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240 DIY: Replace your B230 engine accessory bushings, get rid of that talkative squirrel!

/Aerostar\

New member
Joined
Aug 30, 2012
Location
Boulder, CO
Hey everyone, so this job can be a bit of a chore, but if you take your time, think and limit your mistakes, it's pretty simple. It took me around 8 hours, but I could probably do it in 2-3 next time. The parts you will need and the process to replace your accessory bushings are as follows:

Necessary parts:
Ten new poly accessory bushings, around $30 from www.ipdusa.com
Two tubes of marine grease for poly, $8-10 from www.ipdusa.com

Parts that are a good idea to replace while at it:
New accessory belts (my 1985 needed four), Continental
Air filter
Maybe some o-rings on your A/C compressor if needed...
If your alternator is toast, now is the time to do at least those 3 bushings

Tools:
3/8" drive socket wrench
10, 12, 13, and 14 mm sockets
3" and 6" extensions
Wobble joint (just for the back A/C tensioner nut...you may be able to get it w/o a wobbler)
Large pair of plyers and a 6" C-Clamp, a vice would be nice, and a torch if you're a horse!

UPDATED PHOTOS!!
https://goo.gl/photos/43otYLPwfh28DsPK8


Process:
1.) Disconnect your negative battery terminal (10 mm). Jack up the front of the car, supporting the sweet sweet Volvo with jackstands, high enough to allow you to work under the car. You'll have to remove the under engine tray by removing the four or five 10 mm bolts securing it.

2.) From the top of the engine bay, and starting with the power steering and A/C mount (yes, one big mount), go ahead and loosen the 12 mm nut on the side of the PS pump belt tensioner. Then begin loosening the 10 mm tensioner bolt to allow slack in the drive belt. Remove belt.

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3.) Now loosen the through bolt (13 mm), which runs through two bushings and secures the PS pump, to allow the PS pump to move. Leave the lines intact.

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4.) You should now be able to reach two of the four 14 mm bolts which hold the PS and A/C mount to the block. There are two grounds running to the top bolt (blue and black/red wires). Remember to bolt these down also when reassembling.

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5.) Now with the PS freely movable, if you remove the front of the airbox and the filter, you can easily undo the two 12 mm nuts which are securing the A/C compressor to it's tensioner. I reached the further back one with two extensions and a wobble joint. Once you've done that, loosen the 10 mm A/C compressor tensioner bolt, and remove the two belts running to the compressor.

DSC_2185.JPG


6.) Get down under your beautiful 2.3 liters of Europe and loosen the two bolts securing the A/C compressor to the mount through bushings. You will need two 13 mm open end wrenches, although a 14 mm wrench may work to hold the bolt, while you use your 13 mm wrench to loosen the nut. Again, there are two bolts and two nuts (all 13 mm) securing the bottom of the compressor. Leave the lines intact (unless you are 100% sure the A/C system is empty, then you could replace some o-rings while the compressor is loosey goosey).

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7.) You've set the compressor free, and are now able to remove the remaining two 14 mm bolts which secure the large mount to the block. These are both easily removed with socket wrench and normal 14 mm socket. Thankfully they should not be torqued too tightly. You can now remove the mount.
DSC_2201.JPG


8.) Moving to the alternator, there is one long 13 mm bolt and nut, running through two bushings, which secures the bottom of the alternator. There is also the tensioner, which is bolted to the engine block, through a bushing, with a 13 mm bolt. More than likely, this bushing will be especially thrashed. The distributor mount is secured with three 12 mm bolts.

9.) The best plan of attack is probably to remove the long bolt and nut, as well as the two bottom 12 mm mounting bolts from underneath the car. Then get up, stretch, and remover the alternator tensioner (13 mm), last mount bolt (12 mm), and then the mount. You will have to support the alternator as you do this, and be careful of the connector and ground. You can rest the alternator on the sway bar, and leave the connectors in (keep in mind though, that grounding wire is fragile).

10.) Hurray, you've got all your mounts out (big, small, and alt. tensioner). Using hand tools, you should little difficulty removing the old bushings. I used a big pair of pliers to remove the majority of them, and a 6" c-clamp to do one or two. A vice grip would help very much. Once you have them all out, you can degrease the mounts if you'd like. Make sure all parts are dry before continuing.

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11.) Now, before you dive into greasing and installing one by one, I'd recommend setting up an assembly line, where you squeeze some lube (this stuff is intense) on each bushing, then spread it around, and then install. The idea is limit the amount of hand-wiping, cause this marine grease is hardy. The bushing for the alternator tensioner may be very stubborn to install, if thats the case, you can use a rotary tool or even sandpaper to shave off evenly around one of the bushings. This, and some force, and maybe a 1' extension and hammer will get that bushing in place!

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A FEW CAUTIONARY NOTES:
Be aware of how to install the bushings. When installed, the "cap" is larger on one side, and will allow the mounting bolts to snugly fit on the PS pump and alternator (the A/C compressor mounting is not so touchy). In some of the pictures I've posted, I have the bushings incorrectly installed, let me tell the right ways:
- In the below photo, showing the alternator tensioner with a new bushing, I HAVE IT INSTALLED ON THE WRONG END. Like this, the tensioner will not bolt up to the alternator correctly. Install your bushing on the opposite end of the "tube"

DSC_2239.JPG


- In the following photo, showing the alternator mount with newly installed bushings, I HAVE THESE INSTALLED INCORRECTLY ALSO. They must both be flipped, so that the "caps" of the bushings are facing each other. This will take up more space between them, and allow the alternator to fit snugly betwix them.

DSC_2236.JPG


-Lastly, in the following photo, the bottom-right-most bushing must be flipped to allow the PS pump to be tightly secured.

DSC_2235.JPG


12.) Installation is the reverse of removal ;-) Don't over-torque! Good luck :-D
 
Last edited:
the yellow poly ones i had didn't hold up, went to aluminum from yoshifab

but yeah, maybe i over torqued, your results may vary
 
*WELL PLAYED*.....
*AND* TNX for the TITLE that refers to the project...it will help a LOT of the
"visual only" guys / gals than need the PIX rather than the werds!
 
OP, thanks very much! Doing this myself this weekend, for the second time. Did rubber time 1, what a waste of time. I hate duplicated repairs! I also did not think to get some marine grease, would work better than brake fluid.

Also, it appears (logically) that the head of the bushing always sticks to the outside; seems like there were a couple that did better from the inside, I will have to double check. '

Lastly, I can't tell for sure that the pinion mount for the power steering pump has the head on the outside as mentioned; true?
 
OP, thanks very much! Also, it appears (logically) that the head of the bushing always sticks to the outside; seems like there were a couple that did better from the inside, I will have to double check. '

Lastly, I can't tell for sure that the pinion mount for the power steering pump has the head on the outside as mentioned; true?

No problem, and you're right, the head of the bushings will tend to face the outside, on all but three of them. The three that should be facing inwards are the two for the alternator mount, and one of the PS bushings on the large mount. I've noted this above, showing the mistakes I made haha, but I do want to emphasize this so that no one just throws all the bushings in (like I did), and then has to deal with flipping them around with the mounts already bolted down (or you could remove the mounts again).

Thats another point I should make, many of the bushings are replaceable without removing the entire mount...so maybe if you've already replaced them, and one or two are in bad shape, it could be a much easier job to just do those two without having to remove all the components.
 
OP, thanks very much! Doing this myself this weekend, for the second time. Did rubber time 1, what a waste of time. I hate duplicated repairs! I also did not think to get some marine grease, would work better than brake fluid.

Also, it appears (logically) that the head of the bushing always sticks to the outside; seems like there were a couple that did better from the inside, I will have to double check. '

Lastly, I can't tell for sure that the pinion mount for the power steering pump has the head on the outside as mentioned; true?

I think brake fluid would eat rubber?
 
If the old ones are difficult to get out by hand, my dad uses a good trick to get them out of certain brackets in a bench vise. Lots of people probably already know this one, but those those who don't:

Get a large socket that is big enough to fit over the larger end of the bushing, but not so big that it doesn't sit against the metal part of the bracket surrounding the bushing. You want it to fit loosely around the cap end of the bushing as a catcher.
Take another socket (deep well is useful) that is smaller than the small end of the bushing, but large enough to fit over the hole in the middle.
Open up your bench vise and place the business end of the large socket over the cap end of the bushing, so that it presses up against the bracket. Center the end of the smaller socket over the other end of the bushing. Bushing and bracket should now be sandwiched between the sockets. Tighten your bench vise nicely around the setup.
Slowly apply enough pressure with the vise to have the small socket push the bushing out of the bracket, and into the open end of the large socket.
Voila! Bushing removal without sending anything flying or getting your fingers all banged up.

This may not work as well for certain brackets (like yours up there with the two opposing bushings), but it works quite well on the flat brackets that I believe are on the earlier cars.
 
<a href="http://s253.photobucket.com/albums/hh77/nel6211/?action=view&current=nuts_zpsdfcc7c7e.jpg" target="_blank"><img src="http://i253.photobucket.com/albums/hh77/nel6211/nuts_zpsdfcc7c7e.jpg" border="0" alt="Photobucket"></a>
 
Just did this job today - Channellocks were the MVP for sure.

There is still a slight squeak - but the belts are perfectly parallel :) Is there an exact method for perfect belt tension (aside from the Japanese style "tension gauge")?
 
Just did this job today - Channellocks were the MVP for sure.

There is still a slight squeak - but the belts are perfectly parallel :) Is there an exact method for perfect belt tension (aside from the Japanese style "tension gauge")?

I've found that a LOT of "come and go squeal" can be attributed to the
"drive faces of the PULLEYS" (look in and see if yours are *SHINY* (and
the "vee faces" of the belts too...are they *SHINY / GLAZED* looking??)

much success in the "olde car work" has come from taking 80 / 120 grit
roughing paper and knocking the "shine" off the pulleys where the belts run...
I *have* tried all the "goos and sprays and dab it on BELT DRESSINGS" to
no avail...getting the "grip" back in the pulleys seems to last the longest

a note of caution...the A/C CLUTCH does NOT like "gunk" in the operating
faces..try to keep that schmutz from dropping into the clutch when you clean
(and BTW...make sure you A/C CLUTCH is up to scratch)....lots of folks get
rid of the A/C because it's noisy - unless the compressor is locked up you
*should* have leeway to clean the belts and pulleys for quieter operation...

as always .. YMMV....:-D
one of THESE lives in the tool crib @ the gearhead ranch:
belt%20tension%20gauge.jpg
 
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