remote clutch bleeder install questions.


I know this isn't what you asked but what you wish to attempt will be difficult, if not impossible.
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Ranger
AAAARRRRGGGG! RANGER, I've been using your method since I first heard of it and so far I've only had minor clutch problems on the track car. But I always figured a remote bleeder along with your method would be the way to go when the time came for a new clutch. Don't you think there is a least a small benefit of bleeding/exchanging the slave fluid along with the reservoir fluid? Especially for cars that are tracked heavily. If not, I'll save my money.
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How the Clutch Hydraulics Work
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It’s always a good idea to go to the source document for a definitive description of the operation of the clutch hydraulics. In this case the Corvette Service Manual, Volume 3, page 7-360, and I quote:
The clutch hydraulic system consists of a master cylinder and an actuator cylinder.
When pressure is applied to the clutch pedal (pedal depressed), the pushrod contacts the plunger and pushes it down the bore of the master cylinder.
In the first 0.8 mm (0.031 in) of movement, the recuperation seal closes the port to the fluid reservoir tank, and as the plunger continues to move down the bore of the cylinder, the fluid is forced through the outlet line to the actuator cylinder mounted to the driveline support assembly.
As fluid is pushed down the pipe from the master cylinder, this in turn forces the piston in the actuator cylinder outward.
As the actuator cylinder moves forward, it forces the release bearing to disengage the clutch pressure plate from the clutch disc.
On the return stroke (pedal released), the plunger moves back as a result of the return pressure of the clutch.
Fluid returns to the master cylinder and the final movement of the plunger opens the port to the fluid reservoir, allowing an unrestricted flow between system and reservoir….
Close Quote. There you have if from the source.
There is free flow of fluid between the reservoir, master cylinder and clutch actuator (so-called slave). The flow distributes the bad component (clutch dust) throughout the system. Every time you swap the fluid in the reservoir, you replace 33-40 precent of the corrupt fluid. Do that ten times with pedal pumps and driving in between and you'll clean even the nastiest fluid. Once the fluid is clean, repeat one-three swaps each time clutch dust is infused (color change).
In addition, you want the agitation to bring accumulated crud into suspension and distribute it throughout the fluid. That doesn't happen with a simple bleed.
Ranger
AAAARRRRGGGG! RANGER, I've been using your method since I first heard of it and so far I've only had minor clutch problems on the track car. But I always figured a remote bleeder along with your method would be the way to go when the time came for a new clutch. Don't you think there is a least a small benefit of bleeding/exchanging the slave fluid along with the reservoir fluid? Especially for cars that are tracked heavily. If not, I'll save my money.
:I was starting each day with pristine clutch fluid. The between-session refreshes via the reservoir kept the pedal normal and obviated the need to bleed. I'm not against a bleeders; have put them on my cars for the next owner. I just don't use them. I use the reservoir method instead.
Ranger
I was starting each day with pristine clutch fluid. The between-session refreshes via the reservoir kept the pedal normal and obviated the need to bleed. I'm not against a bleeders; have put them on my cars for the next owner. I just don't use them. I use the reservoir method instead.
Ranger
You know the fluid is clean when it remains clear (not cloudy) when you check it immediately after a drive.
Ranger















