Throttle body help!
Throttle body help!
i need to get my hands on a core so im not down for 5-10 days...as long as my car would run im ok....ive check with a local salvage yard and no luck...but what about a '98 + AV6? would that work? just to put on my car while mine is out getting P&P from king...BTW my good friends girl friends dad scheew owns a big salave yard so...im sure they would "LOAN" me this TB
Originally Posted by DrDre1443
us 1st gens can swap out to a 2nd gen, so I would assume you could swap out to a 1st gen.
maybe your idle would be a little rough?
maybe your idle would be a little rough?
From what I hear AV6 TB's are 54mm and a CL/TL is 48 and it is a direct plug and play fit. No modifications to your resonator/CAI. I don't know if that answers your question because it isn't very clear.
Originally Posted by Tunaboy
From what I hear AV6 TB's are 54mm and a CL/TL is 48 and it is a direct plug and play fit. No modifications to your resonator/CAI. I don't know if that answers your question because it isn't very clear.
You could buy a new one, have it machined, swap out the units, have the other machined and then sell it alone. I think the stock ones are about $350 so you would want to slipt the difference of charge someone else more.
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Originally Posted by scalbert
Sorry Steve, still no unit available.
The core would be hard to come by and you would need to stick with the J32A2 unit and then have it machined.
The core would be hard to come by and you would need to stick with the J32A2 unit and then have it machined.
Originally Posted by scalbert
Sorry Steve, still no unit available.
The core would be hard to come by and you would need to stick with the J32A2 unit and then have it machined.
The core would be hard to come by and you would need to stick with the J32A2 unit and then have it machined.
Originally Posted by typeR
what i meant steve is i know the owner of a salvage yard could i use an accord or other j series tb just while mine is out being done...just so i ciould use my car?
Hrmm, I don't see why it wouldn't work.
hey while were at it....ive taking the disconnected VSA out of the car...and as i thought i got both VSA lights lit...i tried jumping the wire with red and black the other connector has 3 wires not sure what to do seems like the 2 wire harness is the power supply and the three wire is the trigger.any ideas?
Originally Posted by typeR
hey while were at it....ive taking the disconnected VSA out of the car...and as i thought i got both VSA lights lit...i tried jumping the wire with red and black the other connector has 3 wires not sure what to do seems like the 2 wire harness is the power supply and the three wire is the trigger.any ideas?
The only question is if the ECU sense an open on the motor circuit. It so a resistance measurement would need to be taken on the motor and a proper resistor applied.
Originally Posted by scalbert
After looking at the Helms manual it looks like you would need to apply 4.5 VDC to the center pin on the three pin connector. You could create a voltage divider using the other pin pins levels for the source.
The only question is if the ECU sense an open on the motor circuit. It so a resistance measurement would need to be taken on the motor and a proper resistor applied.
The only question is if the ECU sense an open on the motor circuit. It so a resistance measurement would need to be taken on the motor and a proper resistor applied.
?
Actually it is easy. Just a $1.00 worht of resistors and some electrical tape should be all that is needed. I would start with a 1k Ohm and 9k Ohm (or multiple to sum these) and create the divider.
Try these links to see how it is done:
http://www.aikenamps.com/VoltageDividerRule.htm
http://www.clarkson.edu/~svoboda/eta...derDesign.html
R1 = 1k Ohm
R2 = 9k Ohm
Vin = 5.0 VDC
Try these links to see how it is done:
http://www.aikenamps.com/VoltageDividerRule.htm
http://www.clarkson.edu/~svoboda/eta...derDesign.html
R1 = 1k Ohm
R2 = 9k Ohm
Vin = 5.0 VDC
Originally Posted by scalbert
Actually it is easy. Just a $1.00 worht of resistors and some electrical tape should be all that is needed. I would start with a 1k Ohm and 9k Ohm (or multiple to sum these) and create the divider.
Try these links to see how it is done:
http://www.aikenamps.com/VoltageDividerRule.htm
http://www.clarkson.edu/~svoboda/eta...derDesign.html
R1 = 1k Ohm
R2 = 9k Ohm
Vin = 5.0 VDC
Try these links to see how it is done:
http://www.aikenamps.com/VoltageDividerRule.htm
http://www.clarkson.edu/~svoboda/eta...derDesign.html
R1 = 1k Ohm
R2 = 9k Ohm
Vin = 5.0 VDC
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