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Scoping Out Engine Mechanical Faults

For the latest tips and upcoming live online training, sign up for our newsletter! http://www.SearchAutoParts.com/ForTechs Loss of seal in the combustion chamber, especially if that loss is intermittent, can be time consuming to diagnose and confirm with traditional testing methods. In addition, volumetric efficiency losses caused by problems like valve timing shifts, improper variable valve timing operation, and restricted Exhausts can also be difficult to nail down. But by using the power of an automotive lab scope and a few accessories, technicians can reduce their troubleshooting time and confirm faults that would otherwise elude them. And that's the topic of this Motor Age/TST webcast featuring guest expert Bernie Thompson of Automotive Test Solutions. Click this link to subscribe to Motor Age! http://bit.ly/MA_YT_freesub


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A/C System Servicing For The Next Generation: Motor Age webinar series, May 2013
Click this link to subscribe to Motor Age! http://bit.ly/MA_YT_freesub Once again, Motor Age and TST teamed up to present professional technicians with a free training resource, this time focusing on air conditioning service and repair. Live attendees were told about the dangers of counterfeit refrigerants and how to detect them, and shown new diagnostic methods including thermal imaging and ultrasound detection. And hey! Before you bust us on the sound quality...that's rain! This webinar was shot during a heavy storm! To learn about upcoming live training opportunities, sign up for the Certified Technician newsletter at http://www.motorage.com/fortechs

Fuel Injector Driver Designs
Introduction to scope testing fuel injectors.

Quick Tips for Evap Repairs
Global Leak Detection and TST present this seminar that is about how to diagnose EVAP problems fast with a scan tool and a smoke machine. You can use any scan tool and any OEM approved smoke machine such as a Smoke Wizard, Bosch, OTC, MAC, and Snap On.

Signal Circuit Integrity Update for my Ebook
This video is mainly for my eBook owners. I would like you to add this additional information to your book. How to safely check a sensor signal wire for opens and shorts without having to disconnect the computer and use an ohmmeter.

Automotive Repair: Electrical Troubleshooting Tips and Techniques with Joe Glassford
For more resources on electrical troubleshooting, join our online community for FREE at http://workshop.search-autoparts.com Diagnosing electrical problems is still the number one toughest job for most techs. In this edition of the popular Motor Age webinar series, "After Hours", technical editor Pete Meier welcomes electrical testing expert Joe Glassford of Vestest.com. Joe shares tips on understanding electrical current paths, what voltage drop is and when it is a good thing versus when it's a bad thing. Testing methods are demonstrated and suggestions for choosing a good meter are mentioned. Click this link to subscribe to Motor Age! http://bit.ly/MA_YT_freesub

How to perform a compression test with a scope
Relative compression testing using the Snap-On Verus

Fuel System Testing: Motor Age/TST November 2011 Webinar
In this Delphi sponsored webcast, Delphi's Dave Hobbs and TST's G. Jerry Truglia share tips and techniques to streamline your fuel system testing process. Click this link to subscribe to Motor Age! http://bit.ly/MA_YT_freesub

2005 Trailblazer 4.2 #6 cylinder misfire
Case study on a 4.2l C.O.P engine with a misfire. For more info. on my Ebook go to www.autocomputerstroubleshooting.com

2010 Subaru 2.5 Variable Valve Lift Solenoid and Switch Testing
This video is a great review of Section 2 "Switch Inputs" and Section 3 "Transistor drivers and Output Solenoids" in my eBook. On this system the intake valve lift is varied by two different cam lobes. A low lift lobe and a high lift lobe. I misspoke in the video calling this a variable valve timing or VTEC mechanism. This system does not vary cam timing, but it does vary intake valve lift.

Labscope coil ramping 1
Part 1 of 2 on how to use a lab scope for current ramping and how to identify a good & bad coil.

Automotive repair: Test Like The Engine Control Module Does
For more tips and other great resources, log on to our community the AutoPro Workshop at http://workshop.search-autoparts.com John Q. Customer comes in complaining that the "Check Engine" light is on. Drivability may or may not be affected depending on why the light is illuminated. When facing this type of repair, consider whom you must really satisfy in order to make the repair successful. The same module that turned the light on in the first place is also the same module that will test the quality of your repair. Even if your human customer can't tell if the repair was correct, you can bet the module can. And it will turn the MIL (Malfunction Indicator Lamp) right back on if it isn't happy. So it pays to understand how the ECM performs its system tests, and to use that information when performing diagnostic tests of your own. And that's the topic for this month's edition of The Trainer! Click this link to subscribe to Motor Age! http://bit.ly/MA_YT_freesub

Understanding running compression waveforms
Viewing the pressure waveforms from inside the cylinder of a running engine can provide a great deal of diagnostic information. Understanding these waveforms will help you spot valve issues, blocked catalytic converters and restricted air intakes. The equipment used is a PicoScope automotive oscilloscope and a WPS500 pressure sensor.

basic voltage drop testing for automotive electrical testing
How to use your meter to measure voltage drop in a automotive electrical circuit. I do diagnostic jobs for many repair shops in my area, and one thing I see all the time is the misdiagnosis of circuits and parts " hung" that do not fix anything all due to improper testing.

No Code Misfire Diagnostic Tips - The Trainer video series (July 2014)
"The car isn't running quite right. It feels a little rough when I'm stopped". Not an uncommon customer complaint, right? Your service advisor brings you the ticket and the keys and you hop in the car to bring it inside. Unfortunately for you, the car appears to run just fine as you let it sit at an idle in the lot. But Lady Luck smiles down on you, and the Malfunction Indicator Lamp (MIL) is on. You find a P0300 (Random Misfire) code stored in the Engine Control Module's (ECM's) memory. You also notice the car has some miles on it, and if you're like many of us, you're first instinct is that the car probably needs a "tune up". You pull a plug after you have it in your bay and see that it is worn and seems to have been in there for awhile, so you recommend plugs and wires (just to be on the safe side, right?) and proceed to the next job on your hook. The parts arrive later that afternoon; you install them without any problem and return the car to the customer. Three days later, they're back and they're upset. The car is running the same as it did before. This repair was doomed from the start, wasn't it? Assumptions were made, no testing was done (unless you count pulling the plug) and the repair was never verified. How many potential causes for this kind of complaint are there, and how do you narrow all of them down to the ONE that is the culprit? Isolating the cause of a random or cylinder-specific misfire need not be a fault solved by "seat of the pants" troubleshooting. Following a logical order, applying a few simple techniques and using a little of what God gave you can lead you to a successful repair the first time. And that's the topic of this month's edition of "The Trainer". Join us April 24-26 for Automechanika Chicago! http://www.AutomechanikaChicago.com Click this link to subscribe to the print or digital edition of Motor Age! http://bit.ly/MA_YT_freesub Pete Meier's uniform shirts supplied by RedKap. For info on RedKap uniform apparel for the automotive industry, visit: http://www.redkapautomotive.com Due to factors beyond the control of Motor Age, it cannot guarantee against unauthorized modifications of this information, or improper use of this information. Motor Age magazine (Advanstar Automotive Group) assumes no liability for property damage or injury incurred as a result of any of the information contained in this video. Motor Age recommends safe practices when working with power tools, automotive lifts, lifting tools, jack stands, electrical equipment, blunt instruments, chemicals, lubricants, or any other tools or equipment seen or implied in this video. Due to factors beyond the control of Motor Age, no information contained in this video shall create any express or implied warranty or guarantee of any particular result. Any injury, damage or loss that may result from improper use of these tools, equipment, or the information contained in this video is the sole responsibility of the user and not Motor Age magazine or its corporate parent, Advanstar.

Buick - 3100 SFI Engine Training (1994)
This video from GM's Certified-Plus Training series provides details of the redesigned 3100 SFI Engine introduced on the 1994 Buick Regal and Skylark. Topics covered include: 1996 Government Requirements, Engine Introduction, Management Strategy, Diagnosis Review and Service.

Which car is faster? Which Car is Faster?

Similar 1/4 mile timeslips to browse:

1965 Chevrolet CK1500 Truck : 9.390 @ 139.000
Mr Hipp, Engine: 451ci Chev, Tires: 13x31 Stones

1994 Mitsubishi Mirage : 9.580 @ 150.000
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1965 Chevrolet CK1500 Truck : 10.090 @ 129.478
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1995 Mitsubishi Mirage : 10.200 @ 139.000
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1986 Chevrolet CK1500 Truck : 10.319 @ 132.300
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1989 Chevrolet CK1500 Truck : 10.320 @ 132.000
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1984 Chevrolet CK1500 Truck short bed step side: 11.090 @ 118.000
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2004 Chevrolet CK1500 Truck Silverado SS: 11.190 @ 121.800
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2003 Chevrolet CK1500 Truck : 11.240 @ 121.630
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1995 Mitsubishi Mirage : 11.245 @ 126.100
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1971 Pontiac Ventura : 11.509 @ 116.260
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1989 Chevrolet CK1500 Truck Silverado Sportside: 11.823 @ 114.410
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1991 Mitsubishi Mirage 4door LS: 11.940 @ 120.000
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1995 Chevrolet CK1500 Truck C1500 2WD Manual: 12.072 @ 112.903
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1993 Chevrolet CK1500 Truck : 12.200 @ 109.000
frank maldanado, Engine: 383,

1991 Chevrolet CK1500 Truck : 12.228 @ 111.940
Eric, Engine: 355,

1982 Chevrolet CK1500 Truck : 12.250 @ 105.690
brad waldrop, Engine: chevy 355, Tires: 28.0 / 10.5

1971 Pontiac Ventura ll: 12.389 @ 107.440
rob cudmore, Engine: 385ci sbc, Tires: mt 26x10

2005 Chevrolet CK1500 Truck SS Reg Cab: 12.400 @ 112.000
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1991 Chevrolet CK1500 Truck SS454: 12.430 @ 107.810
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