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Frank B

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Everything posted by Frank B

  1. did you buy one of these? When i bought one for my 92 Loyale, I kept getting a one row copper/brass one instead of a two row. Turns out that the two row was replaced by the one row copper brass unit. The one row aluminum replacement with plastic tanks is still available, and that's what I ended up buying. http://www.ultimatesubaru.org/forum/showthread.php?t=90764&highlight=radiator
  2. old post with part numbers, pics are dead. http://www.ultimatesubaru.org/forum/showthread.php?t=40400 these ford pumps are like 90 psi, the spfi is around 45-50 isn't it? You may want to install a fuel pressure regulator that can handle that pressure to bring it down a bit. i ran this on a turbo which calls for 70 or so psi and it was fine.
  3. That's an old trick to remove the rust in motorcycle tanks. Fill half with coke, throw in some bb's or little nuts and shake it up.
  4. Replacing the fuel filter is a good move anyway. When it doesn't start, do you hear the fuel pump coming on when you turn the key?
  5. Another tip on cutting anything with threads is to put a nut on it, cut, then turn the nut off over the end you cut. The nut will straighten out the threads you messed up while cutting. Also makes it easier to see what you need to file to clean it up.
  6. Your welcome. I learned everything I now know about Subarus right here on this forum, your in the right place.
  7. You probably wont hear any clicking from the DOJ, just the CV. A bad DOJ will cause vibration though. You could take a piece of scrap steel and make an additional heat shield to help out. Just make sure there is a spase between the existing one and the shield for air to flow between them.
  8. Your lifter noise(TOD tick of death) is either lack of proper maintence and the lifters are gunked up, or bad oil pump seals allowing the oil pump to suck in a little air and the air in the lifters is preventing them from being pumped up. I don't know what kind of stuff you have over there, but here I've used SeaFoam, Rislone, and Marvels Mystery Oil all with good results. Some have poured in a quart or two of auto tranny fluid, let idle ten minutes or so, drain and change oil. Some have used Kerosene that way too to clean out the lifters. With the sea foam, I've had the car get quiet after ten minutes idling. Only wheels with the same pattern are Peugeot wheels. Also, toyota, nissan, isuzu 6 lugs can be adapted, or the hubs adapted for those wheels. those should be easier to come by over there. Do a search for 6 lug swap. Ej swaps are common anymore, you need to make an adapter for the engine/tranny to bolt together.
  9. Actually, you need to use Arm and Hammer Washing Soda. 1/2 cup of washing soda for 5 gallons of water. Neg on the piece, Pos on your electode.
  10. I think all the EA82 shafts are the same. Just make sure you can move the joints around freely without any binding. You may be able to get some new grease in them with an injector needle attachment for your grease gun, just be very careful to get it under the rubber seal without ripping it. Most parts stores or farm type hardware stores should have one.
  11. If you check all the things mentioned above, and it still does not work, open up the motor and check the brushes. You may be able to find some at the parts store that will fit with a little filing(they are very soft). I used brushes out of a vacuum cleaner motor once . Best way to eliminate all the other stuff is check for voltage at the motor plug.
  12. If it sat for six years, you may get rexults from cleaning out that carb. Try seafoam or other strong cleaner in the gas. Also, while the egine is idling, put your hand over the carb intake to choke it, but pull off before the engine stalls. Sometimes that will pull the crap out of the jets, yes it works sometimes. Or just take the thing off and clean it correctly...
  13. It sounds like this was the problem to begin with. A lot of us have chased a head gasket/head issue by replacing everything in the cooling system first! The only way to know is to take off the heads. As mentioned, do both. Get a manual, search this forum, learn as much as you can about it before you do it. I know your a mechanic, but have you worked on a Subaru OHC flat four? Around here, Felpro PT gaskets are said to be the best. You can check the heads by laying a straight edge acrossed the gasket surface at various angles. Use a feeler gauge to measure any gap between the head and straight edge. The manual may give an allowable limit to the warpage?? You will also need intake gaskets(OEM), exhaust gaskets(OEM?), valve cover gaskets, good time for timing belts, oil pump reseal or whole pump, cam seals, cam case o rings, front crank seal, etc etc. Basically your going to reseal the engine except the rear main. Unless you pull the engine.... Doesn't machining OHC heads mess up the timing??
  14. I'd bet that more than half of the people on this board paid $400 or less for thier Subaru, I did! http://www.ultimatesubaru.org/forum/showthread.php?t=50768 Timing belt procedure shows the oil pump, see how it's driven by the timing belt?
  15. It is easy, and you won't have a problem at all doing it. There are similar threads listed on the bottom of this page, and plenty of posts about oil pumps here to read.
  16. Oh, keep looking around here and you'll be able to put together a step by step procedure. Did you replace the belts yourself? If so, it's basically the same job, but after you take the belts off, you take off the oil pump. If it were a new pump I'd say be sure to fill the pump with assembly lube, or Vaseline to lubricate it and to help it prime when you crank it up. Not sure if you really need to do that when you re-use the old pump. The TOD has many causes. The most common are a leaking mickey mouse O-ring. Usually it won't leak oil, but it will harden and flaten with age and air will be sucked in from the oil pump. Those little bubbles get trapped in the lifters and will not allow the lifters to pump up. Other causes are lack of changing the oil regularly, and the use of cheap oil. After you get the leak fixed, try changing the oil, using a good filter and brand name oil with a quart of Rislone to clean out the lifters.
  17. Subaru isn't the only company that makes/sells them, but get them from Subaru. Do you have a repair manual? All the info you need is in there. Do a quick search and you'll see that because of the amount of other parts that need to come off, it's a good time to replace the timing belts and tensioners, and water pump. Are you sure it's the oil pump gaskets? could be the front crank seal too.
  18. Or use brass nuts, if you can find them. If not, then use stainless steel nuts. I used Walker gaskets on my Loyale, and they're still holding up. No listing in the parts books, so I just took in my old one and they matched it up.
  19. When you rebuilt it you could have reversed the wires inside to cause the motor to turn backwards. I know it's possible, I did it twice!
  20. You need these in your tool box, Still a pain, but it works. Sometimes , if there's room, you can take a phillips bit for a drill, in a small socket, on a 1/4" drive rachet too.
  21. General Filter Facts - Oil Filters Since 1954 when we patented the first spin-on oil filter, WIX Filters has been at the forefront of oil filter technology and performance for passenger cars, light trucks, heavy trucks and buses, and off-highway vehicles. SAE J806 tests prove that WIX oil filters hold 45% more dirt than the leading national brand - meaning we keep filtering long after the competition has completely quit. Use our Filter Look-up feature or consult you nearest WIX distributor using our Where To Buy to find the best WIX oil filter for your needs.What the Oil Filter Does...You may take your oil filter for granted, but this small, inexpensive part of your vehicle's lubrication system plays a vital role in protecting the engine from premature wear. Each moving part in the engine and the cylinder walls requires clean oil for proper lubrication and lasting life. The oil filter cleans the oil as it passes through the filter element or filtering media. This prevents abrasive contaminants in the engine lubrication system from damaging engine parts. The better you understand your engine's lubrication system, the more you'll appreciate the vital role your oil filter plays. When the engine is running, oil enters the oil pump through a screened intake. The screened intake -- or oil pick-up -- is located in the crankcase near the bottom surface of the oil pan. The oil is drawn through the screen intake and forced by the oil pump through the oil filter. Oil from the main gallery is also fed through vertical passages to the crankshaft main bearings and through the crankshaft to the rod bearings. Oil thrown from the crankshaft, or sprayed from the connecting rods, lubricates the pistons and cylinder walls. In a typical full-flow type oil filter, the oil flows into an inlet passage and then through the filtering element. After flowing through the filter element, the filtered or "clean" oil passes directly to the main oil gallery. In a partial-flow type filter, the oil returns directly to the oil pan. Oil from the main gallery lubricates the camshaft and the camshaft bearings (and feeds hydraulic valve lifters if used in the engine). On non-overhead cam engines, oil is metered through the valve lifter to a hollow push rod that carries oil for the lubrication of the push rod pivot point, rocker arm pivots and valve guide. Oil Filter MediaThe media is the filtering material in the oil filter element. It essentially determines the efficiency, performance and useful life of the oil filter. There are two basic types of filter media: the "paper" media and the "depth" type media. The primary features of the filter elements are: Particle size retention (filtration efficiency) Particle size retention is the measure of the degree to which the filter can retain particles of various sizes. Wix has developed optimum particle size retention quality in filter media by extensive engine wear tests including exhaustive testing of filters used in racing, and sophisticated laboratory tests. Wix media in the automotive full-flow oil filter is able to trap and hold essentially all the contaminant particles larger than 25 microns. (A human hair measures approximately 70 microns in diameter. An object that is 1 micron in size is .000039 inches in diameter.) Our filters also capture a high percentage of even smaller particles. Dirt-holding capacity Dirt-holding capacity is the amount of contaminant that can be removed and held by the filter until the filter ceases to function. The capacity of Wix filters is significantly larger than the minimum requirements to efficiently filter all the oil during the oil and filter change periods as specified by vehicle manufacturers. Resistance to oil flow WIX full-flow oil filters for automotive applications use arch-pleated, prescription-blended media. When new, the media with a maximized number of pleats has less than 2 psi pressure drop when filtering oil at a rate of 4 g.p.m. at normal operating temperature. This low initial restriction to oil flow protects the vital engine parts more effectively. Parts of an Oil FilterGasket - provides exterior seal between the filter and engine at the engine mounting surface. Mounting Plate - prevents deflection (movement) at the gasket sealing surface. Heavy gage steel plate provides for threaded attachment to the engine. Inner Element Support - provides inner element stabilization and a positive seal between the inner element and the mounting plate to prevent the bypass of unfiltered oil. Upper End Cap - retains element end sealant and filter media, provides an outlet for clean oil, and provides structural rigidity to the pleated media. Lower End Cap - retains element end sealant and filter media. Arch-pleated, Prescription-blended Filter Media - provides a more than adequate filter area. The element has a controlled porosity blended media to assure complete filtration of the oil. Spiral-wound Center Tube - provides internal element support. The spiral design greatly reduces initial flow restriction when compared to other designs. Coiled Spring - ensures a constant load on the inner element to maintain the seal between the upper element end cap, the inner element support, and the mounting plate even during pressure surge situations. Filter Canister - encloses the assembly with a mechanically-locked double seam. The canister provides "flutes" at the closed end for ease of removal with an oil filter wrench.Silicone Anti-Drainback Valve - Stays flexible in extreme temperatures, improves oil flow and keeps oil in filter to prevent engine destroying dry starts. Also provides lasting protection to meet new vehicle manufacturers longer recommended oil change schedules. Nitrile valves can harden and become ineffective over time. Some WIX full-flow filters include anti-drainback and/or filter by-pass valves. These types of filters are identical to full-flow filters, except that a by-pass valve replaces the inner element support and an anti-drainback valve has been added. The Anti-Drainback Valve prevents oil from draining out of the filter inlet holes when the engine is shut off. It also provides seal between clean and dirty oil at the upper end cap. This is necessary in applications where the oil filter is mounted in a horizontal or inverted position. The Filter By-Pass Valve If a WIX full-flow filter becomes "clogged", or excessively restrictive to oil flow, the filter by-pass valve ensures continued engine lubrication by allowing the oil to by-pass the filter. Some vehicle manufacturers have the by-pass valve built into the oil filter mounting unit (located on the engine). Other vehicle manufacturers require full-flow filters have the by-pass valve built into the filter itself. All Wix oil filter types recommended for these particular applications include the by-pass valve assembly in the filter. By-pass Valve Assembly -- spring loaded valve assembly that allows oil to by-pass the element under high-differential pressure conditions such as cold oil and/or excessively contaminated media. This allows lubrication of the engine, but without full-flow filtration.
  22. Having the vacuum advance hooked to the manifold is wrong, it should be hooked to the carb to a ported vacuum source. Get a manual to see where, I can't remember.
  23. Is there any noise associated with it? A hatchback I had did this when it was cold, then it would jump around. But there was a screetching from the distributor. The shaft and bushings were worn enough that the shaft would chatter while spinning.
  24. just watched the video, I know, I should have done that before posting ^^ Anyway, That spark is strong to jump that far. Have you pulled the plug and checked spark there? Swapping the plug and wire kinda took care of that I guess. Pulling the other wires makes a noticeable difference right? Is the plug wire worn and grounding somewhere?
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