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Works on almost any car from 1996 to present, INCLUDING CANBUS!

(see list below)

Even if you don't repair your vehicle yourself, knowing the Diagnostic Trouble Code number before taking the vehicle in for repair is good knowledge to have. Once the vehicle is repaired, the Diagnostic Trouble Code(s) can be erased and the Check Engine light turned off using this scan tool.

In areas that require a smog test, an illuminated Check Engine light fails the emission test, even if the repaired vehicle might otherwise pass inspection. This OBD II Scan Tool turns off the Check Engine light.

Another highly useful application for the scan tool is purchasing used vehicles. Used vehicles can have all sorts of expensive mechanical or electrical problems. Since our scanner is a portable device, the buyer can connect the scan tool to the vehicle and in a few seconds determine if the vehicle has detected a problem. Remember, not all Diagnostic Trouble Codes illuminate the Check Engine light and a scan tool is the only way to obtain the information.

This reader supports all four OBD II protocols:

n SAE J1850 PWM

n SAE J1850 VPW

n ISO 9141-2

n ISO 14230 (KWP2000)

n CANBUS

WHAT IS CAN?

Controller Area Network (or CAN) is the newest automotive communication protocol. CAN Protocol is around 50 times the speed of the older protocols.

CAN was used in some cars starting in 2003, and is said to be the only protocol that will be used after 2007.

n Works with all 1996 and newer cars & trucks that are OBD II compliant

n Live Data Stream

n DTC (Diagnostic Trouble Codes) meanings are displayed in text mode

n Reads Freeze Frame Data

n Large Backlit LCD Display

n Large Database of Diagnostic Trouble Code(s)

n Clears / Turns off Check Engine Light

n Reads VIN number: great for verification of used cars!

n Tests I/M Status: Misfire Monitor, Fuel System, O2 System, EGR System, MIL Status

n Reads and clears generic and manufacture specific Diagnostic Trouble Codes (DTC)

n Supports multiple trouble code requests: generic codes, pending codes and manufacturer's specific codes

n Highly reliable and accurate

n Easy to read backlit LCD display

n Easy to use with one plug-in

n Safely communicates with the on-board computer

n Stand-alone unit with no need for an additional laptop computer to operate

n Firmware updateable via Internet!

n Switch between Metric and English Units!

n FULLY COMPATIBLE WITH CAN PROTOCOL
 

Does My Car Have OBD-II?
All cars and light trucks built and sold in the United States after January 1, 1996 were required to be OBD II equipped. In general, this means all 1996 model year cars and light trucks are compliant, even if built in late 1995.

Two factors will show if your vehicle is definitely OBD II equipped:
1) There will be an OBD II connector located under or around the dashboard, and
2) There will be a note on a sticker or nameplate under the hood: "OBD II compliant".
Where is the connector located?
The connector must be located within three feet of the driver and must not require any tools to be revealed. Look under the dash and behind ashtrays.

The Three Flavors of OBD II
While the parameters, or readings, required by OBD II regulations are uniform, the auto manufacturers had some latitude in the communications protocol they used to transmit those readings to scanners. Naturally, each felt they had the one true way, so we have three different OBD II communications protocols in use.

What Communications Protocol does my vehicle use?
As a rule of thumb, GM cars and light trucks use SAE J1850 VPW (Variable Pulse Width Modulation). Chrysler products and all European and most Asian imports use ISO 9141 circuitry. Fords use SAE J1850 PWM (Pulse Width Modulation) communication patterns.
There are some variations among captive imports such as the Cadillac Catera, a German Opel derivative, which uses the European ISO 9141 protocol.

On 1996 and later vehicles, you can tell which protocol is used by examining the OBD II connector:

J1850 VPW--The connector should have metallic contacts in pins 2, 4, 5, and 16, but not 10.
ISO 9141-2--The connector should have metallic contacts in pins 4, 5, 7, 15, and 16.
J1850 PWM--The connector should have metallic contacts in pins 2, 4, 5, 10, and 16.

Some compatible vehicles include:

(Note: may not be compatible with some VW, Audi, and Subaru vehicles)

For a complete list of tested vehicles, click on the link below. **Note: If your vehicle is not on this list it does not mean that the scanner will not work for you. This is only a list of tested vehicles.

Vehicles Tested with OBDII Scanner

For VW/Audi Specific Scanners, See our Store!

n Turn the ignition off
n Locate the 16-pin Data Link Connector and plug the cable into the connector

n Press the red power button located on the front panel of the tool

n Wait for the LCD Display
n Turn the ignition on (needn't start the engine) and press enter
n The scanner will now search for the specific protocol for your vehicle
n Follow On-Screen Prompts and Menus!
 

n 7.76 x 3.16 x 1.27
n OBD Cable ~ 5' / 60"
n Display: 128 x 64 Backlit LCD Pixel Display
n Operating Temperature - 0 to 50 C
n Internal Power - 9v Cell
n External Power: 10.0 to 15.5 volts provided via vehicle battery
n 16-pin OBD II Standard Socket