover location, piping, wiring, startup checks and settings. Operating instructions explain the basic startup, operation and shutdown sequences. Interface features of the Xe-90M/145M control panel are also outlined.
Clark op15 x forklift service repair manualfjjskekdmme
This document provides service and repair information for Clark OP15X battery-powered forklifts. It includes sections on safety, machine components, maintenance procedures, troubleshooting, and repair instructions. Technical specifications and diagrams are provided for systems such as the chassis, operator platform, battery compartment, controls, motors, transmission, brakes, wheels, steering, and hydraulics. Proper maintenance and repair techniques are outlined to ensure safe and effective operation of the forklift.
This technical service manual provides guidance on troubleshooting Balboa control systems for hot tubs. It outlines safety procedures and lists required tools. It describes the main components of Balboa control systems including the topside control panel, circuit board, temperature and high-limit sensors. The manual provides steps for checking wiring, voltages and components. It also explains how to interpret error messages and test the circuit board and its outputs. Procedures for replacing circuit boards are included as well as information on optional features and different circuit board models.
PERKINS 2000 SERIES 2006 DIESEL ENGINE(model 2006TAG2)Service Repair Manualhsemmd sehkdmm
This document provides information on servicing and repairing Perkins 2000 Series 6-cylinder diesel engines, including specifications, procedures for removing and installing major engine components like the cylinder head and crankshaft, and instructions for inspecting, cleaning, and replacing parts. The manual covers topics such as safety precautions, engine identification, cylinder head assembly, piston and connecting rod assembly, crankshaft assembly, wheelcase and drive assembly, cylinder block assembly, engine timing, aspiration and lubrication systems, and fuel system.
1. The document describes the diagnosis and repair work flow for the heater and air conditioner control system without the 7 inch display.
2. The work flow includes interviewing the customer, checking the symptom, performing a basic inspection, using self-diagnosis with CONSULT-III, troubleshooting detected diagnostic trouble codes, checking for fail-safe activation, performing system diagnosis if fail-safe activates, and diagnosing by symptom if fail-safe does not activate.
3. The process aims to specify the malfunctioning part by following the steps of interview, inspection, diagnosis, and repair.
This document provides information on inspection and adjustment procedures for the engine control system of a VQ37VHR engine. It describes basic inspection steps, additional service required when replacing control units, how to adjust idle speed, ignition timing, and other sensor positions and values. It also provides diagnostic troubleshooting information for various engine control system components, listing potential causes and repair procedures for many diagnostic trouble codes.
The TPMS monitors tire pressure using transmitters installed in each wheel and a receiver located in the vehicle. The BCM processes signals from the transmitters to determine pressure levels. If low pressure is detected, the BCM illuminates the low tire pressure warning lamp. The system uses turn signals and a diagnostic tool during initialization and troubleshooting.
This document is an operation manual for the Jerome 431-X Mercury Vapor Analyzer produced by Arizona Instrument LLC. It provides instructions on operating and maintaining the analyzer, including daily operation, sampling procedures, maintenance schedules, troubleshooting, and specifications. The manual contains various appendices that describe functional testing of the analyzer, using personal mercury dosimeters with it, internal dip switch settings, and an optional communications board.
This document provides inspection and diagnostic procedures for an automatic drive positioner system. It begins with basic inspection steps such as checking for foreign objects, wiring connections, and power/ground circuits. It then describes manually operating seat, pedal, and mirror functions to check for issues. Memory functions are also checked by registering seat positions. Various component diagnosis procedures are provided to isolate malfunctions. The document includes system diagrams, descriptions, and troubleshooting steps for issues related to motors, sensors, switches, and control units.
2012 NISSAN Altima GCC POWER CONTROL SYSTEM SERVICE MANUALOBD Codex
This document provides information about the power control system on a vehicle, including:
1. The power control system has several subsystems like the relay control system, power control system, signal buffer system, and power consumption control system.
2. The diagnosis system section describes how to diagnose issues using the intelligent power distribution module engine room (IPDM E/R) and its diagnosis and consult functions.
3. The DTC/circuit diagnosis section provides troubleshooting steps for specific diagnostic trouble codes related to the ignition relay, accessory relay, blower relay, and other components.
This document provides information on exterior lighting systems for a vehicle, including headlamp, auto light, daytime running light, turn signal, hazard warning, parking, license plate, and tail lamp systems. It describes the components, diagrams, and functions of each system, as well as diagnostic procedures for troubleshooting issues. The document is organized by system and includes wiring diagrams.
2011 Armada BRAKE CONTROL SYSTEM SERVICE MANUALOBD Codex
This document provides information on inspecting and diagnosing brake control systems, including the VDC, TCS, ABS, and EBD. It outlines the overall diagnosis and repair workflow, including collecting customer information, performing self-diagnosis, checking for DTCs, inspecting for normal operation, and diagnosing by symptoms if needed. If parts are replaced like the control unit, additional steps like adjusting the steering angle sensor neutral position and calibrating the decel G sensor are required. The document also provides detailed descriptions, diagrams, and repair procedures for specific components and DTC trouble codes.
INFINITI BRAKE CONTROL SYSTEM REPAIR INFORMATIONOBD Codex
This document provides information on inspecting and diagnosing brake control systems, including the VDC, TCS, ABS, and EBD. It outlines the overall diagnosis and repair workflow, including collecting customer information, performing self-diagnosis, checking for DTCs, inspecting for normal operation, and diagnosing by symptoms if needed. If parts are replaced like the control unit, additional steps like adjusting the steering angle sensor neutral position and calibrating the decel G sensor are required. The document also provides detailed descriptions, diagrams, and repair procedures for system components and potential issues.
This document provides information on diagnosing and repairing issues with a vehicle's supplemental restraint system (SRS) airbag control system. It outlines the system components, diagnostic trouble codes (DTCs), diagnosis procedures, and precautions for working on the SRS. The document is divided into sections covering the basic system description, component diagnosis by DTC, ECU diagnosis, symptom diagnosis, and precautions for working on the SRS. It provides detailed information on testing and repairing the airbags, seat belt pre-tensioners, occupancy sensors and other SRS components.
NISSAN 2014 LEAF DOOR & LOCK SERVICE MANUALOBD Codex
This document provides information about door locks, antennas, and other vehicle security components for a DLK-1 vehicle. It includes sections on system descriptions, component locations, wiring diagrams, diagnostics, symptoms, and removal/installation procedures. The system description sections explain the operation of the power door lock system, intelligent key system, door lock functions, back door open function, remote keyless entry function, and other related systems. The diagnostics sections provide testing procedures for various components including door locks, antennas, switches, actuators, and more.
[END SUMMARY]
The document provides information on diagnosing and repairing audio, visual, and navigation systems for vehicles. It includes:
1. Sections covering the function, diagnosis, and component repair of base audio systems, Bose audio systems without navigation, and Bose audio systems with navigation.
2. Diagrams of system components and wiring diagrams.
3. Reference values, symptom tables, and diagnostic trouble codes to support identifying and resolving issues with audio units, amplifiers, speakers, antennas, and navigation units.
4. Removal and installation procedures for audio system components.
The document is a technical service guide that gives technicians the information needed to diagnose, test, and repair issues with in-vehicle
The document provides information on vehicle security systems for Nissan vehicles, including:
1. Sections cover the intelligent key system, Nissan vehicle immobilizer system (NATS), vehicle security system, component diagnosis, and symptom diagnosis.
2. Diagrams and descriptions are provided for each system, along with component locations, wiring diagrams, and diagnostic procedures.
3. The document also includes an ECU diagnosis section for the body control module and intelligent power distribution module, with reference values, wiring diagrams, fail-safe operation, and DTC indexes.
This document is an instruction manual for the Varispeed-606PC3 series inverters. It describes handling, wiring, operation, maintenance, troubleshooting and specifications of the inverters over two sections. The first section focuses on the inverter main unit, while the second section outlines the operation and functions of the digital operator used to control the inverter. The manual provides guidance for installing, connecting, running and maintaining the inverters safely and explains how to interpret fault displays and resolve issues.
2009 Z12 SECURITY CONTROL SYSTEM SERVICE MANUAL OBD Codex
This document provides information on the security control system and intelligent key system for Nissan vehicles. It describes the components, operation, and diagnostics for the immobilizer system, vehicle security system, and intelligent key system. The document outlines diagnostic trouble codes, logic, and procedures for issues related to door locks, engine starting function, steering locks, and other vehicle security features.
This document is a copyrighted workshop manual from Audi AG for servicing the electrical system of an Audi 100 from 1991. It contains information on self-diagnosis procedures, checking and charging the battery, servicing gauges and instruments, and repair procedures for various electrical components. The document instructs technicians to observe safety precautions and only reproduce or share its contents with authorization from Audi AG.
The document is the operating manual for the VX-6R dual band heavy duty submersible transceiver. It provides instructions on installation and use of accessories, controls and connections, basic operation, advanced features, memory mode, scanning, CTCSS/DCS operation, and other settings. The VX-6R offers dual band operation on 144/430MHz amateur bands with 5 watts of transmit power, and includes additional receive coverage of various frequency bands.
The document is the operating manual for the VX-6R dual band heavy duty submersible transceiver. It provides instructions on installation and use of accessories, controls and connections, basic operation, advanced features, memory functions, scanning, CTCSS/DCS operations, and other settings. The VX-6R offers 5 watts of transmit power on 144/430 MHz bands, and receives frequencies from MF through UHF including amateur, broadcast, aircraft, and public service bands.
This document appears to be a hardware manual for a decentralized frequency inverter model 8400 motec with power ratings between 0.37-7.5 kW. It includes sections on safety instructions, product description, technical specifications, installation, and commissioning. The document provides information on the device features, terminals, dimensions, electrical connections, and basic configuration steps for quick commissioning of the frequency inverter.
This document is a reference manual for Sepam series 10 electrical network protection devices produced by Hoang Phuong Company in Vietnam. It provides information on installation, operation, functions and parameters of the Sepam series 10 devices. The manual covers safety precautions, connecting current transformers and other inputs/outputs, setting protection functions like overcurrent and earth fault protection, and descriptions of the device's screens and parameters.
[1] The BCM controls various vehicle systems like doors, rear defogger, warning chime, interior lamps, headlamps, and wipers.
[2] CONSULT-III can communicate with the BCM via CAN to perform functions like changing settings, viewing self-diagnostic results and signals, activating tests, and identifying the BCM.
[3] It allows diagnosing the systems controlled by the BCM like doors, rear defogger, warning chime, interior lamps, headlamps, and wipers.
The document provides information about the warning chime system, including system diagrams and descriptions of the light reminder warning chime, seat belt warning chime, and parking brake release warning chime. It also covers diagnosis procedures for the combination meter, BCM, and symptoms like warning chimes that continue sounding or do not sound as expected.
The document provides exploded views and removal/installation instructions for ventilation system components in a vehicle, including:
- Center ventilator grille
- Side ventilator grille
- Front and side defroster grilles
- Ventilator, side ventilator, and foot ducts
- Front and side defroster nozzles
- Foot grille
- Blower unit and blower motor
The document outlines how to remove each component and the basic reverse procedure for installation. Precautions are provided for working near airbag components and disconnecting the battery.
This document provides information on transmission and driveline components for a 6-speed manual transmission (6MT) and a 7-speed automatic transmission (7AT). It includes sections on function diagnosis, component diagnosis, symptom diagnosis, precautions, preparation, on-vehicle maintenance, removal and installation, disassembly and assembly, service data and specifications, and ECU diagnosis. The document contains exploded views, diagrams, removal/installation procedures, and inspection/repair information for transmission components.
The document provides information on diagnosing and repairing starting systems. It describes manual and automatic transmission starting system diagrams, components, and descriptions. Diagnosis steps include inspecting the battery, starter motor, alternator, B terminal circuit, S connector circuit, and engine rotation. If issues are found, the document provides repair procedures for the starter motor. It also includes service data and specifications for the starter motor.
The document provides information about steering system diagnosis and repair. It includes:
F
Turn the ignition switch OFF.
Disconnect combination meter harness connectors.
Disconnect power steering control unit harness connector.
Check the continuity between combination meter harness connector and power steering control unit harness connector.
STC
H
Combination meter
Power steering control unit
Connector
Terminal
Connector
Terminal
M107
5
M108
11
Continuity
Existed
I
Is the inspection result normal?
YES >> GO TO 3.
NO
>> Repair or replace error-detected parts.
J
3.
The document provides information on servicing the steering system for a vehicle. It includes sections on symptom diagnosis, precautions, preparation, on-vehicle maintenance, on-vehicle repair, and service data. The precautions section outlines safety procedures for working on the supplemental restraint system and describes how to release the steering lock if the battery is disconnected. The document provides exploded views, removal/installation procedures, and inspection steps for various steering components.
1. The document provides removal and installation instructions for various supplemental restraint system (SRS) components including the driver air bag module, front passenger air bag module, spiral cable, and other modules.
2. Removal of SRS components requires disconnection of the battery and waiting 3 minutes for safety. The driver air bag module is removed by taking out bolts and disconnecting the harness connector.
3. Proper handling of air bag modules is emphasized to avoid deployment or damage, and self-diagnosis must be performed after repairs to check for faults.
The document provides information on diagnosing and repairing squeaks and rattles in vehicles:
- It outlines a process for diagnosing the issue through customer interviews, duplicating the noise, and narrowing down the source.
- Common areas to inspect are the instrument panel, center console, and doors. Loose or insufficiently insulated components are often the cause.
- Once the cause is found, it should be repaired by tightening, adding insulation, or repositioning components. The repair must then be confirmed by recreating the conditions.
This document provides information on diagnosing issues with the seat belt control system on a vehicle. It begins with an overview of the diagnosis and repair workflow process. It then describes the seat belt warning system, including a system diagram, description, and locations of components. The document outlines procedures for diagnosing issues with specific components like the seat belt buckle switches and seat belt warning lamp circuit. It provides symptom-based diagnosis procedures and concludes with precautions for working on supplemental restraint systems.
This document provides information on inspecting and servicing seat belts. It begins with safety precautions for working on supplemental restraint systems and the battery. It describes inspecting seat belts for damage or improper operation after a collision. Inspection steps are provided to check the seat belt warning light, retractor operation, and for dirt or damage. The document includes an exploded view and procedures for removing and installing the seat belt retractor. Finally, it discusses inspecting and replacing the seat belt buckle.
The document provides information on rear suspension maintenance and repair, including:
1) Inspection procedures for the rear suspension assembly, wheel alignment, rear lower link and coil spring, and rear shock absorber.
2) Removal and installation procedures for the rear lower link and coil spring and rear shock absorber.
3) Inspection criteria for components after removal, disassembly, and installation to check for damage or abnormal wear.
The document provides information on rear axle and drive shaft components. It includes:
1) An exploded view and removal/installation steps for the rear wheel hub and housing.
2) An exploded view and removal/installation instructions for the rear drive shaft.
3) Disassembly and assembly steps for the wheel side of the rear drive shaft.
This document provides information about the diagnosis system and relay control system for the IPDM E/R. It describes the auto active test mode which sends drive signals to various vehicle systems to check operation when specific steps are followed. The relay control system section explains that the IPDM E/R uses CAN communication to perform relay ON-OFF control according to input signals from sensors and request signals from control units. It provides a table listing the control relays, input/output, control parts, and reference pages.
The document provides information about parking brake system maintenance and repair for a 2009 370Z. It includes sections on preparation, inspection and adjustment of the parking brake system, parking brake shoe adjustment, and exploded views and repair procedures for the parking brake control and parking brake shoe. Specifications are provided for parking drum brake components and the parking brake control.
The meter system receives signals from various sensors and modules through CAN communication to operate gauges, indicators, warnings and the information display. The combination meter integrates these signals and performs meter and warning functions. It also incorporates a trip computer for the information display. The IPDM E/R module assists by transmitting the oil pressure warning signal and enabling diagnosis of that indicator.
This document provides information on diagnosing and repairing squeaks and rattles in vehicles. It outlines a process that involves interviewing the customer, duplicating the noise during a test drive, checking for technical service bulletins, locating and identifying the root cause of the noise. Key steps include narrowing down the noise, removing suspected components, tapping or pushing on components, feeling for vibrations, and looking for loose components or contact marks. The goal is to isolate the source of the noise in a methodical manner.
This document provides maintenance instructions for various vehicle systems organized by section and region. For North America, it includes preparation tools, general maintenance procedures, a periodic maintenance schedule, recommended fluids, and engine maintenance steps. For other regions, it also outlines preparation tools and periodic maintenance. The document contains detailed instructions for maintenance tasks across engine, chassis, brake and body systems. It concludes with service data and specifications.
The document provides information on servicing the engine lubrication system. It describes the system and components. Precautions are outlined for working on the system, including proper handling of liquid gasket. Procedures are given for inspecting, draining, and refilling the engine oil. The oil filter removal and installation is described. On-vehicle repair information includes procedures for inspecting the oil pump, as well as removing and installing it. Disassembly, assembly, and inspection of the oil pump is covered. Service data and specifications are listed for reference.
The CAN communication system allows control units to transmit and receive data over two communication lines, CAN-H and CAN-L. If an error occurs in the CAN communication lines or a control unit, multiple related control units may malfunction or enter a fail-safe mode. Symptoms can include engine torque limiting, shift position indicators turning off, warning lamps turning on, and more, depending on the specific component affected. Diagnosis of CAN communication errors uses diagnostic trouble codes and the CONSULT-III tool.
1. BODY EXTERIOR, DOORS, ROOF & VEHICLE SECURITY
SECTION
PWC
POWER WINDOW CONTROL SYSTEM
A
B
C
D
E
CONTENTS
BASIC INSPECTION ................................... 4
.
DIAGNOSIS AND REPAIR WORK FLOW ........ 4
.
Work Flow ................................................................ 4
.
INSPECTION AND ADJUSTMENT .................... 5
.
ADDITIONAL SERVICE WHEN REMOVING BATTERY NEGATIVE TERMINAL .................................... 5
.
ADDITIONAL SERVICE WHEN REMOVING
BATTERY NEGATIVE TERMINAL : Description ...... 5
ADDITIONAL SERVICE WHEN REMOVING
BATTERY NEGATIVE TERMINAL : Special Repair Requirement ...................................................... 5
.
ADDITIONAL SERVICE WHEN REPLACING
CONTROL UNIT ......................................................... 5
.
ADDITIONAL SERVICE WHEN REPLACING
CONTROL UNIT : Description ................................. 6
.
ADDITIONAL SERVICE WHEN REPLACING
CONTROL UNIT : Special Repair Requirement ...... 6
FUNCTION DIAGNOSIS .............................. 7
.
POWER WINDOW SYSTEM .............................. 7
.
System Diagram ...................................................... 7
.
System Description .................................................. 7
.
Component Parts Location ................................... 10
.
Component Description .......................................... 10
.
DIAGNOSIS SYSTEM (BCM) ...........................12
.
COMMON ITEM ........................................................ 12
.
COMMON ITEM : CONSULT-III Function (BCM COMMON ITEM) .................................................... 12
.
RETAINED PWR ...................................................... 13
.
RETAINED PWR : CONSULT-III Function (BCM RETAINED PWR) .................................................. 13
.
COMPONENT DIAGNOSIS ........................ 14
.
POWER SUPPLY AND GROUND CIRCUIT .....14
.
Revision: 2008 October
BCM ..........................................................................14
.
BCM : Diagnosis Procedure ...................................14
.
POWER WINDOW MAIN SWITCH ...........................14
.
POWER WINDOW MAIN SWITCH : Diagnosis
Procedure ...............................................................14
.
F
G
POWER WINDOW SUB-SWITCH ............................15
.
POWER WINDOW SUB-SWITCH : Diagnosis
Procedure ...............................................................15
.
H
POWER WINDOW MOTOR .............................. 17
I
DRIVER SIDE ............................................................17
.
DRIVER SIDE : Description ....................................17
.
DRIVER SIDE : Component Function Check .........17
.
DRIVER SIDE : Diagnosis Procedure ....................17
.
DRIVER SIDE : Component Inspection ..................18
.
PASSENGER SIDE ...................................................18
.
PASSENGER SIDE : Description ...........................18
.
PASSENGER SIDE : Component Function Check
....18
PASSENGER SIDE : Diagnosis Procedure ...........18
.
PASSENGER SIDE : Component Inspection .........19
.
J
PWC
L
M
ENCODER ......................................................... 21
DRIVER SIDE ............................................................21
.
DRIVER SIDE : Description ....................................21
.
DRIVER SIDE : Component Function Check .........21
.
DRIVER SIDE : Diagnosis Procedure ....................21
.
N
O
PASSENGER SIDE ...................................................23
.
PASSENGER SIDE : Description ...........................23
.
PASSENGER SIDE : Component Function Check
....23
PASSENGER SIDE : Diagnosis Procedure ...........23
.
POWER WINDOW SERIAL LINK ..................... 26
POWER WINDOW MAIN SWITCH ...........................26
.
POWER WINDOW MAIN SWITCH : Description ....26
PWC-1
2009 370Z
P
2. POWER WINDOW MAIN SWITCH : Component
Function Check ...................................................... 26
.
POWER WINDOW MAIN SWITCH : Diagnosis
Procedure .............................................................. 26
.
POWER WINDOW SUB-SWITCH ........................... 27
.
POWER WINDOW SUB-SWITCH : Description .... 27
.
POWER WINDOW SUB-SWITCH : Component
Function Check ...................................................... 27
.
POWER WINDOW SUB-SWITCH : Diagnosis
Procedure .............................................................. 28
.
ECU DIAGNOSIS ....................................... 30
.
BCM (BODY CONTROL MODULE) ................. 30
.
Reference Value .................................................... 30
.
Wiring Diagram - BCM - ........................................ 53
.
Fail-safe ................................................................. 58
.
DTC Inspection Priority Chart ............................. 61
.
DTC Index ............................................................. 62
.
POWER WINDOW MAIN SWITCH ................... 65
.
Reference Value .................................................... 65
.
Wiring Diagram - POWER WINDOW CONTROL
SYSTEM - .............................................................. 67
.
Fail-Safe ................................................................ 70
.
POWER WINDOW SUB-SWITCH .................... 72
.
Reference Value .................................................... 72
.
Wiring Diagram - POWER WINDOW CONTROL
SYSTEM - .............................................................. 74
.
Fail-Safe ................................................................ 77
.
WITH BOTH POWER WINDOW MAIN SWITCH
AND POWER WINDOW SUB-SWITCH ................... 81
.
WITH BOTH POWER WINDOW MAIN SWITCH
AND POWER WINDOW SUB-SWITCH : Description ......................................................................... 81
.
WITH BOTH POWER WINDOW MAIN SWITCH
AND POWER WINDOW SUB-SWITCH : Diagnosis Procedure ......................................................... 82
.
ANTI-PINCH FUNCTION DOES NOT OPERATE ................................................................... 83
.
DRIVER SIDE ........................................................... 83
.
DRIVER SIDE : Description ................................... 83
.
DRIVER SIDE : Diagnosis Procedure .................... 83
.
PASSENGER SIDE .................................................. 83
.
PASSENGER SIDE : Description .......................... 83
.
PASSENGER SIDE : Diagnosis Procedure ........... 83
.
AUTO OPERATION DOES NOT OPERATE
BUT MANUAL OPERATES NORMALLY ........ 84
.
DRIVER SIDE ........................................................... 84
.
DRIVER SIDE : Diagnosis Procedure .................... 84
.
PASSENGER SIDE .................................................. 84
.
PASSENGER SIDE : Diagnosis Procedure ........... 84
.
POWER WINDOW RETAINED POWER
FUNCTION DOES NOT OPERATE NORMALLY ...................................................................... 85
.
SYMPTOM DIAGNOSIS ............................ 79
.
Description ............................................................. 85
.
Diagnosis Procedure .............................................. 85
.
POWER WINDOWS DO NOT OPERATE
WITH ANY POWER WINDOW SWITCHES ..... 79
.
DOOR KEY CYLINDER SWITCH DOES NOT
OPERATE POWER WINDOWS ....................... 86
.
Description ............................................................. 79
.
Diagnosis Procedure ............................................. 79
.
Description ............................................................. 86
.
Diagnosis Procedure .............................................. 86
.
DRIVER SIDE POWER WINDOW ALONE
DOES NOT OPERATE ..................................... 80
.
KEYLESS POWER WINDOW DOWN DOES
NOT OPERATE ................................................ 87
.
Description ............................................................. 80
.
Diagnosis Procedure ............................................. 80
.
Description ............................................................. 87
.
Diagnosis Procedure .............................................. 87
.
PASSENGER SIDE POWER WINDOW
ALONE DOES NOT OPERATE ........................ 81
.
POWER WINDOW LOCK SWITCH DOES
NOT FUNCTION ............................................... 88
.
WHEN POWER WINDOW MAIN SWITCH IS OPERATED ................................................................... 81
.
WHEN POWER WINDOW MAIN SWITCH IS OPERATED : Description ........................................... 81
.
WHEN POWER WINDOW MAIN SWITCH IS OPERATED : Diagnosis Procedure ............................ 81
.
WHEN POWER WINDOW SUB-SWITCH IS OPERATED ................................................................... 81
.
WHEN POWER WINDOW SUB-SWITCH IS OPERATED : Description ........................................... 81
.
WHEN POWER WINDOW SUB-SWITCH IS OPERATED : Diagnosis Procedure ............................ 81
.
Revision: 2008 October
Diagnosis Procedure .............................................. 88
.
POWER WINDOW SWITCH ILLUMINATION
DOES NOT ILLUMINATE ................................. 89
.
DRIVER SIDE ........................................................... 89
.
DRIVER SIDE : Diagnosis Procedure .................... 89
.
PASSENGER SIDE .................................................. 89
.
PASSENGER SIDE : Diagnosis Procedure ........... 89
.
AUTOMATIC WINDOW ADJUSTING FUNCTION DOES NOT OPERATE ........................... 90
.
DRIVER SIDE ........................................................... 90
.
PWC-2
2009 370Z
3. DRIVER SIDE : Diagnosis Procedure .................... 90
.
PASSENGER SIDE .................................................. 90
.
PASSENGER SIDE : Diagnosis Procedure ........... 90
.
Precaution for Supplemental Restraint System
(SRS) "AIR BAG" and "SEAT BELT PRE-TENSIONER" ................................................................92
.
Precaution for Battery Service ................................92
.
PRECAUTION ............................................. 92
.
ON-VEHICLE REPAIR ................................ 93
.
PRECAUTIONS .................................................92
.
POWER WINDOW MAIN SWITCH ................... 93
Removal and Installation ........................................93
.
A
B
C
D
E
F
G
H
I
J
PWC
L
M
N
O
P
Revision: 2008 October
PWC-3
2009 370Z
4. DIAGNOSIS AND REPAIR WORK FLOW
< BASIC INSPECTION >
BASIC INSPECTION
DIAGNOSIS AND REPAIR WORK FLOW
Work Flow
INFOID:0000000004460993
DETAILED FLOW
1.OBTAIN INFORMATION ABOUT SYMPTOM
Interview the customer to obtain as much malfunction information (conditions and environment when the malfunction occurs) as possible when the customer brings the vehicle in.
>> GO TO 2.
2.REPRODUCE THE MALFUNCTION INFORMATION
Check the malfunction on the vehicle that the customer describes.
Inspect the relation of the symptoms and the conditions when the symptoms occur.
>> GO TO 3.
3.IDENTIFY THE MALFUNCTIONING SYSTEM WITH “SYMPTOM DIAGNOSIS”
Use “Symptom diagnosis” from the symptom inspection result in step 2 and then identify where to start performing the diagnosis based on possible causes and symptoms.
>> GO TO 4.
4.IDENTIFY THE MALFUNCTIONING PARTS WITH “COMPONENT DIAGNOSIS”
Diagnose with “Component diagnosis” of the applicable system.
>> GO TO 5.
5.REPAIR OR REPLACE THE MALFUNCTIONING PARTS
Repair or replace the specified malfunctioning parts.
>> GO TO 6.
6.FINAL CHECK
Check that malfunctions are not reproduced when obtaining the malfunction information from the customer,
referring to the symptom inspection result in step 2.
Are the malfunctions corrected?
YES >> INSPECTION END
NO
>> GO TO 3.
Revision: 2008 October
PWC-4
2009 370Z
5. INSPECTION AND ADJUSTMENT
< BASIC INSPECTION >
INSPECTION AND ADJUSTMENT
ADDITIONAL SERVICE WHEN REMOVING BATTERY NEGATIVE TERMINAL
ADDITIONAL SERVICE WHEN REMOVING BATTERY NEGATIVE TERMINAL : Description
A
B
INFOID:0000000004460994
When the battery negative terminal is disconnected, the initialization is necessary.
If any of the following operations are performed, the initialization is necessary as well as when the negative
battery terminal is disconnected.
• Power supply to the power window switch or power window motor is cut off by removal of battery terminal or
if the battery fuse is blown.
• Disconnection and connection of power window switch harness connector.
• Removal and installation of motor from regulator assembly.
• Operation of regulator assembly as an independent unit.
• Removal and installation of door glass or door glass run.
The following specified operations cannot be performed under the non initialized condition.
• Auto-up operation
• Anti-pinch function
• Key cylinder switch power window function
• Automatic window adjusting function
C
D
E
F
ADDITIONAL SERVICE WHEN REMOVING BATTERY NEGATIVE TERMINAL : Special Repair Requirement
G
INITIALIZATION PROCEDURE
H
INFOID:0000000004460995
1.
Disconnect battery negative terminal or power window switch connector. Reconnect it after a minute or
more.
2. Door switch is OFF (close).
I
3. Turn ignition switch ON.
4. Operate power window switch to fully open the window. (This operation is unnecessary if the window is
already fully open.)
5. Continue pulling the power window switch AUTO-UP. Even after glass stops at the fully closed position, J
keep pulling the switch for 3 seconds or more.
6. Initializing procedure is completed.
7. Inspect anti-pinch function.
PWC
CAUTION:
When initialization is not complete, power window UP does not operate while door is open.
L
CHECK ANTI-PINCH FUNCTION
1. Fully open the door window.
2. Place a piece of wood near the fully closed position.
3. Close door glass completely with AUTO-UP.
• Check that glass lowers for approximately 150 mm (5.9 in) without pinching piece of wood and stops.
• Check that glass does not rise when operating the power window main switch while lowering.
CAUTION:
• Never check with hands and other part of body because they may be pinched. Never get pinched.
• Check that AUTO-UP operates before inspection when system initialization is performed.
• It may switch to fail-safe mode if open/close operation is performed continuously. Perform initial
setting in that situation. Refer to PWC-70, "Fail-Safe"
• Perform initial setting when auto-up operation or anti-pinch function does not operate normally.
• Finish initial setting. Otherwise, next operation cannot be performed.
1. Auto-up operation
2. Anti-pinch function
3. Key cylinder switch power window function
4. Automatic window adjusting function
5. Auto-up, manual-up does not operate when door is open
ADDITIONAL SERVICE WHEN REPLACING CONTROL UNIT
Revision: 2008 October
PWC-5
2009 370Z
M
N
O
P
6. INSPECTION AND ADJUSTMENT
< BASIC INSPECTION >
ADDITIONAL SERVICE WHEN REPLACING CONTROL UNIT : Description
INFOID:0000000004460996
When the control unit is replaced, the initialization is necessary.
If any of the following operations are performed, the initialization is necessary and the control unit must be disconnected.
• Power supply to the power window switch or power window motor is cut off by removal of battery terminal or
if the battery fuse is blown.
• Disconnection and connection of power window switch harness connector.
• Removal and installation of motor from regulator assembly.
• Operation of regulator assembly as an independent unit.
• Removal and installation of door glass or door glass run.
The following specified operations cannot be performed under the non initialized condition.
• Auto-up operation
• Anti-pinch function
• Key cylinder switch power window function
• Automatic window adjusting function
ADDITIONAL SERVICE WHEN REPLACING CONTROL UNIT : Special Repair Requirement
INFOID:0000000004460997
INITIALIZATION PROCEDURE
1.
Disconnect battery negative terminal or power window switch connector. Reconnect it after a minute or
more.
2. Door switch is OFF (close).
3. Turn ignition switch ON.
4. Operate power window switch to fully open the window. (This operation is unnecessary if the window is
already fully open.)
5. Continue pulling the power window switch AUTO-UP. Even after glass stops at the fully closed position,
keep pulling the switch for 3 seconds or more.
6. Initializing procedure is completed.
7. Inspect anti-pinch function.
CAUTION:
When initialization is not complete, power window UP does not operate while door is open.
CHECK ANTI-PINCH FUNCTION
1. Fully open the door window.
2. Place a piece of wood near the fully closed position.
3. Close door glass completely with AUTO-UP.
• Check that glass lowers for approximately 150 mm (5.9 in) without pinching piece of wood and stops.
• Check that glass does not rise when operating the power window switch while lowering.
CAUTION:
• Never check with hands and other part of body because they may be pinched. Never get pinched.
• Check that AUTO-UP operates before inspection when system initialization is performed.
• It may switch to fail-safe mode if open/close operation is performed continuously. Perform initial
setting in that situation. Refer to PWC-70, "Fail-Safe"
• Perform initial setting when auto-up operation or anti-pinch function does not operate normally.
• Finish initial setting. Otherwise, next operation cannot be performed.
1. Auto-up operation
2. Anti-pinch function
3. Key cylinder switch power window function
4. Automatic window adjusting function
5. Auto-up, manual-up does not operate when door is open
Revision: 2008 October
PWC-6
2009 370Z
7. POWER WINDOW SYSTEM
< FUNCTION DIAGNOSIS >
FUNCTION DIAGNOSIS
A
POWER WINDOW SYSTEM
System Diagram
INFOID:0000000004460998
B
C
D
E
F
G
H
I
JMKIA3418GB
J
System Description
INFOID:0000000004460999
POWER WINDOW SYSTEM
• Power window system is activated by power window switch operation when ignition switch is turned ON and PWC
during the retained power operation, after ignition switch turned OFF.
• Power window main switch can open/close all windows.
L
• Power window sub-switch can open/close the passenger side windows.
• AUTO operation can be activated by operating the power window switch once.
• It transmits and receives the signal between BCM and power window main switch or power window sub
switch, via serial communication.
M
• When pressing power window lock switch, operation other than power window main switch becomes impossible.
• When detecting the pinching resistance of foreign materials, etc. during power window AUTO UP operation,
N
it lowers door glass to the specified value.
• When opening driver side or passenger side door while door glass is being fully closed, it lowers door glass
of the door a little from the closed position. When closing the door, it return door glass to the fully closed
position.
O
• All power windows open or close when Intelligent Key unlock button is pressed for 3seconds.
• Hold the door key cylinder to the LOCK or UNLOCK direction for 1 second or more to OPEN or CLOSE all
power windows when ignition switch OFF.
P
POWER WINDOW AUTO-OPERATION
• AUTO UP/DOWN operation can be performed when power window main switch turns to AUTO.
• Encoder continues detecting the movement of power window motor and transmits to power window switch
as the encoder pulse signal while power window motor is operating.
• Power window switch reads the changes of encoder signal and stops AUTO operation when door glass is at
the fully open/closed position.
• Auto function is inoperable if encoder is malfunctioning.
Revision: 2008 October
PWC-7
2009 370Z
8. POWER WINDOW SYSTEM
< FUNCTION DIAGNOSIS >
POWER WINDOW SERIAL LINK
Power window main switch, power window sub-switch and BCM transmit and receive the signal by power window serial link.
The under mentioned signal is transmitted from BCM to power window main switch.
• Driver side door switch signal.
• Keyless power window down signal.
• Retained power operation signal.
The under mentioned signal is transmitted from BCM to power window sub-switch.
• Passenger side door switch signal.
• Keyless power window down signal.
• Retained power operation signal.
The following signal is transmitted from power window main switch to power window sub-switch.
• Passenger side door window operation signal.
• Power window lock signal.
• Power window control by key cylinder switch signal.
RETAINED POWER OPERATION
Retained power operation is an additional power supply function that enables power window system to operate for 45 seconds after ignition switch turns OFF.
RETAINED POWER FUNCTION CANCEL CONDITIONS
• Front door CLOSED (door switch OFF) → OPEN (door switch ON).
• When ignition switch turns ON again.
• When timer times out. (45 seconds)
POWER WINDOW LOCK FUNCTION
Ground circuit inside power window main switch shuts off when power window lock switch is ON. This inhibits
power window switch operation except with the power window main switch.
ANTI-PINCH FUNCTION
• The anti-pinch function detects foreign matter being pinched in the door glass, during AUTO-UP operation,
and lowers the door glass 150 mm (5.9in).
• Encoder continues detecting the movement of power window motor and transmits to power window switch
as the encoder pulse signal while power window motor is operating.
• Resistance is applied to the power window motor rotation that changes the frequency of encoder pulse signal if foreign material is trapped in the door glass.
• Power window switch controls to lower the door glass for 150 mm (5.9in) after it detects encoder pulse signal
frequency change.
OPERATION CONDITION
• When all door glass AUTO-UP operation is performed (anti-pinch function does not operate just before the
door glass closes and is fully closed.)
NOTE:
Depending on environment and driving conditions, if a similar impact or load is applied to the door glass, it
may lower.
AUTOMATIC WINDOW ADJUSTING FUNCTION
When the driver/passenger door(s) is open, the window of the opened door is lowered approximately 10 mm
(0.39 in).
When the door is closed, the window is raised to the fully closed position.
Automatic window adjusting function system (opening operation) does not operate when the following item
occurs.
• The window is 10 mm (0.39 in) or more open from the fully closed position.
Automatic window adjusting function system (closing operation) does not operate when the following item
occurs.
• The automatic window adjusting function system (opening operation) operation.
DOOR KEY CYLINDER SWITCH POWER WINDOW FUNCTION
Hold the door key cylinder to the LOCK or UNLOCK position for 1 second or more to OPEN or CLOSE all
power windows when ignition switch is OFF. In addition, it stops when the key position is NEUTRAL when
operating.
OPERATION CONDITION
• Ignition switch OFF.
• Hold door key cylinder to the LOCK position for 1 second or more to perform CLOSE operation of the door
glass.
Revision: 2008 October
PWC-8
2009 370Z
9. POWER WINDOW SYSTEM
< FUNCTION DIAGNOSIS >
• Hold door key cylinder in the UNLOCK position for 1 second or more to perform OPEN operation of the door
glass.
A
KEYLESS POWER WINDOW DOWN FUNCTION
All power windows open when the unlock button on Intelligent Key is activated and pressed and held for more
than 3* seconds with the ignition switch OFF. The windows keep opening if the unlock button is continuously
pressed.
The power window opening function stops when the following operations are performed.
• When the unlock button is pressed and held for more than 15 seconds.
• When the ignition switch is turned ON while the power window opening is operated.
• When the unlock button is released.
While retained power operation activates, keyless power window down function cannot be operated.
Keyless power window down operation mode can be changed by “PW DOWN SET” mode in “WORK SUPPORT”. Refer to DLK-49, "INTELLIGENT KEY : CONSULT-III Function (BCM - INTELLIGENT KEY)".
NOTE:
Use CONSULT-III to change settings.
MODE 1 (3 sec) / MODE 2 (OFF) / MODE 3 (5 sec)
B
C
D
E
POWER CONSUMPTION CONTROL SYSTEM
Power window switch incorporates a power consumption control function that reduces the power consumption
according the vehicle status.
LOW POWER CONSUMPTION MODE
• Ignition switch OFF.
• Power window main switch and power window sub-switch do not receive a signal from serial link.
• Power window motor does not move.
If any of the following conditions are satisfied, the low power consumption mode is released.
• Ignition switch ON.
• When door key cylinder switch signal is received.
• When door lock signal is received.
• When the signal is received from serial link.
F
G
H
I
J
PWC
L
M
N
O
P
Revision: 2008 October
PWC-9
2009 370Z
10. POWER WINDOW SYSTEM
< FUNCTION DIAGNOSIS >
Component Parts Location
INFOID:0000000004461000
JMKIA3417GB
1.
BCM M118, M119, M122, M123
2.
BCS-8, "Component Parts Location"
Remote keyless entry receiver M104 3.
DLK-30, "REMOTE KEYLESS ENTRY FUNCTION :
Component Parts Location"
Driver side door lock assembly
(door key cylinder switch) D15
4.
Driver side power window motor D10 5.
Driver side door switch B16
Power window main switch D8
A.
View with door finisher removed
6.
Component Description
INFOID:0000000004461001
Component
Function
BCM
• Supplies power to power window switches.
• Controls retained power function
Power window main switch
• Directly controls all power window motors in all doors.
• Controls anti-pinch operation of power window.
Power window sub-switch
• Controls anti-pinch operation of power window.
• Controls power window motor of passenger door.
Power window motor
• Integrates the encoder and window motor.
• Starts operating with signals from each power window switch.
• Transmits power window motor rotation as a pulse signal to power window switch.
Revision: 2008 October
PWC-10
2009 370Z
11. POWER WINDOW SYSTEM
< FUNCTION DIAGNOSIS >
Component
Function
A
Driver side door lock assembly (door
key cylinder switch)
Transmits operation condition of key cylinder switch to power window main switch.
Remote keyless entry receiver
Receives lock/unlock signal from intelligent key, and then transmits to BCM.
Door switch
Detects door open/close condition and transmits to BCM.
B
C
D
E
F
G
H
I
J
PWC
L
M
N
O
P
Revision: 2008 October
PWC-11
2009 370Z
12. DIAGNOSIS SYSTEM (BCM)
< FUNCTION DIAGNOSIS >
DIAGNOSIS SYSTEM (BCM)
COMMON ITEM
COMMON ITEM : CONSULT-III Function (BCM - COMMON ITEM)
INFOID:0000000004555918
APPLICATION ITEM
CONSULT-III performs the following functions via CAN communication with BCM.
Diagnosis mode
Function Description
Work Support
Changes the setting for each system function.
Self Diagnostic Result
Displays the diagnosis results judged by BCM.
CAN Diag Support Monitor
Monitors the reception status of CAN communication viewed from BCM. Refer to CONSULT-III operation manual.
Data Monitor
The BCM input/output signals are displayed.
Active Test
The signals used to activate each device are forcibly supplied from BCM.
Ecu Identification
The BCM part number is displayed.
Configuration
• Read and save the vehicle specification.
• Write the vehicle specification when replacing BCM.
SYSTEM APPLICATION
BCM can perform the following functions for each system.
NOTE:
It can perform the diagnosis modes except the following for all sub system selection items.
×: Applicable item
System
Sub system selection item
Diagnosis mode
Work Support
Data Monitor
Active Test
×
×
×
Door lock
DOOR LOCK
Rear window defogger
REAR DEFOGGER
×
×
Warning chime
BUZZER
×
×
Interior room lamp timer
INT LAMP
×
×
×
Exterior lamp
HEAD LAMP
×
×
×
Wiper and washer
WIPER
×
×
×
Turn signal and hazard warning lamps
FLASHER
×
×
×
×
×
×
—
AIR CONDITONER*
• Intelligent Key system
• Engine start system
INTELLIGENT KEY
Combination switch
COMB SW
Body control system
BCM
IVIS - NATS
IMMU
Interior room lamp battery saver
BATTERY SAVER
Trunk lid open
TRUNK
Vehicle security system
THEFT ALM
RAP system
RETAINED PWR
×
Signal buffer system
SIGNAL BUFFER
×
×
TPMS
TPMS (AIR PRESSURE MONITOR)
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
NOTE:
*: This item is displayed, but is not used.
FREEZE FRAME DATA (FFD)
The BCM records the following vehicle condition at the time a particular DTC is detected, and displays on
CONSULT-III.
Revision: 2008 October
PWC-12
2009 370Z
13. DIAGNOSIS SYSTEM (BCM)
< FUNCTION DIAGNOSIS >
CONSULT screen item
Indication/Unit
Description
A
Vehicle Speed
km/h
Vehicle speed of the moment a particular DTC is detected
Odo/Trip Meter
km
Total mileage (Odometer value) of the moment a particular DTC is detected
SLEEP>LOCK
While turning BCM status from low power consumption mode to
normal mode (Power supply position is “LOCK”)
SLEEP>OFF
While turning BCM status from low power consumption mode to
normal mode (Power supply position is “OFF”.)
LOCK>ACC
While turning power supply position from “LOCK” to “ACC”
ACC>ON
While turning power supply position from “ACC” to “IGN”
RUN>ACC
While turning power supply position from “RUN” to “ACC” (Vehicle
is stopping and selector lever is except P position.)
CRANK>RUN
While turning power supply position from “CRANKING” to “RUN”
(From cranking up the engine to run it)
RUN>URGENT
While turning power supply position from “RUN“ to “ACC” (Emergency stop operation)
ACC>OFF
While turning power supply position from “ACC” to “OFF”
OFF>LOCK
Vehicle Condition
OFF>ACC
ON>CRANK
C
D
E
F
While turning power supply position from “OFF” to “LOCK”
Power position status of
the moment a particular
DTC is detected
While turning power supply position from “OFF” to “ACC”
G
While turning power supply position from “IGN” to “CRANKING”
OFF>SLEEP
While turning BCM status from normal mode (Power supply position is “OFF”.) to low power consumption mode
LOCK>SLEEP
While turning BCM status from normal mode (Power supply position is “LOCK”.) to low power consumption mode
LOCK
Power supply position is “LOCK” (Ignition switch OFF with steering is locked.)
OFF
Power supply position is “OFF” (Ignition switch OFF with steering
is unlocked.)
ACC
Power supply position is “ACC” (Ignition switch ACC)
ON
Power supply position is “IGN” (Ignition switch ON with engine
stopped)
ENGINE RUN
Power supply position is “RUN” (Ignition switch ON with engine
running)
CRANKING
IGN Counter
B
Power supply position is “CRANKING” (At engine cranking)
0 - 39
The number of times that ignition switch is turned ON after DTC is detected
• The number is 0 when a malfunction is detected now.
• The number increases like 1 → 2 → 3...38 → 39 after returning to the normal condition
whenever ignition switch OFF → ON.
• The number is fixed to 39 until the self-diagnosis results are erased if it is over 39.
RETAINED PWR
I
J
PWC
L
M
N
RETAINED PWR : CONSULT-III Function (BCM - RETAINED PWR)
INFOID:0000000004747508
O
Data monitor
Monitor Item
Description
DOOR SW-DR
DOOR SW-AS
P
Indicates [ON/OFF] condition of driver side door switch.
Indicates [ON/OFF] condition of passenger side door switch.
Revision: 2008 October
H
PWC-13
2009 370Z
14. POWER SUPPLY AND GROUND CIRCUIT
< COMPONENT DIAGNOSIS >
COMPONENT DIAGNOSIS
POWER SUPPLY AND GROUND CIRCUIT
BCM
BCM : Diagnosis Procedure
INFOID:0000000004461002
1.CHECK FUSE AND FUSIBLE LINK
Check that the following fuse and fusible link are not blown.
Terminal No.
Signal name
1
Fuse and fusible link No.
K (40A)
Battery power supply
11
10 (10A)
Is the fuse fusing?
YES >> Replace the blown fuse or fusible link after repairing the affected circuit if a fuse or fusible link is
blown.
NO
>> GO TO 2.
2.CHECK POWER SUPPLY CIRCUIT
1.
2.
3.
Turn ignition switch OFF.
Disconnect BCM connectors.
Check voltage between BCM harness connector and ground.
(+)
(−)
Connector
1
M119
11
Battery voltage
Terminal
M118
Voltage
(Approx.)
Ground
BCM
Is the measurement value normal?
YES >> GO TO 3.
NO
>> Repair or replace harness.
3.CHECK GROUND CIRCUIT
Check continuity between BCM harness connector and ground.
BCM
Connector
Terminal
M119
Ground
13
Continuity
Existed
Does continuity exist?
YES >> INSPECTION END
NO
>> Repair harness or connector.
POWER WINDOW MAIN SWITCH
POWER WINDOW MAIN SWITCH : Diagnosis Procedure
INFOID:0000000004461003
1.CHECK POWER SUPPLY CIRCUIT 1
1.
2.
3.
4.
Turn ignition switch OFF.
Disconnect power window main switch connector.
Turn ignition switch ON.
Check voltage between power window main switch harness connector and ground.
Revision: 2008 October
PWC-14
2009 370Z
15. POWER SUPPLY AND GROUND CIRCUIT
< COMPONENT DIAGNOSIS >
(+)
A
Power window main switch
Connector
Voltage (V)
(Approx.)
(–)
Terminal
B
1
D8
Ground
10
Battery voltage
Is the measurement value within the specification?
YES >> GO TO 3.
NO
>> GO TO 2.
C
2.CHECK POWER SUPPLY CIRCUIT 2
D
1.
2.
3.
E
Turn ignition switch OFF.
Disconnect BCM connector.
Check continuity between BCM harness connector and power window main switch harness connector.
BCM
Connector
Power window main switch
Terminal
2
M118
4.
Connector
1
D8
3
Continuity
Terminal
Existed
10
G
Check continuity between BCM harness connector and ground.
BCM
Connector
Ground
2
M118
H
Continuity
Terminal
F
Not existed
3
I
Is the inspection result normal?
YES >> Replace BCM. Refer to BCS-84, "Exploded View".
NO
>> Repair or replace harness.
J
3.CHECK GROUND CIRCUIT
1.
2.
Turn ignition switch OFF.
Check continuity between power window main switch harness connector and ground.
Power window main switch
Connector
Terminal
D8
Ground
15
PWC
L
Continuity
Existed
Is the inspection result normal?
YES >> INSPECTION END
NO
>> Repair or replace harness.
M
POWER WINDOW SUB-SWITCH
N
POWER WINDOW SUB-SWITCH : Diagnosis Procedure
INFOID:0000000004461004
O
1.CHECK POWER SUPPLY CIRCUIT 1
1.
2.
3.
Turn ignition switch OFF.
Disconnect power window sub-switch connector.
Check voltage between power window sub-switch harness connector and ground.
P
(+)
(–)
Connector
10
Battery voltage
Terminal
D38
Voltage (V)
(Approx.)
Ground
Power window sub-switch
Revision: 2008 October
PWC-15
2009 370Z
16. POWER SUPPLY AND GROUND CIRCUIT
< COMPONENT DIAGNOSIS >
Is the measurement value within the specification?
YES >> GO TO 3.
NO
>> GO TO 2.
2.CHECK POWER SUPPLY CIRCUIT 2
1.
2.
3.
Turn ignition switch OFF.
Disconnect BCM connector.
Check continuity between BCM harness connector and power window sub-switch harness connector.
BCM
Power window sub-switch
Connector
Connector
Terminal
M118
4.
Terminal
2
D38
10
Continuity
Existed
Check continuity between BCM harness connector and ground.
BCM
Connector
Terminal
M118
Ground
2
Continuity
Not existed
Is the inspection result normal?
YES >> Replace BCM. Refer to BCS-84, "Exploded View".
NO
>> Repair or replace harness.
3.CHECK GROUND CIRCUIT
Check continuity between power window sub-switch harness connector and ground.
Power window sub-switch
Connector
Terminal
D38
Ground
11
Continuity
Existed
Is the inspection result normal?
YES >> INSPECTION END
NO
>> Repair or replace harness.
Revision: 2008 October
PWC-16
2009 370Z
17. POWER WINDOW MOTOR
< COMPONENT DIAGNOSIS >
POWER WINDOW MOTOR
A
DRIVER SIDE
DRIVER SIDE : Description
INFOID:0000000004461005
B
Door glass moves UP/DOWN by receiving the signal from power window main switch.
DRIVER SIDE : Component Function Check
INFOID:0000000004461006
C
1.CHECK POWER WINDOW MOTOR CIRCUIT
Check driver side power window motor operation with power window main switch.
Is the inspection result normal?
YES >> Driver side power window motor is OK.
NO
>> Refer to PWC-17, "DRIVER SIDE : Diagnosis Procedure".
DRIVER SIDE : Diagnosis Procedure
D
E
INFOID:0000000004461007
1.CHECK POWER WINDOW MAIN SWITCH OUTPUT SIGNAL
F
1.
2.
3.
4.
G
Turn ignition switch OFF.
Disconnect driver side power window motor connector.
Turn ignition switch ON.
Check voltage between driver side power window motor harness connector and ground.
(+)
H
Driver side power window motor
Connector
(–)
Voltage (V)
(Approx.)
Condition
Terminal
UP
Ground
UP
Power window
main switch
3
0
I
0
DOWN
D10
Battery voltage
DOWN
6
Battery voltage
Is the measurement value within the specification?
YES >> GO TO 2.
NO
>> GO TO 3.
J
PWC
2.CHECK POWER WINDOW MOTOR
L
Check driver side power window motor.
Refer to PWC-18, "DRIVER SIDE : Component Inspection".
Is the inspection result normal?
YES >> GO TO 4.
NO
>> Replace driver side power window motor. Refer to GW-21, "Removal and Installation".
M
3.CHECK POWER WINDOW MOTOR CIRCUIT
N
1.
2.
3.
O
Turn ignition switch OFF.
Disconnect power window main switch connector.
Check continuity between power window main switch harness connector and driver side power window
motor harness connector.
Power window main switch
Connector
D8
4.
Terminal
8
11
Driver side power window motor
Connector
D10
Terminal
6
3
Continuity
Existed
Check continuity between power window main switch harness connector and ground.
Revision: 2008 October
PWC-17
2009 370Z
P
18. POWER WINDOW MOTOR
< COMPONENT DIAGNOSIS >
Power window main switch
Connector
Continuity
Terminal
D8
Ground
8
Not existed
11
Is the inspection result normal?
YES >> Replace power window main switch. Refer to PWC-93, "Removal and Installation".
NO
>> Repair or replace harness.
4.CHECK INTERMITTENT INCIDENT
Refer to GI-39, "Intermittent Incident".
>> INSPECTION END
DRIVER SIDE : Component Inspection
INFOID:0000000004461008
COMPONENT INSPECTION
1.CHECK DRIVER SIDE POWER WINDOW MOTOR
1.
2.
3.
Turn ignition switch OFF.
Disconnect driver side power window motor connector.
Check motor operation by connecting the battery voltage directly to driver side power window motor connector.
Driver side power window motor connector
D10
Terminal
Motor operation
(+)
(–)
3
6
DOWN
6
3
UP
Is the inspection result normal?
YES >> Driver side power window motor is OK.
NO
>> Replace driver side power window motor. Refer to GW-21, "Removal and Installation".
PASSENGER SIDE
PASSENGER SIDE : Description
INFOID:0000000004461009
Door glass moves UP/DOWN by receiving the signal power window main switch or power window sub-switch .
PASSENGER SIDE : Component Function Check
INFOID:0000000004461010
1. CHECK POWER WINDOW MOTOR CIRCUIT
Check passenger side power window motor operation with power window main switch or power window sub
switch.
Is the inspection result normal?
YES >> Passenger side power window motor is OK.
NO
>> Refer to PWC-18, "PASSENGER SIDE : Diagnosis Procedure".
PASSENGER SIDE : Diagnosis Procedure
INFOID:0000000004461011
1.CHECK POWER WINDOW SUB-SWITCH OUTPUT SIGNAL
1.
2.
3.
4.
Turn ignition switch OFF.
Disconnect passenger side power window motor connector.
Turn ignition switch ON.
Check voltage between passenger side power window motor harness connector and ground.
Revision: 2008 October
PWC-18
2009 370Z
19. POWER WINDOW MOTOR
< COMPONENT DIAGNOSIS >
(+)
A
(–)
Passenger side power window motor
Connector
Voltage (V)
(Approx.)
Condition
Terminal
UP
DOWN
Power window subswitch
Ground
3
0
DOWN
D40
B
0
UP
6
Battery voltage
Battery voltage
Is the measurement value within the specification?
YES >> GO TO 2.
NO
>> GO TO 3.
C
D
2.CHECK PASSENGER SIDE POWER WINDOW MOTOR
E
Check passenger side power window motor.
Refer to PWC-19, "PASSENGER SIDE : Component Inspection".
Is the inspection result normal?
YES >> GO TO 4.
NO
>> Replace passenger side power window motor. Refer to GW-21, "Removal and Installation".
F
3.CHECK POWER WINDOW MOTOR CIRCUIT
G
1.
2.
3.
H
Turn ignition switch OFF.
Disconnect power window sub-switch connector.
Check continuity between power window sub-switch harness connector and passenger side power window motor harness connector.
Power window sub-switch
Connector
Terminal
Connector
9
D38
4.
Passenger side power window motor
Terminal
I
Existed
J
3
D40
8
Continuity
6
Check continuity between power window sub-switch connector and ground.
PWC
Power window sub-switch
Connector
Continuity
Terminal
D38
Ground
8
L
Not existed
9
Is the inspection result normal?
YES >> Replace power window sub-switch. Refer to PWC-93, "Removal and Installation".
NO
>> Repair or replace harness.
M
4.CHECK INTERMITTENT INCIDENT
N
Refer to GI-39, "Intermittent Incident".
>> INSPECTION END
O
PASSENGER SIDE : Component Inspection
INFOID:0000000004461012
P
COMPONENT INSPECTION
1.CHECK PASSENGER SIDE POWER WINDOW MOTOR
1.
2.
3.
Turn ignition switch OFF.
Disconnect passenger side power window motor connector.
Check motor operation by connecting the battery voltage directly to passenger side power window motor
connector.
Revision: 2008 October
PWC-19
2009 370Z
20. POWER WINDOW MOTOR
< COMPONENT DIAGNOSIS >
Passenger side power window
motor connector
D40
Terminal
Motor condition
(+)
(–)
3
6
DOWN
6
3
UP
Is the inspection result normal?
YES >> Passenger side power window motor is OK.
NO
>> Replace passenger side power window motor. Refer to GW-21, "Removal and Installation".
Revision: 2008 October
PWC-20
2009 370Z
21. ENCODER
< COMPONENT DIAGNOSIS >
ENCODER
A
DRIVER SIDE
DRIVER SIDE : Description
INFOID:0000000004461013
B
Detects condition of the driver side power window motor operation and transmits to power window main switch
as the pulse signal.
DRIVER SIDE : Component Function Check
INFOID:0000000004461014
1.CHECK ENCODER OPERATION
Check that driver side door glass performs AUTO open/close operation normally with power window main
switch.
Is the inspection result normal?
YES >> Encoder operation is OK.
NO
>> Refer to PWC-21, "DRIVER SIDE : Diagnosis Procedure".
DRIVER SIDE : Diagnosis Procedure
INFOID:0000000004461015
C
D
E
F
1.CHECK ENCODER OPERATION
1.
2.
Turn ignition switch ON.
Check signal between power window main switch harness connector and ground with oscilloscope.
(+)
G
H
(–)
Connector
Signal
(Reference value)
Ground
Power window main switch
Refer to the following signal
Terminal
I
9
D8
13
J
PWC
L
JMKIA2682GB
Is the inspection result normal?
YES >> Replace power window main switch. Refer to PWC-93, "Removal and Installation".
NO
>> GO TO 2.
M
2.CHECK ENCODER SIGNAL CIRCUIT
N
1.
2.
3.
O
Turn ignition switch OFF.
Disconnect power window main switch connector and driver side power window motor connector.
Check continuity between power window main switch harness connector and driver side power window
motor harness connector.
Power window main switch
Connector
D8
4.
Terminal
9
13
Driver side power window motor
Connector
D10
Terminal
5
2
P
Continuity
Existed
Check continuity between power window main switch harness connector and ground.
Revision: 2008 October
PWC-21
2009 370Z
22. ENCODER
< COMPONENT DIAGNOSIS >
Power window main switch
Connector
Continuity
Terminal
Ground
9
D8
Not existed
13
Is the inspection result normal?
YES >> GO TO 3.
NO
>> Repair or replace harness.
3.CHECK ENCODER POWER SUPPLY CIRCUIT 1
1.
2.
3.
Connect power window main switch connector.
Turn ignition switch ON.
Check voltage between driver side power window motor harness connector and ground.
(+)
(–)
Connector
4
Battery voltage
Terminal
D10
Voltage (V)
(Approx.)
Ground
Driver side power window motor
Is the measurement value within the specification?
YES >> GO TO 5.
NO
>> GO TO 4.
4.CHECK ENCODER POWER SUPPLY CIRCUIT 2
1.
2.
3.
Turn ignition switch OFF.
Disconnect power window main switch connector.
Check continuity between power window main switch harness connector and driver side power window
motor harness connector.
Power window main switch
Driver side power window motor
Connector
Connector
Terminal
D8
4.
Terminal
5
D10
4
Continuity
Existed
Check continuity between power window main switch harness connector and ground.
Power window main switch
Connector
Terminal
D8
Continuity
Ground
5
Not existed
Is the inspection result normal?
YES >> Replace power window main switch. Refer to PWC-93, "Removal and Installation".
NO
>> Repair or replace harness.
5.CHECK GROUND CIRCUIT 1
1.
2.
3.
Turn ignition switch OFF.
Disconnect power window main switch connector.
Check continuity between power window main switch harness connector and driver side power window
motor harness connector.
Power window main switch
Driver side power window motor
Connector
Terminal
Connector
Terminal
D8
14
D10
1
Continuity
Existed
Is the inspection result normal?
YES >> GO TO 6.
NO
>> Repair or replace harness.
6.CHECK GROUND CIRCUIT 2
Revision: 2008 October
PWC-22
2009 370Z
23. ENCODER
< COMPONENT DIAGNOSIS >
1. Connect power window main switch connector.
2. Check continuity between power window main switch harness connector and ground.
Power window main switch
Connector
Terminal
D8
Ground
14
A
Continuity
B
Existed
Is the inspection result normal?
YES >> Replace driver side power window motor. Refer to PWC-93, "Removal and Installation".
NO
>> Replace power window main switch. Refer to PWC-93, "Removal and Installation".
PASSENGER SIDE
D
PASSENGER SIDE : Description
INFOID:0000000004461016
Detects condition of the passenger side power window motor operation and transmits to power window subswitch as the pulse signal.
PASSENGER SIDE : Component Function Check
E
INFOID:0000000004461017
F
1.CHECK ENCODER OPERATION
Check that passenger side door glass performs AUTO open operation normally with power window main
switch or power window sub-switch.
Is the inspection result normal?
YES >> Encoder operation is OK.
NO
>> Refer to PWC-23, "PASSENGER SIDE : Diagnosis Procedure".
PASSENGER SIDE : Diagnosis Procedure
G
H
INFOID:0000000004461018
I
1.CHECK ENCODER SIGNAL
1.
2.
C
Turn ignition switch ON.
Check signal between power window sub-switch harness connector and ground with oscilloscope.
J
(+)
(–)
Connector
D38
Signal
(Reference value)
PWC
Ground
Power window sub-switch
Refer to the following signal
L
Terminal
12
15
M
N
O
JMKIA2927GB
Is the inspection result normal?
YES >> Replace power window sub-switch. Refer to PWC-93, "Removal and Installation".
NO
>> GO TO 2.
P
2.CHECK ENCODER SIGNAL CIRCUIT
1.
2.
3.
Turn ignition switch OFF.
Disconnect power window sub-switch connector and passenger side power window motor connector.
Check continuity between power window sub-switch harness connector and passenger side power window motor harness connector.
Revision: 2008 October
PWC-23
2009 370Z
24. ENCODER
< COMPONENT DIAGNOSIS >
Power window sub-switch
Connector
Terminal
Connector
12
D38
4.
Passenger side power window motor
2
D40
15
Continuity
Terminal
Existed
5
Check continuity between power window sub-switch connector and ground.
Power window sub-switch
Connector
Continuity
Terminal
Ground
12
D38
Not existed
15
Is the inspection result normal?
YES >> GO TO 3.
NO
>> Repair or replace harness.
3.CHECK ENCODER POWER SUPPLY CIRCUIT 1
1.
2.
3.
Connect power window sub-switch connector.
Turn ignition switch ON.
Check voltage between passenger side power window motor harness connector and ground.
(+)
(–)
Connector
4
Battery voltage
Terminal
D40
Voltage (V)
(Approx.)
Ground
Passenger side power window motor
Is the measurement value within the specification?
YES >> GO TO 5.
NO
>> GO TO 4.
4.CHECK ENCODER POWER SUPPLY CIRCUIT 2
1.
2.
3.
Turn ignition switch OFF.
Disconnect power window sub-switch connector.
Check continuity between power window sub-switch harness connector and passenger side power window motor harness connector.
Power window sub-switch
Passenger side power window motor
Connector
Connector
Terminal
D38
4.
Terminal
4
D40
Continuity
4
Existed
Check continuity between power window sub-switch harness connector and ground.
Power window sub-switch
Connector
Terminal
D38
Ground
4
Continuity
Not existed
Is the inspection result normal?
YES >> Replace power window sub-switch. Refer to PWC-93, "Removal and Installation".
NO
>> Repair or replace harness.
5.CHECK GROUND CIRCUIT 1
1.
2.
3.
Turn ignition switch OFF.
Disconnect power window sub-switch connector.
Check continuity between power window sub-switch harness connector and passenger side power window motor harness connector.
Revision: 2008 October
PWC-24
2009 370Z
25. ENCODER
< COMPONENT DIAGNOSIS >
Power window sub-switch
Passenger side power window motor
Connector
Terminal
Connector
Terminal
D38
3
D40
1
Continuity
Existed
B
Is the inspection result normal?
YES >> GO TO 6.
NO
>> Repair or replace harness.
C
6.CHECK GROUND CIRCUIT 2
1.
2.
A
Connect power window sub-switch connector.
Check continuity between power window sub-switch harness connector and ground.
Power window sub-switch
Connector
Terminal
D38
Ground
3
D
Continuity
E
Existed
Is the inspection result normal?
YES >> Replace passenger side power window motor. Refer to PWC-93, "Removal and Installation".
NO
>> Replace power window sub-switch. Refer to PWC-93, "Removal and Installation".
F
G
H
I
J
PWC
L
M
N
O
P
Revision: 2008 October
PWC-25
2009 370Z
26. POWER WINDOW SERIAL LINK
< COMPONENT DIAGNOSIS >
POWER WINDOW SERIAL LINK
POWER WINDOW MAIN SWITCH
POWER WINDOW MAIN SWITCH : Description
INFOID:0000000004639964
Power window main switch, power window sub-switch and BCM transmit and receive the signal by power window serial link.
The signal mentioned below is transmitted from BCM to power window main switch, power window subswitch.
• Keyless power window down signal
The signal mentioned below is transmitted from power window main switch to power window sub-switch.
• Front passenger side door window operation signal
• Power window control by key cylinder switch signal
• Power window lock switch signal
• Retained power operation signal
POWER WINDOW MAIN SWITCH : Component Function Check
INFOID:0000000004461020
1.CHECK POWER WINDOW SWITCH OUTPUT SIGNAL
With CONSULT-III
Check (“CDL LOCK SW ”, “CDL UNLOCK SW”) in “DATA MONITOR” mode for “POWER DOOR LOCK SYSTEM” with CONSULT-III. Refer toDLK-47, "DOOR LOCK : CONSULT-III Function (BCM - DOOR LOCK)".
Monitor item
Condition
LOCK
: OFF
LOCK
: OFF
UNLOCK
CDL UNLOCK SW
: ON
UNLOCK
CDL LOCK SW
: ON
Is the inspection result normal?
YES >> Power window serial link is OK.
NO
>> Refer to PWC-26, "POWER WINDOW MAIN SWITCH : Diagnosis Procedure".
POWER WINDOW MAIN SWITCH : Diagnosis Procedure
INFOID:0000000004461021
1.CHECK POWER WINDOW SWITCH OUTPUT SIGNAL
1.
2.
Turn ignition switch ON.
Check signal between power window main switch harness connector and ground.
(+)
Power window main switch
Connector
12
Signal
(Reference value)
Terminal
D8
(–)
Ground
JPMIA0013GB
Is the inspection result normal?
YES >> GO TO 4.
NO
>> GO TO 2.
2.CHECK POWER WINDOW SERIAL LINK SIGNAL
1.
Turn ignition switch OFF.
Revision: 2008 October
PWC-26
2009 370Z
27. POWER WINDOW SERIAL LINK
< COMPONENT DIAGNOSIS >
2. Disconnect power window main switch connector.
3. Turn ignition switch ON.
4. Check voltage between power window main switch harness connector and ground.
A
(+)
B
(–)
Connector
12
Battery voltage
Terminal
D8
Voltage (V)
(Approx.)
Ground
Power window main switch
Is the inspection result normal?
YES >> Replace power window main switch. Refer to PWC-93, "Removal and Installation".
NO
>> GO TO 3.
C
D
3.CHECK POWER WINDOW SERIAL LINK CIRCUIT
1.
2.
3.
Turn ignition switch OFF.
Disconnect BCM connector.
Check continuity between BCM connector and power window main switch connector.
BCM
Power window main switch
Connector
Connector
Terminal
M123
4.
Terminal
132
D8
12
E
F
Continuity
Existed
G
Check continuity between BCM connector and ground.
H
BCM
Connector
Terminal
M123
Ground
132
Continuity
I
Not existed
Is the inspection result normal?
YES >> Replace BCM. Refer to BCS-84, "Removal and Installation".
NO
>> Repair or replace harness.
J
4.CHECK INTERMITTENT INCIDENT
Refer to GI-39, "Intermittent Incident".
PWC
>> INSPECTION END
POWER WINDOW SUB-SWITCH
L
POWER WINDOW SUB-SWITCH : Description
INFOID:0000000004639967
Power window main switch, power window sub-switch and BCM transmit and receive the signal by power window serial link.
The signal mentioned below is transmitted from BCM to power window main switch, power window subswitch.
• Keyless power window down signal
The signal mentioned below is transmitted from power window main switch to power window sub-switch.
• Front passenger side door window operation signal
• Power window control by key cylinder switch signal
• Power window lock switch signal
• Retained power operation signal
POWER WINDOW SUB-SWITCH : Component Function Check
INFOID:0000000004461023
1.CHECK POWER WINDOW SWITCH OUTPUT SIGNAL
With CONSULT-III
Check (“CDL LOCK SW ”, “CDL UNLOCK SW”) in “DATA MONITOR” mode for “POWER DOOR LOCK SYSTEM” with CONSULT-III. Refer toDLK-47, "DOOR LOCK : CONSULT-III Function (BCM - DOOR LOCK)" .
Revision: 2008 October
PWC-27
2009 370Z
M
N
O
P
28. POWER WINDOW SERIAL LINK
< COMPONENT DIAGNOSIS >
Monitor item
Condition
LOCK
: OFF
LOCK
: OFF
UNLOCK
CDL UNLOCK SW
: ON
UNLOCK
CDL LOCK SW
: ON
Is the inspection result normal?
YES >> Power window serial link is OK.
NO
>> Refer to PWC-28, "POWER WINDOW SUB-SWITCH : Diagnosis Procedure".
POWER WINDOW SUB-SWITCH : Diagnosis Procedure
INFOID:0000000004461024
1.CHECK POWER WINDOW SWITCH OUTPUT SIGNAL
1.
2.
Turn ignition switch ON.
Check signal between power window sub-switch harness connector and ground.
(+)
Power window sub-switch
Signal
(Reference value)
(−)
Connector
Terminal
D38
16
Ground
JPMIA0013GB
Is the inspection result normal?
YES >> Replace power window sub-switch. Refer to PWC-93, "Removal and Installation".
NO
>> GO TO 2.
2.CHECK POWER WINDOW SERIAL LINK SIGNAL
1.
2.
3.
4.
Turn ignition switch OFF.
Disconnect power window sub-switch connector.
Turn ignition switch ON.
Check voltage between power window sub-switch harness connector and ground.
(+)
(–)
Connector
16
Battery voltage
Terminal
D38
Voltage (V)
(Approx.)
Ground
Power window sub-switch
Is the inspection result normal?
YES >> Replace power window main switch. Refer to PWC-93, "Removal and Installation".
NO
>> GO TO 3.
3.CHECK POWER WINDOW SERIAL LINK CIRCUIT
1.
2.
3.
Turn ignition switch OFF.
Disconnect BCM connector and power window sub-switch connector.
Check continuity between BCM connector and power window sub-switch connector.
BCM
Power window sub-switch
Connector
Terminal
Connector
Terminal
M123
132
D38
16
Revision: 2008 October
PWC-28
Continuity
Existed
2009 370Z
29. POWER WINDOW SERIAL LINK
< COMPONENT DIAGNOSIS >
4. Check continuity between BCM connector and ground.
A
BCM
Connector
Terminal
M123
Ground
132
Continuity
B
Not existed
Is the inspection result normal?
YES >> Replace BCM. Refer to BCS-84, "Removal and Installation".
NO
>> Repair or replace harness.
C
D
E
F
G
H
I
J
PWC
L
M
N
O
P
Revision: 2008 October
PWC-29
2009 370Z
30. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
ECU DIAGNOSIS
BCM (BODY CONTROL MODULE)
Reference Value
INFOID:0000000004754457
VALUES ON THE DIAGNOSIS TOOL
CONSULT-III MONITOR ITEM
Monitor Item
FR WIPER HI
FR WIPER LOW
FR WASHER SW
FR WIPER INT
FR WIPER STOP
INT VOLUME
TURN SIGNAL R
TURN SIGNAL L
TAIL LAMP SW
HI BEAM SW
HEAD LAMP SW 1
HEAD LAMP SW 2
PASSING SW
AUTO LIGHT SW
FR FOG SW
RR FOG SW
DOOR SW-DR
DOOR SW-AS
DOOR SW-RR
Revision: 2008 October
Condition
Value/Status
Other than front wiper switch HI
Off
Front wiper switch HI
On
Other than front wiper switch LO
Off
Front wiper switch LO
On
Front washer switch OFF
Off
Front washer switch ON
On
Other than front wiper switch INT
Off
Front wiper switch INT
On
Front wiper is not in STOP position
Off
Front wiper is in STOP position
On
Wiper intermittent dial is in a dial position 1 - 7
Wiper intermittent dial
position
Other than turn signal switch RH
Off
Turn signal switch RH
On
Other than turn signal switch LH
Off
Turn signal switch LH
On
Other than lighting switch 1ST and 2ND
Off
Lighting switch 1ST or 2ND
On
Other than lighting switch HI
Off
Lighting switch HI
On
Other than lighting switch 2ND
Off
Lighting switch 2ND
On
Other than lighting switch 2ND
Off
Lighting switch 2ND
On
Other than lighting switch PASS
Off
Lighting switch PASS
On
Other than lighting switch AUTO
Off
Lighting switch AUTO
On
NOTE:
The item is indicated, but not monitored.
Off
Rear fog lamp switch OFF
Off
Rear fog lamp switch ON
On
Driver door closed
Off
Driver door opened
On
Passenger door closed
Off
Passenger door opened
On
NOTE:
The item is indicated, but not monitored.
Off
PWC-30
2009 370Z
31. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Monitor Item
DOOR SW-RL
DOOR SW-BK
CDL LOCK SW
CDL UNLOCK SW
KEY CYL LK-SW
KEY CYL UN-SW
KEY CYL SW-TR
HAZARD SW
REAR DEF SW
NOTE:
At models with NAVI this item
is not monitored.
Condition
Value/Status
A
NOTE:
The item is indicated, but not monitored.
Off
Back door closed
Off
Back door opened
On
Other than door lock and unlock switch LOCK
Off
Door lock and unlock switch LOCK
On
Other than door lock and unlock switch UNLOCK
Off
Door lock and unlock switch UNLOCK
On
Other than driver door key cylinder LOCK position
Off
Driver door key cylinder LOCK position
On
Other than driver door key cylinder UNLOCK position
Off
Driver door key cylinder UNLOCK position
On
NOTE:
The item is indicated, but not monitored.
Off
Hazard switch is OFF
Off
Hazard switch is ON
On
Rear window defogger switch OFF
Off
Rear window defogger switch ON
On
B
C
D
E
F
G
H
H/L WASH SW
NOTE:
The item is indicated, but not monitored.
Off
TR CANCEL SW
NOTE:
The item is indicated, but not monitored.
Off
Back door opener switch OFF
Off
While the back door opener switch is turned ON
On
NOTE:
The item is indicated, but not monitored.
Off
LOCK button of the Intelligent Key is not pressed
Off
LOCK button of the Intelligent Key is pressed
On
UNLOCK button of the Intelligent Key is not pressed
Off
UNLOCK button of the Intelligent Key is pressed
On
NOTE:
The item is indicated, but not monitored.
Off
PANIC button of the Intelligent Key is not pressed
Off
PANIC button of the Intelligent Key is pressed
On
UNLOCK button of the Intelligent Key is not pressed
Off
UNLOCK button of the Intelligent Key is pressed and held
On
LOCK/UNLOCK button of the Intelligent Key is not pressed and held simultaneously
Off
LOCK/UNLOCK button of the Intelligent Key is pressed and held simultaneously
On
TR/BD OPEN SW
TRNK/HAT MNTR
RKE-LOCK
RKE-UNLOCK
RKE-TR/BD
RKE-PANIC
RKE-P/W OPEN
RKE-MODE CHG
OPTICAL SENSOR
REQ SW -DR
REQ SW -AS
Revision: 2008 October
J
PWC
L
M
Bright outside of the vehicle
Close to 5 V
Dark outside of the vehicle
Close to 0 V
Driver door request switch is not pressed
Off
Driver door request switch is pressed
On
Passenger door request switch is not pressed
Off
Passenger door request switch is pressed
On
PWC-31
I
2009 370Z
N
O
P
32. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Monitor Item
Condition
Value/Status
REQ SW -RR
NOTE:
The item is indicated, but not monitored.
Off
REQ SW -RL
NOTE:
The item is indicated, but not monitored.
Off
Back door request switch is not pressed
Off
Back door request switch is pressed
On
Push-button ignition switch (push switch) is not pressed
Off
Push-button ignition switch (push switch) is pressed
On
Ignition switch in OFF or ACC position
Off
Ignition switch in ON position
On
NOTE:
The item is indicated, but not monitored.
Off
The clutch pedal is not depressed
Off
The clutch pedal is depressed
On
Stop lamp switch 1 signal circuit is open
Off
Stop lamp switch 1 signal circuit is normal
On
The brake pedal is not depressed
Off
The brake pedal is depressed
On
• Selector lever in P position (A/T models)
• The clutch pedal is depressed (M/T models without SynchroRev Match
mode)
Off
• Selector lever in any position other than P (A/T models)
• The clutch pedal is not depressed (M/T models without SynchroRev
Match mode)
On
• Selector lever in any position other than P and N (A/T models)
• Control lever in any position other than neutral position (M/T models with
SynchroRev Match mode)
Off
• Selector lever in P or N position (A/T models)
• Control lever in neutral position (M/T models with SynchroRev Match
mode)
On
Steering is unlocked
Off
Steering is locked
On
Steering is locked
Off
Steering is unlocked
On
Ignition switch in OFF or ACC position
Off
Ignition switch in ON position
On
REQ SW -BD/TR
PUSH SW
IGN RLY2 -F/B
ACC RLY -F/B
CLUCH SW
NOTE:
At A/T models this item is not
monitored.
BRAKE SW 1
BRAKE SW 2
DETE/CANCL SW
NOTE:
At M/T models with SynchroRev Match mode this item is not
monitored.
SFT PN/N SW
NOTE:
At M/T models without SynchroRev Match mode this item
is not monitored.
S/L -LOCK
S/L -UNLOCK
S/L RELAY-F/B
UNLK SEN -DR
PUSH SW -IPDM
IGN RLY1 -F/B
DETE SW -IPDM
Revision: 2008 October
Driver door is unlocked
Off
Driver door is locked
On
Push-button ignition switch (push-switch) is not pressed
Off
Push-button ignition switch (push-switch) is pressed
On
Ignition switch in OFF or ACC position
Off
Ignition switch in ON position
On
Selector lever in any position other than P
Off
Selector lever in P position
On
PWC-32
2009 370Z
33. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Monitor Item
SFT PN -IPDM
SFT P -MET
SFT N -MET
Condition
Value/Status
A
• Selector lever in any position other than P and N (A/T models)
• The clutch pedal is not depressed (M/T models)
Off
• Selector lever in P or N position (A/T models)
• The clutch pedal is depressed (M/T models)
On
Selector lever in any position other than P
Off
Selector lever in P position
On
Selector lever in any position other than N
Off
Selector lever in N position
Stop
While the engine stalls
S/L UNLK-IPDM
S/L RELAY-REQ
D
Stall
At engine cranking
Crank
Engine running
S/L LOCK-IPDM
C
On
Engine stopped
ENGINE STATE
B
Run
Steering is unlocked
Off
Steering is locked
On
Steering is locked
Off
Steering is unlocked
On
Steering lock system is not the LOCK condition and the changing condition
from LOCK to UNLOCK
Off
Steering lock system are not the LOCK condition or the changing condition
from LOCK to UNLOCK
On
E
F
G
VEH SPEED 1
While driving
Equivalent to speedometer reading
VEH SPEED 2
While driving
Equivalent to speedometer reading
H
Driver door is locked
DOOR STAT-DR
LOCK
Wait with selective UNLOCK operation (60 seconds)
Driver door is unlocked
LOCK
Wait with selective UNLOCK operation (60 seconds)
Passenger door is unlocked
ID OK FLAG
PRMT ENG STRT
PRMT RKE STRT
READY
J
UNLOCK
Passenger door is locked
DOOR STAT-AS
I
Steering is locked
UNLOCK
Reset
Steering is unlocked
PWC
READY
L
Set
The engine start is prohibited
Reset
The engine start is permitted
Set
NOTE:
The item is indicated, but not monitored.
M
Reset
N
The Intelligent Key is not inserted into key slot
Off
The Intelligent Key is inserted into key slot
On
RKE OPE COUN1
During the operation of the Intelligent Key
Operation frequency of
the Intelligent Key
RKE OPE COUN2
NOTE:
The item is indicated, but not monitored.
—
The key ID that the key slot receives is not recognized by any key ID registered to BCM.
Yet
The key ID that the key slot receives is recognized by any key ID registered
to BCM.
Done
KEY SW -SLOT
CONFRM ID ALL
Revision: 2008 October
PWC-33
2009 370Z
O
P
34. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Monitor Item
CONFIRM ID4
CONFIRM ID3
CONFIRM ID2
CONFIRM ID1
TP 4
TP 3
TP 2
TP 1
Condition
Value/Status
The key ID that the key slot receives is not recognized by the fourth key ID
registered to BCM.
Yet
The key ID that the key slot receives is recognized by the fourth key ID registered to BCM.
Done
The key ID that the key slot receives is not recognized by the third key ID
registered to BCM.
Yet
The key ID that the key slot receives is recognized by the third key ID registered to BCM.
Done
The key ID that the key slot receives is not recognized by the second key ID
registered to BCM.
Yet
The key ID that the key slot receives is recognized by the second key ID registered to BCM.
Done
The key ID that the key slot receives is not recognized by the first key ID registered to BCM.
Yet
The key ID that the key slot receives is recognized by the first key ID registered to BCM.
Done
The ID of fourth Intelligent Key is not registered to BCM
The ID of fourth Intelligent Key is registered to BCM
The ID of third Intelligent Key is not registered to BCM
The ID of third Intelligent Key is registered to BCM
The ID of second Intelligent Key is not registered to BCM
Yet
Done
Yet
Done
Yet
The ID of second Intelligent Key is registered to BCM
Done
The ID of first Intelligent Key is not registered to BCM
Yet
The ID of first Intelligent Key is registered to BCM
Done
AIR PRESS FL
Ignition switch ON (Only when the signal from the transmitter is received)
Air pressure of front LH
tire
AIR PRESS FR
Ignition switch ON (Only when the signal from the transmitter is received)
Air pressure of front RH
tire
AIR PRESS RR
Ignition switch ON (Only when the signal from the transmitter is received)
Air pressure of rear RH
tire
AIR PRESS RL
Ignition switch ON (Only when the signal from the transmitter is received)
Air pressure of rear LH
tire
ID REGST FL1
ID REGST FR1
ID REGST RR1
ID REGST RL1
WARNING LAMP
BUZZER
Revision: 2008 October
ID of front LH tire transmitter is registered
ID of front LH tire transmitter is not registered
ID of front RH tire transmitter is registered
ID of front RH tire transmitter is not registered
ID of rear RH tire transmitter is registered
ID of rear RH tire transmitter is not registered
ID of rear LH tire transmitter is registered
Done
Yet
Done
Yet
Done
Yet
Done
ID of rear LH tire transmitter is not registered
Yet
Tire pressure indicator OFF
Off
Tire pressure indicator ON
On
Tire pressure warning alarm is not sounding
Off
Tire pressure warning alarm is sounding
On
PWC-34
2009 370Z
35. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
TERMINAL LAYOUT
A
B
C
D
E
F
G
H
I
J
PWC
L
M
N
O
JPMIA0062ZZ
P
PHYSICAL VALUES
Revision: 2008 October
PWC-35
2009 370Z
36. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
Description
Condition
Value
(Approx.)
Signal name
Input/
Output
Input
Ignition switch OFF
Battery voltage
+
–
1
(W)
Ground
Battery power supply
2
(W)
Ground
P/W power supply
(BAT)
Output
Ignition switch OFF
12 V
3
(Y)
Ground
P/W power supply
(RAP)
Output
Ignition switch ON
12 V
Interior room lamp battery saver is activated.
(Cuts the interior room lamp power supply)
0V
Interior room lamp battery saver is not activated.
(Outputs the interior room lamp power supply)
12 V
4
(R)
5
(G)
8
(V)
Ground
Ground
Ground
Interior room lamp
power supply
Passenger door UNLOCK
All doors, fuel lid
LOCK
9
(G)
Ground
11
(BR)
Ground
Battery power supply
13
(B)
Ground
Ground
Driver door, fuel lid
UNLOCK
Output
Output
Output
Output
Passenger
door
All doors, fuel
lid
Driver door,
fuel lid
UNLOCK (Actuator is activated)
12 V
Other than UNLOCK (Actuator is not activated)
0V
LOCK
(Actuator is activated)
12 V
Other than LOCK
(Actuator is not activated)
0V
UNLOCK
(Actuator is activated)
12 V
Other than UNLOCK
(Actuator is not activated)
0V
Input
Ignition switch OFF
Battery voltage
—
Ignition switch ON
0V
OFF
14
(R)
Ground
Push-button ignition
switch illumination
ground
0V
NOTE:
When the illumination brightening/dimming level is in the neutral
position.
Output
Tail lamp
ON
JSNIA0010GB
15
(Y)
Ground
ACC indicator lamp
Revision: 2008 October
Output
Ignition switch
OFF (LOCK indicator is
not illuminated)
ACC
PWC-36
Battery voltage
0V
2009 370Z
37. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Turn signal switch OFF
17
(W)
Ground
Turn signal RH (Front
and side)
Output
Ignition switch
ON
Value
(Approx.)
A
0V
B
C
Turn signal switch RH
D
PKID0926E
6.5 V
Turn signal switch OFF
18
(O)
Ground
Turn signal LH (Front
and side)
Output
Ignition switch
ON
0V
E
F
Turn signal switch LH
G
PKID0926E
6.5 V
Ground
Room lamp timer
control
Output
Interior room
lamp
OFF
12 V
ON
0V
Turn signal switch OFF
19
(V)
0V
H
I
20
(V)
Ground
Turn signal RH (Rear)
Output
Ignition switch
ON
J
Turn signal switch RH
PKID0926E
PWC
6.5 V
24*1
(O)
Ground
Ground
Back door open
Rear fog lamp
Output
Output
Back door
Rear fog lamp
12 V
L
Other than OPEN
(Back door opener actuator is not activated)
0V
M
OFF
0V
ON
12 V
Turn signal switch OFF
23
(L)
OPEN
(Back door opener actuator is activated)
0V
N
O
25
(LG)
Ground
Turn signal LH (Rear)
Output
Ignition switch
ON
Turn signal switch LH
P
PKID0926E
6.5 V
30
(R)
Ground
Luggage room lamp
Revision: 2008 October
Output
Luggage room
lamp
ON
0V
OFF
12 V
PWC-37
2009 370Z
38. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Value
(Approx.)
When Intelligent Key is in
the passenger compartment
JMKIA0062GB
34
(G)
Ground
Luggage room antenna (−)
Output
Ignition switch
OFF
When Intelligent Key is not
in the passenger compartment
JMKIA0063GB
When Intelligent Key is in
the passenger compartment
JMKIA0062GB
35
(R)
Ground
Luggage room antenna (+)
Output
Ignition switch
OFF
When Intelligent Key is not
in the passenger compartment
JMKIA0063GB
When Intelligent Key is in
the antenna detection
area
38
(B)
Ground
Rear bumper antenna (−)
Output
When the back
door request
switch is operated with ignition switch
OFF
JMKIA0062GB
When Intelligent Key is not
in the antenna detection
area
JMKIA0063GB
Revision: 2008 October
PWC-38
2009 370Z
39. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Value
(Approx.)
A
B
When Intelligent Key is in
the antenna detection
area
39
(W)
Ground
Rear bumper antenna (+)
Output
C
When the back
door request
switch is operated with ignition switch
OFF
JMKIA0062GB
D
E
When Intelligent Key is not
in the antenna detection
area
F
JMKIA0063GB
Ground
Ignition relay (IPDM
E/R) control
Output
Ignition switch
G
Ignition switch
ON (A/T models)
52
(SB)
Ground
Starter relay control
Output
Ignition switch
ON (M/T models)
OFF or ACC
12 V
ON
0V
When selector lever is in P
or N position
12 V
When selector lever is not
in P or N position
0V
When the clutch pedal is
depressed
Battery voltage
When the clutch pedal is
not depressed
0V
ON (Pressed)
47
(V)
0V
H
I
J
PWC
61
(W)
Ground
Back door request
switch
Input
Back door request switch
L
OFF (Not pressed)
JPMIA0016GB
1.0 V
64
(G)
Ground
Intelligent Key warning buzzer
Output
Intelligent Key
warning buzzer
Sounding
0V
Not sounding
12 V
M
N
O
66
(R)
Ground
Back door switch
Input
Back door
switch
OFF (Door close)
P
JPMIA0011GB
11.8 V
ON (Door open)
Revision: 2008 October
PWC-39
0V
2009 370Z
40. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
Description
67
(GR)
–
Ground
Back door opener
switch
Condition
Input/
Output
Input
Back door
opener switch
Value
(Approx.)
Pressed
+
Signal name
0V
Not pressed
JPMIA0011GB
11.8 V
When Intelligent Key is in
the passenger compartment
JMKIA0062GB
72
(L)
Ground
Room antenna (−)
(Center console)
Output
Ignition switch
OFF
When Intelligent Key is not
in the passenger compartment
JMKIA0063GB
When Intelligent Key is in
the passenger compartment
JMKIA0062GB
73
(P)
Ground
Room antenna (+)
(Center console)
Output
Ignition switch
OFF
When Intelligent Key is not
in the passenger compartment
JMKIA0063GB
Revision: 2008 October
PWC-40
2009 370Z
41. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Value
(Approx.)
A
B
When Intelligent Key is in
the antenna detection
area
74
(SB)
Ground
Passenger door antenna (−)
Output
When the passenger door request switch is
operated with
ignition switch
OFF
C
JMKIA0062GB
D
E
When Intelligent Key is not
in the antenna detection
area
F
JMKIA0063GB
G
H
When Intelligent Key is in
the antenna detection
area
75
(BR)
Ground
Passenger door antenna (+)
Output
When the passenger door request switch is
operated with
ignition switch
OFF
JMKIA0062GB
I
J
When Intelligent Key is not
in the antenna detection
area
PWC
JMKIA0063GB
L
M
When Intelligent Key is in
the antenna detection
area
76
(V)
Ground
Driver door antenna
(−)
Output
When the driver door request
switch is operated with ignition switch
OFF
N
JMKIA0062GB
O
When Intelligent Key is not
in the antenna detection
area
P
JMKIA0063GB
Revision: 2008 October
PWC-41
2009 370Z
42. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Value
(Approx.)
When Intelligent Key is in
the antenna detection
area
77
(LG)
Ground
Driver door antenna
(+)
Output
When the driver door request
switch is operated with ignition switch
OFF
JMKIA0062GB
When Intelligent Key is not
in the antenna detection
area
JMKIA0063GB
80
(GR)
Ground
NATS antenna amp
(Built in key slot)
Input/
Output
During waiting
Ignition switch is pressed
while inserting the Intelligent Key into the key slot.
Just after pressing ignition
switch. Pointer of tester should
move.
81
(W)
Ground
NATS antenna amp
(Built in key slot)
Input/
Output
During waiting
Ignition switch is pressed
while inserting the Intelligent Key into the key slot.
Just after pressing ignition
switch. Pointer of tester should
move.
82
(R)
Ground
Ignition relay [Fuse
block (J/B)] control
Output
Ignition switch
OFF or ACC
0V
ON
12 V
During waiting
JMKIA0064GB
83
(GR)
Ground
Remote keyless entry
receiver communication
Input/
Output
When operating either button on the Intelligent Key
JMKIA0065GB
Revision: 2008 October
PWC-42
2009 370Z
43. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Value
(Approx.)
A
B
All switches OFF
(Wiper intermittent dial 4)
C
JPMIA0041GB
1.4 V
D
E
87
(BR)
Ground
Combination switch
INPUT 5
Input
Combination
switch
Rear fog lamp switch ON
(Wiper intermittent dial 4)
F
JPMIA0038GB
1.3 V
G
Any of the conditions below with all switches OFF
• Wiper intermittent dial 1
• Wiper intermittent dial 2
• Wiper intermittent dial 6
• Wiper intermittent dial 7
H
JPMIA0040GB
I
1.3 V
J
PWC
L
M
N
O
P
Revision: 2008 October
PWC-43
2009 370Z
44. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Value
(Approx.)
All switches OFF
(Wiper intermittent dial 4)
JPMIA0041GB
1.4 V
Lighting switch HI
(Wiper intermittent dial 4)
JPMIA0036GB
88
(V)
Ground
Combination switch
INPUT 3
Input
1.3 V
Combination
switch
Lighting switch 2ND
(Wiper intermittent dial 4)
JPMIA0037GB
1.3 V
Any of the conditions below with all switches OFF
• Wiper intermittent dial 1
• Wiper intermittent dial 2
• Wiper intermittent dial 3
JPMIA0040GB
1.3 V
Push-button ig- Pressed
nition switch
Not pressed
(push switch)
0V
89
(BR)
Ground
Push-button ignition
switch (Push switch)
90
(P)
Ground
CAN-L
Input/
Output
—
—
91
(L)
Ground
CAN-H
Input/
Output
—
—
Input
OFF
92
(LG)
Ground
Key slot illumination
Output
Key slot illumination
Battery voltage
0V
Blinking
JPMIA0015GB
6.5 V
ON
Revision: 2008 October
PWC-44
12 V
2009 370Z
45. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
93
(V)
Ground
95
(O)
Ground
ACC relay control
Output
96*2
(Y)
Ground
Control device (Detention switch) power
supply
Output
97
(L)
Ground
Steering lock condition No. 1
Input
OFF (LOCK indicator is
not illuminated)
Output
Ignition switch
A
Battery voltage
B
ON
98
(P)
Ground
Steering lock condition No. 2
(R)*2
Ground
4
Clutch pedal position
switch (M/T models
without SynchroRev
Match mode)
Ignition switch
0V
OFF
0V
ACC or ON
12 V
—
C
12 V
D
Steering lock
Steering lock
Selector lever
Input
Clutch pedal
position switch
LOCK status
0V
UNLOCK status
12 V
LOCK status
12 V
UNLOCK status
0V
P position
Input
Selector lever P position switch (A/T models)
99*3
(BR)*
ON indicator lamp
Value
(Approx.)
0V
Any position other than P
12 V
OFF (Clutch pedal is depressed)
0V
ON (Clutch pedal is not
depressed)
Battery voltage
ON (Pressed)
E
F
G
H
0V
I
100
(GR)
Ground
Passenger door request switch
Input
Passenger
door request
switch
OFF (Not pressed)
J
JPMIA0016GB
PWC
1.0 V
ON (Pressed)
0V
L
101
(Y)
Ground
Driver door request
switch
Input
Driver door request switch
OFF (Not pressed)
M
JPMIA0016GB
N
1.0 V
102
(O)
OFF or ACC
0V
ON
12 V
Ground
Blower fan motor relay control
103
(LG)
Ground
Remote keyless entry
receiver power supply
Output
Ignition switch OFF
106
(W)
Ground
Steering lock unit
power supply
Output
Ignition switch
Revision: 2008 October
Output
Ignition switch
O
12 V
OFF or ACC
ON
P
12 V
0V
PWC-45
2009 370Z
46. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Value
(Approx.)
All switches OFF
JPMIA0041GB
1.4 V
Turn signal switch LH
JPMIA0037GB
1.3 V
107
(LG)
Ground
Combination switch
INPUT 1
Input
Combination
switch
(Wiper intermittent dial 4)
Turn signal switch RH
JPMIA0036GB
1.3 V
Front wiper switch LO
JPMIA0038GB
1.3 V
Front washer switch ON
JPMIA0039GB
1.3 V
Revision: 2008 October
PWC-46
2009 370Z
47. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Value
(Approx.)
A
B
All switches OFF
(Wiper intermittent dial 4)
C
JPMIA0041GB
1.4 V
D
E
Lighting switch AUTO
(Wiper intermittent dial 4)
F
JPMIA0038GB
108
(R)
Ground
Combination switch
INPUT 4
Input
1.3 V
Combination
switch
G
H
Lighting switch 1ST
(Wiper intermittent dial 4)
JPMIA0036GB
I
1.3 V
J
Any of the conditions below with all switches OFF
• Wiper intermittent dial 1
• Wiper intermittent dial 5
• Wiper intermittent dial 6
PWC
JPMIA0039GB
L
1.3 V
M
N
O
P
Revision: 2008 October
PWC-47
2009 370Z
48. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Value
(Approx.)
All switches OFF
JPMIA0041GB
1.4 V
Lighting switch PASS
JPMIA0037GB
1.3 V
109
(Y)
Ground
Combination switch
INPUT 2
Input
Combination
switch
(Wiper intermittent dial 4)
Lighting switch 2ND
JPMIA0036GB
1.3 V
Front wiper switch INT
JPMIA0038GB
1.3 V
Front wiper switch HI
JPMIA0040GB
1.3 V
ON
110
(P)
Ground
Hazard switch
Input
Hazard switch
0V
OFF
JPMIA0012GB
1.1 V
Revision: 2008 October
PWC-48
2009 370Z
49. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
LOCK status
Value
(Approx.)
A
12 V
B
C
LOCK or UNLOCK
111
(Y)
Ground
Steering lock unit
communication
Input/
Output
Steering lock
D
JMKIA0066GB
For 15 seconds after UNLOCK
15 seconds or later after
UNLOCK
113
(O)
Ground
114*5
(R)
Ground
116
(SB)
Ground
118
(P)
Ground
Optical sensor
Input
Clutch interlock
switch
Input
Stop lamp switch 1
Ignition switch
ON
0V
Input
F
Close to 5 V
When dark outside of the
vehicle
Close to 0 V
OFF (Clutch pedal is not
depressed)
0V
ON (Clutch pedal is depressed)
Battery voltage
—
Stop lamp
switch
E
When bright outside of the
vehicle
Input
Stop lamp switch 2
Clutch interlock
switch
12 V
G
H
Battery voltage
OFF (Brake pedal is not
depressed)
0V
ON (Brake pedal is depressed)
I
Battery voltage
J
PWC
119
(SB)
Ground
Driver side door lock
assembly (Unlock
sensor)
Input
Driver door
LOCK status
(Unlock sensor switch
OFF)
L
JPMIA0012GB
M
1.1 V
UNLOCK status
(Unlock switch sensor
ON)
121
(R)
Ground
123
(W)
Ground
Key slot switch
IGN feedback
Revision: 2008 October
Input
Input
0V
N
When the Intelligent Key is inserted into key
slot
12 V
When the Intelligent Key is not inserted into
key slot
0V
Ignition switch
OFF or ACC
ON
PWC-49
O
0V
Battery voltage
2009 370Z
P
50. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
124
(LG)
Ground
Description
Signal name
Passenger door
switch
Condition
Input/
Output
Input
Passenger
door switch
Value
(Approx.)
OFF (Door close)
JPMIA0011GB
11.8 V
ON (Door open)
130*6
(L)
Ground
Rear window defogger switch
Input
Ignition switch
ON
0V
Rear window defogger
switch OFF
JPMIA0012GB
1.1 V
Rear window defogger
switch ON
132
(Y)
Ground
Power window switch
communication
Input/
Output
0V
Ignition switch ON
JPMIA0013GB
10.2 V
Ignition switch OFF or ACC
ON (Tail lamps OFF)
12 V
9.5 V
NOTE:
The pulse width of this wave is
varied by the illumination brightening/dimming level.
133
(G)
Ground
Push-button ignition
switch illumination
Output
Push-button ignition switch il- ON (Tail lamps ON)
lumination
JPMIA0159GB
OFF
134
(GR)
Ground
LOCK indicator lamp
Output
137
(P)
Ground
Receiver and sensor
ground
Input
138
(V)
Ground
Receiver and sensor
power supply
Output
Revision: 2008 October
LOCK indicator
lamp
0V
OFF
Battery voltage
ON
0V
Ignition switch ON
Ignition switch
OFF
ACC or ON
PWC-50
0V
0V
5.0 V
2009 370Z
51. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
Value
(Approx.)
A
B
Standby state
139
(L)
Ground
Tire pressure receiver communication
Input/
Output
C
Ignition switch
ON
OCC3881D
D
E
When receiving the signal
from the transmitter
F
OCC3880D
140*7
(G)
Ground
Park/neutral position
switch (M/T models
with SynchroRev
Match mode)
Selector lever
Input
Ignition switch
ON
P or N position
12 V
Except P and N positions
0V
Control lever in neutral position
Battery voltage
Control lever in any position other than neutral
0V
ON
Selector lever P/N
position (A/T models)
0V
G
H
I
141
(Y)
Ground
Security indicator
Output
Security indicator
J
Blinking
JPMIA0014GB
PWC
11.3 V
OFF
12 V
All switches OFF
0V
L
Lighting switch 1ST
142
(O)
Ground
Combination switch
OUTPUT 5
Output
Combination
switch
(Wiper intermittent dial 4)
Lighting switch HI
M
Lighting switch 2ND
N
Turn signal switch RH
JPMIA0031GB
10.7 V
All switches OFF
(Wiper intermittent dial 4)
O
0V
Front wiper switch HI
(Wiper intermittent dial 4)
143
(P)
Ground
Combination switch
OUTPUT 1
Revision: 2008 October
Output
Combination
switch
Any of the conditions below with all switches OFF
• Wiper intermittent dial 1
• Wiper intermittent dial 2
• Wiper intermittent dial 3
• Wiper intermittent dial 6
• Wiper intermittent dial 7
PWC-51
P
JPMIA0032GB
10.7 V
2009 370Z
52. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Terminal No.
(Wire color)
+
–
Description
Signal name
Condition
Input/
Output
All switches OFF
(Wiper intermittent dial 4)
Value
(Approx.)
0V
Front washer switch ON
(Wiper intermittent dial 4)
144
(G)
Ground
Combination switch
OUTPUT 2
Output
Combination
switch
Any of the conditions below with all switches OFF
• Wiper intermittent dial 1
• Wiper intermittent dial 5
• Wiper intermittent dial 6
JPMIA0033GB
10.7 V
All switches OFF
0V
Front wiper switch INT
145
(L)
Ground
Combination switch
OUTPUT 3
Output
Combination
switch
(Wiper intermittent dial 4)
Front wiper switch LO
Lighting switch AUTO
Rear fog lamp switch ON
JPMIA0034GB
10.7 V
All switches OFF
0V
Lighting switch 2ND
146
(SB)
Ground
Combination switch
OUTPUT 4
Output
Combination
switch
(Wiper intermittent dial 4)
Lighting switch PASS
Turn signal switch LH
JPMIA0035GB
10.7 V
149
(W)
Ground
Tire pressure warning
check switch
Input
150
(GR)
Ground
Driver door switch
Input
—
Driver door
switch
12 V
OFF (Door close)
JPMIA0011GB
11.8 V
ON (Door open)
151
(G)
Ground
Rear window defogger relay control
Output
Rear window
defogger
0V
Active
0V
Not activated
Battery voltage
• *1: For Canada
• *2: A/T models
• *3: Except M/T models with SynchroRev Match mode
• *4: M/T models without SynchroRev Match mode
• *5: M/T models
• *6: Without NAVI
• *7: Except M/T models without SynchroRev Match mode
Revision: 2008 October
PWC-52
2009 370Z
53. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Wiring Diagram - BCM -
INFOID:0000000004754458
A
B
C
D
E
F
G
H
I
J
PWC
L
M
N
O
JCMWA3235GB
Revision: 2008 October
PWC-53
2009 370Z
P
54. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
JCMWA3236GB
Revision: 2008 October
PWC-54
2009 370Z
55. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
A
B
C
D
E
F
G
H
I
J
PWC
L
M
N
O
JCMWA3237GB
P
Revision: 2008 October
PWC-55
2009 370Z
56. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
JCMWA3238GB
Revision: 2008 October
PWC-56
2009 370Z
57. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
A
B
C
D
E
F
G
H
I
J
PWC
L
M
N
O
JCMWA3239GB
P
Revision: 2008 October
PWC-57
2009 370Z
58. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
JCMWA3240GB
Fail-safe
INFOID:0000000004754459
FAIL-SAFE CONTROL BY DTC
BCM performs fail-safe control when any DTC are detected.
Revision: 2008 October
PWC-58
2009 370Z
59. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Display contents of CONSULT
Fail-safe
Cancellation
A
B2013: ID DISCORD BCM-S/L
Inhibit engine cranking
Erase DTC
B2014: CHAIN OF S/L-BCM
Inhibit engine cranking
Erase DTC
B2190: NATS ANTENNA AMP
Inhibit engine cranking
Erase DTC
B2191: DIFFERENCE OF KEY
Inhibit engine cranking
Erase DTC
B2192: ID DISCORD BCM-ECM
Inhibit engine cranking
Erase DTC
B2193: CHAIN OF BCM-ECM
Inhibit engine cranking
Erase DTC
B2195: ANTI SCANNING
Inhibit engine cranking
Ignition switch ON → OFF
B2557: VEHICLE SPEED
Inhibit steering lock
When normal vehicle speed signals are received from ABS actuator and electric unit (control unit) for 500 ms
B2560: STARTER CONT RELAY
Inhibit engine cranking
500 ms after the following CAN signal communication status becomes consistent
• Starter control relay signal
• Starter relay status signal
Inhibit steering lock
500 ms after the following signal reception status becomes consistent
• Selector lever P position switch signal
• P range signal (CAN)
Inhibit steering lock
5 seconds after the following BCM recognition conditions are fulfilled
• Ignition switch is in the ON position
• Selector lever P position switch signal: Except P position (battery
voltage)
• Vehicle speed: 4 km/h (2.5 MPH) or more
B2601: SHIFT POSITION
B2602: SHIFT POSITION
B2603: SHIFT POSI STATUS
B2604: PNP SW
B2605: PNP SW
B2606: S/L RELAY
Revision: 2008 October
B
C
Inhibit steering lock
500 ms after the following BCM recognition conditions are fulfilled
• Ignition switch is in the ON position
• Selector lever P position switch signal: Except P position (battery
voltage)
• Selector lever P/N position signal: Except P and N positions (0 V)
Inhibit steering lock
500 ms after any of the following BCM recognition conditions are
fulfilled
• Status 1
- Ignition switch is in the ON position
- Selector lever P/N position signal: P and N position (battery voltage)
- P range signal or N range signal (CAN): ON
• Status 2
- Ignition switch is in the ON position
- Selector lever P/N position signal: Except P and N positions (0 V)
- P range signal and N range signal (CAN): OFF
Inhibit steering lock
Inhibit engine cranking
500 ms after any of the following BCM recognition conditions are
fulfilled
• Status 1
- Ignition switch is in the ON position
- Selector lever P/N position signal: Except P and N positions (0 V)
- Interlock/PNP switch signal (CAN): OFF
• Status 2
- Ignition switch is in the ON position
- Selector lever P/N position signal: P or N position (battery voltage)
- PNP switch signal (CAN): ON
500 ms after the following CAN signal communication status becomes consistent
• Steering lock relay signal (Request signal)
• Steering lock relay signal (Condition signal)
PWC-59
2009 370Z
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60. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Display contents of CONSULT
Fail-safe
Cancellation
Inhibit engine cranking
500 ms after the following CAN signal communication status has
becomes consistent
• Steering lock relay signal (Request signal)
• Steering lock relay signal (Condition signal)
B2608: STARTER RELAY
Inhibit engine cranking
500 ms after the following signal communication status becomes
consistent
• Starter motor relay control signal
• Starter relay status signal (CAN)
B2609: S/L STATUS
• Inhibit engine cranking
• Inhibit steering lock
When the following steering lock conditions agree
• BCM steering lock control status
• Steering lock condition No. 1 signal status
• Steering lock condition No. 2 signal status
B260A: IGNITION RELAY
Inhibit engine cranking
500 ms after the following conditions are fulfilled
• IGN relay (IPDM E/R) control signal: OFF (Battery voltage)
• Ignition ON signal (CAN to IPDM E/R): OFF (Request signal)
• Ignition ON signal (CAN from IPDM E/R): OFF (Condition signal)
B260F: ENG STATE SIG LOST
Maintains the power supply
position attained at the time
of DTC detection
When any of the following conditions are fulfilled
• Power position changes to ACC
• Receives engine status signal (CAN)
B2612: S/L STATUS
• Inhibit engine cranking
• Inhibit steering lock
When any of the following conditions are fulfilled
• Steering lock unit status signal (CAN) is received normally
• The BCM steering lock control status matches the steering lock
status recognized by the steering lock unit status signal (CAN
from IPDM E/R)
B2617: STARTER RELAY CIRC
Inhibit engine cranking
1 second after the starter motor relay control inside BCM becomes
normal
B2618: BCM
Inhibit engine cranking
1 second after the ignition relay (IPDM E/R) control inside BCM becomes normal
B2619: BCM
Inhibit engine cranking
1 second after the steering lock unit power supply output control inside BCM becomes normal
B261E: VEHICLE TYPE
Inhibit engine cranking
BCM initialization
Inhibit engine cranking
When any of the following BCM recognition conditions are fulfilled
• Status 1
- Clutch switch signal (CAN from ECM): ON
- Clutch interlock switch signal: OFF (0 V)
• Status 2
- Clutch switch signal (CAN from ECM): OFF
- Clutch interlock switch signal: ON (Battery voltage)
• Inhibit engine cranking
• Inhibit steering lock
When BCM transmits the LOCK request signal to steering lock unit,
and receives LOCK response signal from steering lock unit, the following conditions are fulfilled
• Steering condition No. 1 signal: LOCK (0 V)
• Steering condition No. 2 signal: LOCK (Battery voltage)
B2607: S/L RELAY
B26E8: CLUTCH SW
B26E9: S/L STATUS
HIGH FLASHER OPERATION
BCM detects the turn signal lamp circuit status by the current value.
BCM increases the turn signal lamp blinking speed if the bulb or harness open is detected with the turn signal
lamp operating.
NOTE:
The blinking speed is normal while activating the hazard warning lamp.
FAIL-SAFE CONTROL BY RAIN SENSOR MALFUNCTION
• BCM judges the rain sensor serial link error by the rain sensor serial link condition and detects the rain sensor malfunction by rain sensor malfunction signal.
• When BCM detects the rain sensor serial link error or the rain sensor malfunction while front wiper AUTO
operation, BCM operates a fail-safe control.
NOTE:
If rain sensor malfunction is detected when ignition switch is turned OFF ⇒ ON and front wiper switch is INT
position, BCM operates a fail-safe control.
Revision: 2008 October
PWC-60
2009 370Z
61. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
DTC Inspection Priority Chart
INFOID:0000000004754460
A
If some DTCs are displayed at the same time, perform inspections one by one based on the following priority
chart.
Priority
B
DTC
1
B2562: LOW VOLTAGE
2
• U1000: CAN COMM CIRCUIT
• U1010: CONTROL UNIT (CAN)
3
•
•
•
•
•
B2190: NATS ANTENNA AMP
B2191: DIFFERENCE OF KEY
B2192: ID DISCORD BCM-ECM
B2193: CHAIN OF BCM-ECM
B2195: ANTI SCANNING
4
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
B2013: ID DISCORD BCM-S/L
B2014: CHAIN OF S/L-BCM
B2553: IGNITION RELAY
B2555: STOP LAMP
B2556: PUSH-BTN IGN SW
B2557: VEHICLE SPEED
B2560: STARTER CONT RELAY
B2601: SHIFT POSITION
B2602: SHIFT POSITION
B2603: SHIFT POSI STATUS
B2604: PNP SW
B2605: PNP SW
B2606: S/L RELAY
B2607: S/L RELAY
B2608: STARTER RELAY
B2609: S/L STATUS
B260A: IGNITION RELAY
B260B: STEERING LOCK UNIT
B260C: STEERING LOCK UNIT
B260D: STEERING LOCK UNIT
B260F: ENG STATE SIG LOST
B2612: S/L STATUS
B2614: ACC RELAY CIRC
B2615: BLOWER RELAY CIRC
B2616: IGN RELAY CIRC
B2617: STARTER RELAY CIRC
B2618: BCM
B2619: BCM
B261A: PUSH-BTN IGN SW
B261E: VEHICLE TYPE
B26E8: CLUTCH SW
B26E9: S/L STATUS
B26EA: KEY REGISTRATION
C1729: VHCL SPEED SIG ERR
U0415: VEHICLE SPEED SIG
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Revision: 2008 October
PWC-61
2009 370Z
62. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Priority
DTC
5
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
C1704: LOW PRESSURE FL
C1705: LOW PRESSURE FR
C1706: LOW PRESSURE RR
C1707: LOW PRESSURE RL
C1708: [NO DATA] FL
C1709: [NO DATA] FR
C1710: [NO DATA] RR
C1711: [NO DATA] RL
C1712: [CHECKSUM ERR] FL
C1713: [CHECKSUM ERR] FR
C1714: [CHECKSUM ERR] RR
C1715: [CHECKSUM ERR] RL
C1716: [PRESSDATA ERR] FL
C1717: [PRESSDATA ERR] FR
C1718: [PRESSDATA ERR] RR
C1719: [PRESSDATA ERR] RL
C1720: [CODE ERR] FL
C1721: [CODE ERR] FR
C1722: [CODE ERR] RR
C1723: [CODE ERR] RL
C1724: [BATT VOLT LOW] FL
C1725: [BATT VOLT LOW] FR
C1726: [BATT VOLT LOW] RR
C1727: [BATT VOLT LOW] RL
C1734: CONTROL UNIT
6
• B2621: INSIDE ANTENNA
• B2622: INSIDE ANTENNA
• B2623: INSIDE ANTENNA
DTC Index
INFOID:0000000004754461
NOTE:
The details of time display are as follows.
• CRNT: A malfunction is detected now.
• PAST: A malfunction was detected in the past.
IGN counter is displayed on Freeze Frame Data. For details of Freeze Frame Data, refer to BCS-17, "COMMON ITEM : CONSULT-III Function (BCM - COMMON ITEM)".
Fail-safe
Freeze Frame Data
•Vehicle Speed
•Odo/Trip Meter
•Vehicle condition
Intelligent Key
warning lamp ON
Tire pressure
monitor warning
lamp ON
Reference page
No DTC is detected.
further testing
may be required.
—
—
—
—
—
U1000: CAN COMM CIRCUIT
—
—
—
—
BCS-38
CONSULT display
U1010: CONTROL UNIT (CAN)
—
—
—
—
BCS-39
U0415: VEHICLE SPEED SIG
—
—
—
—
BCS-40
B2013: ID DISCORD BCM-S/L
×
×
—
—
SEC-50
B2014: CHAIN OF S/L-BCM
×
×
—
—
SEC-51
B2190: NATS ANTENNA AMP
×
—
—
—
SEC-42
B2191: DIFFERENCE OF KEY
×
—
—
—
SEC-45
B2192: ID DISCORD BCM-ECM
×
—
—
—
SEC-46
B2193: CHAIN OF BCM-ECM
×
—
—
—
SEC-48
B2195: ANTI SCANNING
×
—
—
—
SEC-49
B2553: IGNITION RELAY
—
×
—
—
PCS-48
B2555: STOP LAMP
—
×
—
—
SEC-54
Revision: 2008 October
PWC-62
2009 370Z
63. BCM (BODY CONTROL MODULE)
< ECU DIAGNOSIS >
Fail-safe
Freeze Frame Data
•Vehicle Speed
•Odo/Trip Meter
•Vehicle condition
Intelligent Key
warning lamp ON
Tire pressure
monitor warning
lamp ON
Reference page
A
B2556: PUSH-BTN IGN SW
—
×
×
—
SEC-56
B
B2557: VEHICLE SPEED
×
×
×
—
SEC-58
B2560: STARTER CONT RELAY
×
×
×
—
SEC-59
B2562: LOW VOLTAGE
—
×
—
—
BCS-41
B2601: SHIFT POSITION
×
×
×
—
SEC-60
B2602: SHIFT POSITION
×
×
×
—
SEC-63
B2603: SHIFT POSI STATUS
×
×
×
—
SEC-66
B2604: PNP SW
×
×
×
—
SEC-69
B2605: PNP SW
×
×
×
—
SEC-71
B2606: S/L RELAY
×
×
×
—
SEC-73
B2607: S/L RELAY
×
×
×
—
SEC-74
B2608: STARTER RELAY
×
×
×
—
SEC-76
B2609: S/L STATUS
×
×
×
—
SEC-78
B260A: IGNITION RELAY
×
×
×
—
PCS-50
B260B: STEERING LOCK UNIT
—
×
×
—
SEC-82
B260C: STEERING LOCK UNIT
—
×
×
—
SEC-83
B260D: STEERING LOCK UNIT
—
×
×
—
SEC-84
B260F: ENG STATE SIG LOST
×
×
×
—
SEC-85
B2612: S/L STATUS
×
×
×
—
SEC-90
B2614: ACC RELAY CIRC
—
×
×
—
PCS-52
B2615: BLOWER RELAY CIRC
—
×
×
—
PCS-55
B2616: IGN RELAY CIRC
—
×
×
—
PCS-58
B2617: STARTER RELAY CIRC
×
×
×
—
SEC-94
B2618: BCM
×
×
×
—
PCS-61
B2619: BCM
×
×
×
—
SEC-96
B261A: PUSH-BTN IGN SW
—
×
×
—
PCS-62
—
SEC-97
CONSULT display
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B261E: VEHICLE TYPE
×
×
× (Turn ON for 15
seconds)
B2622: INSIDE ANTENNA
—
×
—
—
DLK-55
B2623: INSIDE ANTENNA
—
×
—
—
DLK-57
B26E8: CLUTCH SW
×
×
×
—
SEC-86
B26E9: S/L STATUS
×
×
× (Turn ON for 15
seconds)
—
SEC-88
B26EA: KEY REGISTRATION
—
×
× (Turn ON for 15
seconds)
—
SEC-89
C1704: LOW PRESSURE FL
—
—
—
×
C1705: LOW PRESSURE FR
—
—
—
×
C1706: LOW PRESSURE RR
—
—
—
×
C1707: LOW PRESSURE RL
—
—
—
×
C1708: [NO DATA] FL
—
—
—
×
C1709: [NO DATA] FR
—
—
—
×
C1710: [NO DATA] RR
—
—
—
×
C1711: [NO DATA] RL
—
—
—
×
Revision: 2008 October
PWC-63
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WT-17
2009 370Z
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