6 courses with the subject FLNR, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
FLNR 101Freightliner Finish First Course 14
Students will learn how to access DTNA service information systems such as Vehicle Information, Diagnostic Link, Excelerator and EZ Wiring, and become familiar with the DTNA web-based modules. They will learn to locate service bulletins and use DTNA and component vendor service information systems. Students will be trained to find adjustment specifications on different types of suspensions and prepare a vehicle for suspension adjustment. They will learn to identify the types of clutches used on DTNA vehicles and prepare a vehicle for a clutch adjustment. Students will learn the importance of proper wheel seal installation. They will go over ABS systems and learn to identify correct plumbing routing using the brake plumbing schematic.
Students will learn how to access DTNA service information systems such as Vehicle Information, Diagnostic Link, Excelerator and EZ Wiring, and become familiar with the DTNA web-based modules. They will learn to locate service bulletins and use DTNA and component vendor service information systems. Students will be trained to find adjustment specifications on different types of suspensions and prepare a vehicle for suspension adjustment. They will learn to identify the types of clutches used on DTNA vehicles and prepare a vehicle for a clutch adjustment. Students will learn the importance of proper wheel seal installation. They will go over ABS systems and learn to identify correct plumbing routing using the brake plumbing schematic.
Students will learn to read DTNA wiring diagrams and schematics, trace circuits, locate electrical components and become familiar with DTNA electrical power distribution, electrical systems and circuit routing. They will practice vehicle electrical system inspections, service and repair, including starting/charging systems and electrical/electronic circuits that include OEM wire harnesses on live vehicles and simulators. Students will be introduced to multiplex electrical theory and operation, data link systems, and test/repair multiplexed dashboard gauge clusters and engine/transmission systems as well as fault code diagnosis. They will use DTNA-recommended electronic diagnostic tools and computer-based software to provide effective vehicle electronic system troubleshooting on live trucks.
Students will learn to read DTNA wiring diagrams and schematics, trace circuits, locate electrical components and become familiar with DTNA electrical power distribution, electrical systems and circuit routing. They will practice vehicle electrical system inspections, service and repair, including starting/charging systems and electrical/electronic circuits that include OEM wire harnesses on live vehicles and simulators. Students will be introduced to multiplex electrical theory and operation, data link systems, and test/repair multiplexed dashboard gauge clusters and engine/transmission systems as well as fault code diagnosis. They will use DTNA-recommended electronic diagnostic tools and computer-based software to provide effective vehicle electronic system troubleshooting on live trucks.
Students will learn to diagnose problems and isolate them in dual evaporator systems. Students will learn to use diagnostic routines in conjunction with applicable service documentation to troubleshoot HVAC systems on a vehicle. They will learn to identify the components that comprise the Park Smart auxiliary HVAC system, and the tools and resources to assist in the diagnostics of parked HVAC systems. Students will become familiar with M2 model vehicle systems and understand the unique M2 multiplexed electrical systems. Students will become familiar with the Cascadia model and vehicle systems. Students will use DTNA service information resources and diagnostic tools to provide effective vehicle troubleshooting on M2 models.
Students will learn to diagnose problems and isolate them in dual evaporator systems. Students will learn to use diagnostic routines in conjunction with applicable service documentation to troubleshoot HVAC systems on a vehicle. They will learn to identify the components that comprise the Park Smart auxiliary HVAC system, and the tools and resources to assist in the diagnostics of parked HVAC systems. Students will become familiar with M2 model vehicle systems and understand the unique M2 multiplexed electrical systems. Students will become familiar with the Cascadia model and vehicle systems. Students will use DTNA service information resources and diagnostic tools to provide effective vehicle troubleshooting on M2 models.
