Home ] Up ] magnet-engl ] O-2En ] prius05 ] TesterII ] Subaru ] AEvsAFS ] DLC Honda ] Vf1 ] [ Tools2 ] gx470 ] O2S CR_V ] VVt ] MB ] D4English ] G20 ] P0606e ]

Content on this page requires a newer version of Adobe Flash Player.

Get Adobe Flash player

My OBD-II Scan Tools

 

  

the Book OBDII, OBDIII, etc (History and Future On-Board Diagnostic)  (photo) 

The Best Scan Tool EASE vs. AE

OEM KIA GDS

 

All cars and light trucks built for sale in the United States after 1996 are required to be OBD-II compliant. The European Union adopted a similar law in 2000 for gasoline-powered vehicles, and in 2003 for cars with diesel engines. An OBD-II compliant vehicle can use any of the five communication protocols: J1850 41.6 Kbps PWM and J1850 10.4 Kbps VPW, ISO 9141-2 (K-Line), ISO 14230-4 (Keyword Protocol 2000), and more recently, CAN (J2284/ISO 15765-4). Car manufacturers were not allowed to use CAN* until model year 2003, and as of this writing [January 2004, J2534 (pass through reprogramming)] must use a generic OBD link.

There are two types of diagnostic link connectors (DLCs) defined by SAE J1962 - Type A and Type B

Location - According to J1962, Type A DLC "shall be located in the passenger or driver's compartment in the area bounded by the driver's end of the instrument panel to 300 mm (~1 ft) beyond the vehicle centerline, attached to the instrument panel and easy to access from the driver's seat.  The preferred location is between the steering column and the vehicle centerline."

Type B DLC "shall be located in the passenger or driver's compartment in the area bounded by the driver's end of the instrument panel, including the outer side, and an imagined line 750 mm (~2.5 ft) beyond the vehicle centerline.  It shall be attached to the instrument panel and easy to access from the driver's seat or from the Co-drivers seat or from the outside.  The vehicle connector shall be mounted to facilitate mating and unmating." 

Take a look 

SAE J1850: Specifies requirements for a vehicle data communications network. Compliance committee recently formed (J1699)

SAE J2178: Specifies non-diagnostic messages

Part 1 - Message header formats and physical node addresses

Part 2 - Message parametric data

Part 3 - Message assignments for the single byte header format

Part 4 - Message assignments for the three byte header format

SAE J1962: Diagnostic Connector (under dash). New 16-pin standard

SAE J2012: Diagnostic Codes

SAE J2190: Specifies diagnostic and malfunction messages (to fix vehicles)

SAE J2008: Recommended Organization of Vehicle Service Information

SAE J1978: OBD - II Scan Tool (On Board Diagnostics)

SAE J2205: Expanded Diagnostic Protocol for OBD-II Scan Tools

SAE J2300: Conformance Test Procedures for OBD-II Scan Tools

SAE J1979: Specifies CARB/EPA functions and messages

SAE J1699: Compliance Tests and Test Methods for SAE J1850

SAE J1113: Electromagnetic Susceptibility Measurement Procedures for Vehicle Components

SAE J1547: Electromagnetic Susceptibility Measurement Procedures for Common Mode Injection

SAE J1211: Electronic Equipment Design Recommended Procedure

SAE J1879: General Qualification and Production Acceptance Criteria for Integrated Circuits in Automotive Applications

SAE J1930: Electrical/Electronic Systems Diagnostic Terms, Definitions, Abbreviation, and Acronyms

SAE J1213: Glossary of terms for vehicle networks

SAE J2534: Recommended Practice for Pass-Thru Vehicle Reprogramming

Location of Diagnostic Connectors on new LHD and RHD Cars

Powertrain DTC P0000-P0999 for EOBD Vehicles (.pdf)

Note: All petrol cars sold within Europe since 1 Jan 2001 must have on-board diagnostic systems to monitor engine emissions.

These systems were introduced in line with European Directive 98/69/EC to monitor and reduce emissions from cars. The first cars with ISO 15765 CAN for EOBD diagnostics are out on the street now from august 2002-  Ford Fiesta,  Opel Vectra,  Mazda 6

PWM  protocol (Ford and the newer Ford-based Jaguars)

The connector must have pins 2, 4, 5, 10, and 16

VPW protocol (General Motors)

The connector must have pins 2, 4, 5, and 16,

ISO 9141-2 protocol (Most European and Asian manufacturers)

The connector must have pins 4, 5, 7, 15 and 16. Pin 15 may or may not be present.

KWP2000 aka ISO14230 (Most European and Asian manufacturers)

The connector must have pins 4, 5, 7, 15 and 16

CAN 2.0B ISO 11898

 

CAN ISO 15765-4

 

SCI SAE J2610

 

Pin

Use

SAE Rules (SAE J1962 "Diagnostic Connector - Equivalent to ISO/DIS 15031-3, April 2002) it's numbering

1

Free For Manufacturer (for example, SAE J2411, GM single wire CAN)

2

Bus+ line ISO 11519-4 (SAE J1850), with 2 connections, 41.6 Kbps PWM or ISO 11519-4 (SAE J1850), with 1 connection, 10.4 Kbps VPW

3

Free For Manufacturer (*for example, Chrysler, CCD+ (not OBD)

4

Chassis Ground

5

Signal Ground

6

CAN High (J-2284)

7

ISO 9141-2 K Line and ISO/DIS 14230-4

8, 9, 12, 13

Free For Manufacturer

10

J1850 Bus ISO 11519-4 (SAE J1850), with 2 connections, 41.6 Kbps PWM

14

CAN Low (J-2284)

15

ISO 9141-2 L Line and ISO/DIS 14230-4

16

Battery power

Additional pins may be wired on your car - these may be used by manufacturers for other purposes.

There are 4 communication standards, with 3 different interfaces for EOBD

ISO 9141-2, with 1 or 2 connection/s, 10.4 Kbps

Pin 7 (K-line) + maybe pin 15 (L-line, initialization)

ISO 14230, Keyword Protocol 2000 , 10.4 Kbps

Pin 7

ISO 11519-4 (SAE J1850), with 2 connections, 41.6 Kbps PWM

Pin 2 (Bus+) + pin 10 (Bus-)

ISO 11519-4 (SAE J1850), with 1 connection, 10.4 Kbps VPW, 3 byte header + CRC, no "checksum" or "inter-byte separation" (In Frame response byte ?)

Pin 2 (Bus+)

ISO 15765-4, Diagnostics on CAN, Hi-Speed 250/500 kbit/s

Pin 6 CAN_H line + pin 14 CAN_L line

SAE J2411, GM single wire CAN

Pin 1

Chrysler, CCD+ (not OBD)

Pin 3

Chrysler, CCD- (not OBD)

Pin 11

Chassis ground

Pin 4

Signal ground

Pin 5

Battery + 12V

Pin 16

Note. J2008: Beginning January 1, 2002, manufacturers shall make available at a fair and reasonable price, all 2002 and newer model year vehicle emission-related diagnosis and repair information provided to the manufacturers franchised dealers (e.g., service manuals, technical service bulletins, etc.) in the electronic format specified in SAE J2008 Draft. The information shall be made available within 30 days of its availability to franchised dealers. Small volume manufacturers shall be exempted indefinitely from the J2008 formatting requirement.

The regulations on June 8, 2001 (66 FR 30830)- "...OEMs must make full text emissions-related service information available via the World Wide Web. Second,  that OEMs must provide equipment and tool companies with information that allows them to develop pass-through reprogramming tools. Third, OEMs must make available enhanced diagnostic information to equipment and tool manufacturers and to make available OEM-specific diagnostic tools for sale...".

February 12, 2003 Washington , D.C. Last September, the Alliance of Automobile Manufacturers, the Association of International Automobile Manufacturers (AIAM) and the Automotive Service Association (ASA) announced that they had reached an understanding regarding independent repairer access to service information and diagnostic tools. Under the agreement, automakers committed to providing independent repair shops with the same service and training information related to vehicle repair as is available to franchised dealerships by August 31, 2003.

В этой страничке ссылки на статьи о других устройствах для диагностики и ремонта

Today's final regulations are intended to preserve freedom of choice by consumers in where to have their vehicles  serviced!

 SAE Recommended Practice J2534 (February, 2002), "Recommended Practice for Pass-Thru Vehicle Reprogramming". EPA will require that OEMs comply with SAE J2534 beginning with the 2004 model year. These documents have been approved for Incorporation by Reference by the Office of The Federal Register on March 19 14, 2003. A copy of the approval can be found in EPA Air Docket A-2000-49, Item # IV-H-05. Copies.

Todays action finalizes a provision that allows OEMs to use J2534 technology on 1996 through 2003 model year vehicles as long as OEMs make all necessary additional hardware (i.e. cables) available for sale at a fair and reasonable price to the aftermarket to allow for the reprogramming of these vehicles. OEMs must make this additional hardware available for sale independently and cannot require the purchase of their OEM specific scan tool in order to receive this additional hardware. If an OEM cannot retroactively implement the SAE J2534 pass through reprogramming solution with or without special cables, they must make available to equipment and tool companies any information needed to develop aftermarket equivalents of their OEM-specific reprogramming hardware and software. This information must be provided to allow equipment and tool manufacturers to develop hardware and software quivalents to enhanced OEM scan tools. A full description of the information that must be rovided under this scenario is described in sections 86.096-38 g(11) and 86.1808-01(f)(11) of the regulatory language for this rulemaking. EPA will finalize a provision that will require OEMs to comply with SAE J2534 for passthrough reprogramming beginning with model year 2004. We will also finalize a provision that will require that reprogramming information be made available within one month after the effective date of the final rule for existing model years and within 3 months of vehicle introduction for new models. Any OEM who cannot comply with SAEJ2534 in model year 2004 may request one year additional lead time from the Administrator.

SAE J1978 (Generic Scan Tool) defines the minimum functionality required by an OBD-II Scan Tool

- Automatic hands-off determination of the communication interface

- Displays status and results of on-board diagnostic evaluations

- Displays pending and confirmed DTCs

- Displays current data, freeze frame data, and vehicle information

- Clears DTCs, test results and freeze frame

- Provides a user manual/help facility

SAE J2012 (Diagnostic Trouble Codes) defines a set of diagnostic trouble codes (DTCs) where industry uniformity has been achieved. DTCs consist of an alpha character followed by four characters

Pxxxx is reserved for powertrain DTCs

Bxxxx is reserved for body DTCs

Cxxxx is reserved for chassis DTCs

Uxxxx is reserved for network DTCs (UART the body electronics like door and roof control, air conditioning, and lightning, as well as for the entertainment control).

The second character designates whether the DTCs and a generic SAE DTC or a manufacturer-specific DTC.

 

Powertrain codes

Body codes

P0xxx - Generic

B0xxx - Generic

P1xxx - Manufacturer-specific

B1xxx - Manufacturer-specific

P2xxx - Generic

B2xxx - Manufacturer-specific

P30xx-P33xx - Manufacturer-specific

B3xxx - Generic

P34xx-P39xx - Generic

 

Chassis codes

Network Communication codes

C0xxx - Generic

U0xxx - Generic

C1xxx - Manufacturer-specific

U1xxx - Manufacturer-specific

C2xxx - Manufacturer-specific

U2xxx - Manufacturer-specific

C3xxx - Generic

U3xxx - Generic

The remaining characters designate the system associated with the fault. The characters are hex and can range from 0 F. The third digit defines the specific system or sub-system within the car where the problem is located:

Third digit / System or sub-system 

1 Fuel and Air Metering 

 

2 Fuel and Air Metering (injector circuit malfunction only) 

3 Ignition System or Misfire 

4 Auxiliary Emission Control System 

5 Vehicle Speed Control and Idle Control System 

6 Computer Output Circuits 

7 Transmission 

8 Transmission 

9 Control Modules, input and output signals

A суб-системы проверки состава топливно-воздушной смеси

My Scan Tools

03075.jpg (59975 bytes) Nissan PC-based Scan Tools

Self-Made Interface for Asian and European Vehicles (for PC-based Scan Tools)PC-based Scan Tool for OBD-II

0489_.jpg (120935 bytes)AE-scan

5461.JPG (55301 bytes)

PC-based OEM Scan Tools

ScanTool CJ-II  

Read MILcodes on about Shariot GDI 4G64

The Interface for MMC-logger

The Interface for

MMC-logger with Manufactures Protocol

Motor Analyzer with Generis Scan tools Functions

New MMC/Subaru/ USB Interface

Diagnostic Computer

Breakout Box. E.g. for reading MIL-codes without ScanTools (by J1962 connector)

CJII on LHD Camry  

Old K-L Interface

MT2500 (Snap-On) on pre-OBDII Car

Intelligent Tester II Toyota / Lexus by DENSO (Japan)

Isaac Zia PC-based Generic Scan Tool vs. Intelligent Tester II on RX300

 Intelligent Tester II vs. Karman

MMC USB Flash-reprog. and Manuf. Scan Tool Interface

Small DLC Breakout Box and new Nissan DDL Interface

   

   LabScope "Autoscope-II" Scnd Mongoose MFC & Toyota Calibration DVD (00456-REPRG-001)

Generic OBD-II Live Data vs. Exhanced Data Stream by Toyota Techstream

Generic OBD-II Live Data vs. Exhanced Data Stream by Toyota Techstream