Braking issues 240 with ABS
#21
act1292, I decided to check my car and OTP. Here the thing: In '91 they put an ABS system on these cars that I guess was different from earlier systems. Since his is a '92, it's going to have this newer system. They got rid of the one piston on either side of the front end and one of the rear brakes system. Why? Well, I suspect it is because ABS has to pump each brake separately. But here's a pic of my driver's side front caliper:
Note at the arrow, there is your lone bleeder screw.
Further, I took another picture to show that now only 1 line comes into the brake.
From the greenbooks, Section 5 (59) "Anti-lock breaking system (ABS) 200 1991-", it says:
The point is, if you are looking for three bleeding screws on a 240 after '91 240, you are going to be looking for a long time.
Note at the arrow, there is your lone bleeder screw.
Further, I took another picture to show that now only 1 line comes into the brake.
From the greenbooks, Section 5 (59) "Anti-lock breaking system (ABS) 200 1991-", it says:
The point is, if you are looking for three bleeding screws on a 240 after '91 240, you are going to be looking for a long time.
Last edited by zjinqui1k; 05-06-2016 at 11:05 AM.
#22
#23
Mine's a '91 but it looks like this with only one bleeder at each wheel. I'm assuming you meant to say they got rid of one "bleeder". Also, the instructions for bleeding that you posted addresses the front left wheel twice and doesn't say anything about the rear left. Can you clarify this?
#24
#26
I have always worked from the furthest from the master cylinder up, so:
Right Rear
Left Rear
Right Front
Left Front
#28
#29
#30
My understanding was that you started with the wheel farthest from the master cylinder and worked your way to the closest. So, with 2 circuits to deal with, I imagine you could start with either rear wheel and move to the opposite front wheel and bleed one circuit at a time, or if you want to complicate things, start with any rear wheel, move on to the other rear wheel then move to the opposite corner of the first rear wheel then...
My point being that you start with the farthest and move to the closest on that particular circuit. Does that sound right?
My point being that you start with the farthest and move to the closest on that particular circuit. Does that sound right?
#31
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