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Comments
Karl
Glad to hear that this did the trick. Think I suggested to you that probably the rear took some abuse that the fronts did not see.
Just curious - did you go OEM or aftermarket? What did they run?
Steve
Cheers,
Caleb
Anyway, I went OEM; I have had some good experiences with aftermarket (Koni, Bilstein) and some not-so-good (KYB for my 1990 SHO - wrong calibration for the car). When I test-drove Subies over the last couple of years, I was consistently impressed with the ride/handling compromise, so I figured aftermarket would be darned lucky if they could match that. OEM was a safer bet.
They were $70 each from an outfit up in New England.
Stanton
Good deal, and a wise choice. A relatively inexpensive fix to something that has been bothering you for a while. Any tips or problems with the installation?
Steve
In contrast, the top nuts are accessible inside the rear floor when you lift up the carpeted rear "floor". Really easy.
They are technically coil-over spring/shocks, but they install very much like McPherson struts.
Stanton
Here's the story:
I let my car sit for about a week without driving it and the battery died. I figured it was no big deal since it's the original battery to the car (99 Subaru Legacy GT) and it just needed replacing.
I jumped it, then a couple days later noticed the battery/voltage light on. So I replaced the battery and drove about a mile when a bunch of dash lights started flashing and the wipers came on and were wiping about 3x faster than the speed of what high normally is. I thought they were gonna fly off the dang car.
I pulled over right away and it wouldn't start. The only thing that now works is the power locks and the sound that lets you know you've left the keys in the ignition. Everything else isn't responding.
Any ideas what could have happened here?
Don't hear about that happen very often with a solid state regulator.
You didn't happen to notice if things got brighter or w/w faster as you gave it more gas?
I'd check all of the fuses and fusible links first, then recheck the battery connections and the battery voltage with a meter if you have one.
Then I think I'd get the alternator output checked.......
HTH
Larry
I had it towed to a garage, I wanted some opinions before they got back to me so I would kind of know what to expect. I'm hoping this won't cost a fortune...
Thanks for taking the time to give me advice. I'll let you know what turns up.
Should be trivial for a shop to diagnose.
Good luck
Larry
thanks
senturi
Premium - it won't hurt your engine but it might hurt your wallet! $3.159 in Rockville, MD for premium, ouch!
-juice
I had a 96 OB 2.5L wagon that recommended premium but I used 10% ethanol (89 octane) with absolutely no problems.
My 99 OB 2.5L sedan recommended regular and I used the ethanol mix with no problems.
My current 03 H-6 3.0L VDC wagon recommends premium, but again, I have had no problems with the ethanol 89 octane.
Strangely, though, when I reset the engine computer on the VDC and filled the car up with premium (92 Octane) it got 19 city and 26 highway as opposed to 17 city and 24 highway before the reset and using 89 octane ethanol blend.
In Nebraska, the 89 octane 10% ethanol mix costs substantially less than regular, so I tend to use that more often and it's never given me a problem with engine response or repairs.
If premium is recommended then it is no wonder that engine is designed to benefit from higher octane.
Is 89 octane 10% ethanol 10% cheaper than good stuff?
Krzys
This is on a 1999 subaru Legacy L wagon (just discovered that it is a California car) which explains the 4 wire o2 sensor on front and back, as opposed to 3 wire front and 4 wire back on non california models.
When looking up sensors on "oxygensensors.com" (great site)!, they don't list a 4 wire universal for the front sensor (upstream from cat) for this car (year). I purchased one anyway (a 4 wire universal), and installed it. I wonder if this is the problem? the original sensor is a denso "planer" design, and the one I purchased, is a walker "thimble" design. It appears to be a hard fail in the OBDII, since when I disconnect the battery for a while, and then start the car, the "check engine light" comes on about 5 seconds after start, but instantly for each subsequent start thereafter.
Does anybody know if this year and model subaru is critical to what o2 sensor is used? Is there something unique about the heater circuit in the oem sensor? I did break down and buy an oem sensor (Denso) for $114.00, hoping that when it comes, it will take care of my problem. Feed back from a subaru tech or someone in the know would be great! Seems to me that there is a reason that universal sensors are not listed for this car! Doug :confuse:
Of course, these change almost hourly now. :surprise:
In the past, my old stands had a large enough flat top that I put a chuck of oak that I sawed a ridge on the top, and had 'wings' on the bottom so that they did not slip off. I am not yet sure what to do with my new ones.
Steve
What a bummer...
If the block is cracked or heads are warped, it could be a good move to replace the engine - probably a $2500 fix for the engine; don't know about how much labor would cost, but I could swap out the engine in 5-6 hours from start to finish, so I would hope an experienced shop could do it in less.
If the car is in good shape other than the engine (110K isn't much for a 10-yr-old car), then I would say that's your cheapest option if you're looking at a 5K cap. I cannot comment on a VW engine swap, though I can imagine that there are some engine management issues that could come up with the computer.
It's up to you, but if you replace it with a 5K car, it is probably going to land you with maintenance issues of its own.
Good luck.....
-Wes-
and on another note if the car recommends premium, you should really stay away from less than that, if you go a lower grade the engine will ping. it is very harmful to the engine. the lower grade burns at a lower temp which is why you get pinging, and that is why you get better mileage with the premium. and also the percentage of ethanol does not change the grade it is just mixed differently.
so i would just be careful with the grade you use, i have a 00 H4 i only use Chev or Chell, no cheep gas in my car, its only a couple cents more but worth it in the long run
steve
Unfortunately, ethanol (ethyl alcohol - grain alcohol) is the prefered oxygenator replacement for MTBE in many states. 10% is the industry standard, and in many parts of the country you simply cannot buy anything less. So for many of us, it is not a matter of choice.
The manufacturers say that the seals in pumps should be OK with ethanol and isopropyl alcohol, but I would avoid methanol (the cheap 'dry gas' additive - wood alcohol). That stuff is more likely to break down rubbber and seal materials.
Steve
if i remember, i have the book from my class, i will try to find that topic and let you know exactly what is says
and i totaly agree with you about cheep gas, we have soo many chevy trucks and suvs come in with rough engines, and half the time its cheep gas is their problem
Steve
They are talking about a mandated 20% ethanol fuel in a few years. I have no idea what that extra 10% would do, other than reduce mileage further.
-juice
Also, how does one tell "good" gas from "cheap" gas. New engine management systems compensate for a lot of knock you could feel in the past. Are there any ratings available?
I always assumed all tanker trucks fill at the same depots and additives are added later by the various petroleum companies. Isn't it basically detergent additives that differentiate the brands? :confuse:
Tim
-juice
Karl
Here's another link, from last month on this very website.
I should do a little research before I post.
http://www.edmunds.com/advice/specialreports/articles/106293/article.html
Tim
and to answer cheep fuel compared to good fuel, cheep fuel like Maverick, if you have that where you are, they will substitute some gas with a bit of water to keep the price down. places like shell and chevron don't, trust me its worth the extra 10-20 cents.
you also have to through out diesel because their fuel is basically mineral oil and fuel mixed.
Steve
Alcohol is also hydroscopic - it has an affinity for water. Juice might be able to comment, but I think I remember the big problem that they had in Brazil when they went 100% ethanol was with metal corrosion. The fuel grabbed and held so much water from condensation in the underground tanks that it corroded pumps, lines, carb ports, etc. It is just one of those things - a little (say up to 10%) does wonders for scavenging and dispersing small amounts of residual water so that it can be injected and burn without notice. But go too high on the alcohol, and it starts pulling in water from new sources and cause trouble.
Steve
And ethanol is actually a organic fuel, i think from corn.
Also, the government doesn't really care as much about the long term or the milage, but that it is organicly grown and its cheeper to make
Steve
Tell someone you find their point curious since it is quite common to replace the "Wasserboxer" in the VW Vanagon with a Subaru engine. The 2.5's are blowing headgaskets but if you replace them before you burn it up they still last a long time - mine just turned 161,000.
I see people asking as much as 8900 for 1997 OBW's and I think they're smoking dope. It took us a month to sell a 97 with 83,000 miles two years ago for $6,300. If I had to sell mine today I'd ask $3,500 and hope I got $3,000.
OTOH my sister-in-law has an OBW with 235,000 miles on it - 90.000 on a rebuild. You're going to have to think about how much you drive, what else needs replacing, and how much you like the car. There are lots of doors, hatches, hoods, engines trans etc ob eBay so your car is worth a lot more than zero.
It is the stuff that makes you drunk. It can come from many sources - grapes, potatos, wheat, fruits and that I read wikipedia from petroleum too. You just need some yeast for fermentation.
Enjoy responsibly.
C2H50H
Krzys
PS Methanol might be enjoyed too but it gets dark wile drinking really soon.
http://en.wikipedia.org/wiki/Ethanol
Is there a way the alternator could have surged to cause this? I can't help feeling that the mechanic isn't finding the correct source of this, as know I didn't cause the polarity to be reversed.
If the alternator lost its regulator, that could cause a much higher than normal voltage condition that could have blown any device that was turned on at the time. Some devices would withstand an over voltage condition better than others, i.e. a blower motor, w/w motor, those tend to be more robust.
Any solid state device - engine computer, dash module, etc could well be toasted if the fuse didn't blow in time.
BTW - it's just possible that the engine management computer is electrically protected against that happening. Only someone at Subaru could tell you that. I doubt that any of the Subaru dealer's mechanics would know. If they wanted to they could contact the factory for you to find out. May be worth pursuing to save some money. We use equipment that's got over voltage and reverse polarity protection frequently. It's not rocket science, nor is it new technology.
Sorry its going so poorly for you, keep us posted.
Larry
Just to clarify on the polarity issue: He's NOT claiming that it was hooked up improperly when he recieved it, but that it must have been at some point prior. Knowing what I did, I don't think that happened. This isn't the first battery I've installed or anything, that isn't rocket science either!!
Someone just recently posted about hooking a battery up backward - I'm not sure if it was this thread, but symptoms were not anything like yours.
-Wes-
No, they are one and the same.... Think basic carbon chain compounds:
methane (CH4) ===> methanol or methyl alcohol (CH30H)
ethane (C2H6) ===> ethanol or ethyl alcohol (C2H50H)
propane (C3H8) ===> propanol or propyl alcohol (C3H7OH) in one of two possible 'isomers', or hydroxyl/carbon locations, hence isopropyl alcohol
bad ascii drawing:
H H
| |
H-C-C-OH
| |
H H
Can't quite get those single bonds to line up, but hopefully you get the idea!
Part of the deal with "reformulated" gasoline is an attempt to control the vapor pressure (evaporation rate) and to provide more than enough internal oxygen to ensure complete combustion. Ethanol, derived by the fermentation of corn (or most any grain or fruit) was first used in the late '70's / early '80's, but replaced with compounds like MTBE. When that was found to be a groundwater pollutant, it was back to alcohol, which we have an abundant supply of in this country. In the NE, I believe it is at 10% in all grades of gas, at all dealers.
Now the economics due to high volumes may have changed, but for a time it took more than a gallon of foreign imported oil (farm equipment, transportation costs, etc.) to produce a gallon of ethanol. So it was neither a 'cheap' fuel additive, or an answer to curbing foreign dependence. I bet Colin could help me out here with the facts today!
Steve
Thanks for all the great thoughts,
Andy