Torque Converter
Originally posted by Mr_Superman
So how exactly does a lock up work? Is it if you acceerate lightly you wont have the stall but if you accelerate hard you gotta get to the stall?
So how exactly does a lock up work? Is it if you acceerate lightly you wont have the stall but if you accelerate hard you gotta get to the stall?
Good Luck & trust me...
Any more questions feel free to ask..
I am just in the process of learning about torque converters, so I make no claims to being an expert. But one thing stands out here as a seeming misconception. My understadning is that "stall speed" is relative to torque. Talking about a "2800 stall" converter is not very meaningful unless you specify what motor it's behind. For example, a converter that stalls at 2,800 behind a stock small block will run up much higher behind a big block torque monster or if you just put nitrous on the small block.
Rich Krause
Rich Krause
Originally posted by rskrause
I am just in the process of learning about torque converters, so I make no claims to being an expert. But one thing stands out here as a seeming misconception. My understadning is that "stall speed" is relative to torque. Talking about a "2800 stall" converter is not very meaningful unless you specify what motor it's behind. For example, a converter that stalls at 2,800 behind a stock small block will run up much higher behind a big block torque monster or if you just put nitrous on the small block.
Rich Krause
I am just in the process of learning about torque converters, so I make no claims to being an expert. But one thing stands out here as a seeming misconception. My understadning is that "stall speed" is relative to torque. Talking about a "2800 stall" converter is not very meaningful unless you specify what motor it's behind. For example, a converter that stalls at 2,800 behind a stock small block will run up much higher behind a big block torque monster or if you just put nitrous on the small block.
Rich Krause
Good Follow Up...
Originally posted by Smokn '94 Z
Yes.. Those are some of the other variables I mentioned I am still learning about.
Good Follow Up...
Yes.. Those are some of the other variables I mentioned I am still learning about.
Good Follow Up...
I had a long talk with the folks at Coan (makers of high end race converters) yesterday and they were trying to tell me that I wouldn't find a 4,800 (actual) stall too objectionable
. At this point I think I am getting a 3,200, so I am quire curious about yours.Thanks!
Rich Krause
I would say yes it does stall at the rated 3200 rpm. A lot of people at the track say a vigilante 3200 stalls at 3600 rpm but I don't remember ever seeing it that high. But then again it is a bit hard to tell..... All I know is it hits hard at the track. I have absolutly no issues with its cruising characteristics & in a month or so will be going with a 3600 stall to compliment some heads I have lying around waiting to be installed. Like you I am still learning & from what I have seen with other peoples cars as an example the 3200 stall seems to have a different affect on different cars & power & power bands of those cars, which I believe is still keeping me wondering or not completely understanding the variables that give a true stall speed...
You know what I mean...???
You know what I mean...???
Originally posted by rskrause
My understadning is that "stall speed" is relative to torque. Talking about a "2800 stall" converter is not very meaningful unless you specify what motor it's behind. For example, a converter that stalls at 2,800 behind a stock small block will run up much higher behind a big block torque monster or if you just put nitrous on the small block.
Rich Krause
My understadning is that "stall speed" is relative to torque. Talking about a "2800 stall" converter is not very meaningful unless you specify what motor it's behind. For example, a converter that stalls at 2,800 behind a stock small block will run up much higher behind a big block torque monster or if you just put nitrous on the small block.
Rich Krause
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