Comments by "flagmichael" (@flagmichael) on "The Car Care Nut" channel.

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  74. This is a subject I am very familiar with. I would be very surprised if it does. (A plate doesn't do it; stopping EMFs requires an RF shield. RF and EMF are names for the same phenomenon: electromagnetic energy.) The EMF story goes back to 1984, the year I started working in an electric utility. Data mining on a survey found that the electrical workers in the sample had roughly twice the prevalence of two really nasty brain cancers: astrocytomas and gliomas. This got international attention. In the US we didn't see any big problem in consumer products but the EEC/EU took it very seriously indeed. Regulations were passed to keep EMF down to very low levels. Me? I often found myself working in high voltage substations where just touching a grounded fence produced an unpleasant shock. I hoped I would get cool mutations, like wings, but it never happened. Sometime in the last decade or two - I noticed it at the time but then forgot just when it was - a much larger study showed no correlation between EMFs and cancers. That is where we stand now; EMFs are a technical problem rather than a health problem. However, during the time when EMFs had everybody's attention I saw a lot of tests for EMF levels and for radio equipment (like amateur radio transmitters) being affected by the car, and the car being affected by the equipment. Nothing ever showed up. Technically speaking, there are good reasons for not even seeing large EMFs inside electric or hybrid cars. Much of the HV wiring is DC, and the AC wiring is on the other side of the firewall and floor pan from the passengers. In effect, an EMF shield is inherent in modern electric/hybrid automotive design.
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  75. I think you have a bright future. You are providing understandable explanations to the things lots of people wonder about, especially the ways to properly operate hybrids, EVs, and all the others. Welcome from Flagstaff, Arizona! I am thoroughly enjoying our 2014 Prius package 5, bought used after our 2010 Prius (package 2) apparently became magnetized. In a six month period, after decades with no collisions, it was sideswiped by a pickup truck trying to avoid another car that pulled in front of it; hit in the other side by a kamikaze deer as my wife drove down a dark road; and finally damaged beyond economical repair - although it could still be driven and all the doors worked - when a young driver (who was aware she had uncontrolled seizures) had a seizure in a parking lot and smashed the right side of the car as it was parked, spinning it nearly 90 degrees before a witness was able to turn off the ignition. I gave my 2002 Prius to my son when I retired two years ago. He has never had a car as reliable as that 18 year old first gen Prius. Aside from that, you have never made a secret of your faith. I am less vocal, but (having had my life saved by a miracle when I was an atheist and remaining an atheist for three years after that) I regard God as an expert at resource management. My wife had parked the car in the handicapped spot - she has handicapped plates - a few minutes before. The SUV that was stopped by her car would have rocketed into the supermarket entrance otherwise. Girl Scouts were selling cookies there, and people were coming and going. Without her car it would have been the worst accident in Flagstaff history, destroying the families of a dozen or more people in a horrible second or two, including the life and family of the driver who just didn't understand how serious her mistake was. Instead of tragedy it didn't even make the local paper. Our car was insured, as was hers, and the damage totaled less than $20,000. Any of us involved would gladly have paid $20,000 to have prevented that horror, but instead we got an $8000 head start toward our much nicer car. The driver of the SUV learned a fairly expensive lesson, but did not suffer the horror of unprotected life. Many will see pure chance in this but I have been around long enough to be impressed by how often amazingly good things happen "by chance."
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  107. When I was 14 years old I helped a friend repair a tube-type console radio. When I got there he had the chassis and the speaker on the counter. It was a field coil speaker (in those days permanent magnets were not good enough to use for speakers so they used electromagnets) and I knew the coil was used as a filter in the high voltage. What I didn't know was that for reasons unknown to Man one side of the coil was fastened to the speaker frame! The next mystery is why I had one hand resting on the grounded chassis and I slapped my hand down on the magnetic structure, making excellent contact with 300 volts DC. I felt like I had been hit in the back of the head with a 2X4, and everything got pretty dim for a few seconds, but I did not fall down. If it had been AC I would not be here to tell you about it; DC is not as lethal, volt for volt, as AC. Later, when I worked as an avionics tech in general aviation - small planes - I got 275 VDC between my fingers at least a dozen times... a quick yelp and a couple seconds of muttering curses. My brother and I also managed (long technical story) to get our bodies in series with each other across the 800 VDC plate supply in an amateur radio transmitter. Quite a jolt, and we were left with sterile pits in our fingers. That said, it is still hazardous. Will contact with battery voltage in one of these hybrid systems kill you? Think of it as being like falling off a roof. The odds are probably in your favor, but you really don't want to find out.
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  214. As an 18 year Prius owner (we have bought and wanted nothing else in that time) I thought this was the most useful information I have seen so far. There are others that go into more detail for individual things but this tells us how to avoid mistreating them. BTW, in all this time I have had to do one repair to our Priuses besides 12V batteries, tires, wiper blades, and windshields: the inverter pump died in our 2002 a couple of years ago, just short of 200K miles. It is a common problem in gen 1 and gen 2 Prius. It cost me $150 and a couple hours of my very slow labor, mostly wrestling with rusted hardware. I do my own routine maintenance. One thing I would add to this video's list: do not blow off the spark plug replacement at the 100K mile intervals. The system will run okay enough, but fuel economy will drop and the transaxle will make knocking sounds (intermittent at first) that sound like rod knock. Just follow the schedule and life will be good. EDIT - I forgot: ALWAYS use the recommended oil, and always synthetic. (0W-20 oil only comes in synthetic.) Especially in 2010 - 2014 engines, the wrong oil can block the piston oil drain holes with coke. I also recommend top tier gasoline brands (see https://www.toptiergas.com/licensed-brands/). The Atkinson engine burps soot into the intake; top tier gasolines reduce but do not eliminate that. Throttle body cleaning is not a bad idea, but actually trying to do it makes me wonder if it is worth the trouble. DO NOT spray throttle body cleaner in the intake, the engine hates that and is quite noisy about it.
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  254.  @Blakecryderman7244  We had a 1985 Volvo 765T. It was a terrible car, needing repair work at least once a month. The Volvo version of PCV pumped oil mist into the rubber intake ducts, dissolving them after about 150K miles. The set was about $600. The same thing gooped up the throttle body and IAC valve, requiring cleaning every few months to prevent stalling. Those were just the standard recurring headaches. The outrage was in model years between 1984 and 1987, when Volvo decided to use French wiring with biodegradable insulation. The problem was that the wiring did not wait to biodegrade; every bit of 22 gauge wire insulation that was exposed to the elements shucked off long before its time. More? Ours had the standard fuel pickup failure: the inch or so of hose between the pre-pump in the tank tore (it had a bellows), causing intermittent stalling and/or refusal to start when the fuel dropped below 1/4 tank. The fuel hose from the main fuel pump to the engine developed a pinhole, draining the last 1/4 of a tank in less than 20 miles and destroying the pump. More standard problems: TDC sensor became intermittent, as did the fuel pump relay. The engine developed piston slap around the 200K mile mark. The 3/8 inch breather hose from the crankcase to the turbo inlet plugged up on the freeway, producing a large cloud of smoke and blowing 3 quarts of oil into the intake before we could get off the freeway. The wax pellet in the inlet air temperature control box failed, feeding hot air into the engine. Those are just the common failures seen in that Volvo. I don't think much of that list.
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