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- Chevrolet Volt Extended Range Electric Vehicle (Generation 1) GMLAN (CAN) Network Architecture, Global Diagnostic Strategy, Common Faults and Servicing Issues>Solutions 3-Part Series
Chevrolet Volt Extended Range Electric Vehicle (Generation 1) GMLAN (CAN) Network Architecture, Global Diagnostic Strategy, Common Faults and Servicing Issues>Solutions 3-Part Series
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$195.00
$195.00
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Participants will receive login information for this online course within 24 business hours of completing the registration.
Session Dates:
Session information and overview available below.
Session Dates:
- Part 1: April 26, 2017
- Part 2: April 27, 2017
- Part 3: May 2, 2017
Session information and overview available below.
Three (3) One-hour online training sessions:
In order to manage the myriad of systems used in an Extended Range Electric Vehicle, a multiplexed system utilizing multiple network protocols, gateway modules, and subnets is an absolute necessity. The Gen1 Chevrolet Volt EREV employs multiple networks complying with GMLAN, CANBUS, and LIN standards in both single and dual wire twisted-pair types, as well as numerous proprietary networks. In this FutureTech online course we shall map out the physical layer topology of the various networks used in the Gen1 Chevrolet Volt, as well their connections to the Data Link Connector (DLC) thus permitting them to be tested and diagnosed. We will also examine the General Motors Corporate Diagnostic Strategy and how network communications diagnostics are implemented within the steps of the Vehicle System Check. Common failures for "Loss of Communication" will be examined, including strategies and suggested best practises to insure diagnostic success.
This class results in a certificate of completion that will be provided to the participant after successfully completing all online training sessions in the series. The certificate and its stated hours are eligible for NATEF annual credit and may count toward other professional development requirements.
Contact us or email accessonline@futuretechauto.com if you have questions or comments about this (or other) online training courses.
- April 26, 2017 (6:30PM ET): Introduction to Network Communication Protocols as used in the General Motors Gen1 Chevrolet Volt- GMLAN Low Speed (Single Wire), GMLAN High Speed (Dual Wire), CANBUS (SWCAN/DWCAN), Local Interconnect Network (LIN), Proprietary and Other Networks (SPI, CGI, UART, MOST, FlexRay) Chevy Volt Network Topology, Network Wiring Diagrams and Interpretation
- April 27, 2017 (6:30PM ET): A Template for Diagnosis- General Motors Corporate Diagnostic Strategy, Using GDS2 and GM Service Information to complete the Vehicle System Check, Networking Considerations for a Diagnostic Solution, Recording DTCs, U-Codes, Common Failure Modes for network wiring
- May 2, 2017 (6:30PM ET): Case Studies in Network Related Faults, Diagnosis, and Repair
In order to manage the myriad of systems used in an Extended Range Electric Vehicle, a multiplexed system utilizing multiple network protocols, gateway modules, and subnets is an absolute necessity. The Gen1 Chevrolet Volt EREV employs multiple networks complying with GMLAN, CANBUS, and LIN standards in both single and dual wire twisted-pair types, as well as numerous proprietary networks. In this FutureTech online course we shall map out the physical layer topology of the various networks used in the Gen1 Chevrolet Volt, as well their connections to the Data Link Connector (DLC) thus permitting them to be tested and diagnosed. We will also examine the General Motors Corporate Diagnostic Strategy and how network communications diagnostics are implemented within the steps of the Vehicle System Check. Common failures for "Loss of Communication" will be examined, including strategies and suggested best practises to insure diagnostic success.
This class results in a certificate of completion that will be provided to the participant after successfully completing all online training sessions in the series. The certificate and its stated hours are eligible for NATEF annual credit and may count toward other professional development requirements.
Contact us or email accessonline@futuretechauto.com if you have questions or comments about this (or other) online training courses.