just going to give up on lc-1
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just going to give up on lc-1
what would be the next best wideband to get? Something that has been used on ls-1's and really works without having to be a electrical engineer? I have tried and tried and I cannot get this lc-1 to open up the lm-1 programmer so I can change the output for hp tuners so to heck with it!!!!!!!!!
Thxs. Robert
Thxs. Robert
#2
Originally Posted by firebirdls1us
what would be the next best wideband to get? Something that has been used on ls-1's and really works without having to be a electrical engineer? I have tried and tried and I cannot get this lc-1 to open up the lm-1 programmer so I can change the output for hp tuners so to heck with it!!!!!!!!!
Thxs. Robert
Thxs. Robert
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The problem could be with the serial connection to your laptop. Just make sure you have all of your connections correct before making any rash decisions. Make sure the switched 12v source powering your LC1 is turned on, you have the serial cable connected to the right wire and the terminator piece in the end of the other wire. It should work....
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wanna sell it?
Originally Posted by firebirdls1us
what would be the next best wideband to get? Something that has been used on ls-1's and really works without having to be a electrical engineer? I have tried and tried and I cannot get this lc-1 to open up the lm-1 programmer so I can change the output for hp tuners so to heck with it!!!!!!!!!
Thxs. Robert
Thxs. Robert
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#8
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Originally Posted by firebirdls1us
what would be the next best wideband to get? Something that has been used on ls-1's and really works without having to be a electrical engineer? I have tried and tried and I cannot get this lc-1 to open up the lm-1 programmer so I can change the output for hp tuners so to heck with it!!!!!!!!!
Thxs. Robert
Thxs. Robert
Oh yeah, and Klaus has stopped trying to help me over on the innovate forum.
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I found you need to connect the Logviewer program to monitor the lc1 first. You can then connect straight afterwards to the configuration program. I spent a day or two tearing my hear out first, main problem is the configuration program wont let you chose the serial port, but the monitor one does.
#10
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There is no reason to use Logworks. Regardless of if you use HPT or EFILive. Make a map/histogram in either program that shows the average of your 0-5v input from the wideband. Basically you are using the program as a multimeter. After you do this you can see in HPT exactly what the voltage it is reading and compare that to your actual voltage that you have set it to. If you have set the flatline voltage to .5 volts and you see .480 in EFILive/HPT, then you need to use .480 as your starting voltage instead of .5 The same will apply to any other voltage that you set in LogProgrammer. If you set a flatline voltage to 4.5 and see 4.492, then you will use 4.492. So you then will make a calculated formula that can be used as a custom PID. You may do this in excel to fine the slope and correct formula.
Example:
Programed outputs is
.5=10
4.5=20
You see
.490
4.489
Use these values as your formula
.490=10
4.489=20
I guarantee you that you will have a perfect formula if you do it as I have stated. I have done this on countless cars/widebands and it always comes up perfect.
Example:
Programed outputs is
.5=10
4.5=20
You see
.490
4.489
Use these values as your formula
.490=10
4.489=20
I guarantee you that you will have a perfect formula if you do it as I have stated. I have done this on countless cars/widebands and it always comes up perfect.
#11
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Originally Posted by Black02SS
There is no reason to use Logworks. Regardless of if you use HPT or EFILive. Make a map/histogram in either program that shows the average of your 0-5v input from the wideband. Basically you are using the program as a multimeter. After you do this you can see in HPT exactly what the voltage it is reading and compare that to your actual voltage that you have set it to. If you have set the flatline voltage to .5 volts and you see .480 in EFILive/HPT, then you need to use .480 as your starting voltage instead of .5 The same will apply to any other voltage that you set in LogProgrammer. If you set a flatline voltage to 4.5 and see 4.492, then you will use 4.492. So you then will make a calculated formula that can be used as a custom PID. You may do this in excel to fine the slope and correct formula.
Example:
Programed outputs is
.5=10
4.5=20
You see
.490
4.489
Use these values as your formula
.490=10
4.489=20
I guarantee you that you will have a perfect formula if you do it as I have stated. I have done this on countless cars/widebands and it always comes up perfect.
Example:
Programed outputs is
.5=10
4.5=20
You see
.490
4.489
Use these values as your formula
.490=10
4.489=20
I guarantee you that you will have a perfect formula if you do it as I have stated. I have done this on countless cars/widebands and it always comes up perfect.
What did you mean by "If you have set the flatline voltage to .5 volts and you see .480 in EFILive/HPT, then you need to use .480 as your starting voltage instead of .5"?
How do I set a flatline voltage of 0.5 volts?
THanks
Last edited by 99whitews6; 03-29-2006 at 07:12 AM.
#13
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Originally Posted by Black02SS
Open log programmer and set the voltages to reflect .5 for both 10 and 20 volts. This will make the LC1/LM1 output a constant .5 volts, but you won't see .5 in the software due to the gound offsets.
Only thing that scares me is how far off they will be! LOL
#14
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Originally Posted by firebirdls1us
what would be the next best wideband to get? Something that has been used on ls-1's and really works without having to be a electrical engineer? I have tried and tried and I cannot get this lc-1 to open up the lm-1 programmer so I can change the output for hp tuners so to heck with it!!!!!!!!!
Thxs. Robert
Thxs. Robert
you may need to get logworks 2 from the inovate website..it used ti ship with logworks 1..which was very very flaky
I couldnt connect at all until I did this...
also make sure the terminator plug is in the "in" cable
#15
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also..to determin your ground offset..you dont need to reprogram the lc1..
you can just do it with the sensor in free air...
measure the analog output 2 voltage with a multimeter..and then check against datalogger inputs(usually you can select RAW Voltage)..then its simple math on th edata logger side..
this will help you understand it some I hope
http://www.hptuners.com/forum/showthread.php?t=5267
you can just do it with the sensor in free air...
measure the analog output 2 voltage with a multimeter..and then check against datalogger inputs(usually you can select RAW Voltage)..then its simple math on th edata logger side..
this will help you understand it some I hope
http://www.hptuners.com/forum/showthread.php?t=5267
#16
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Originally Posted by soundengineer
also..to determin your ground offset..you dont need to reprogram the lc1..
you can just do it with the sensor in free air...
measure the analog output 2 voltage with a multimeter..and then check against datalogger inputs(usually you can select RAW Voltage)..then its simple math on th edata logger side..
this will help you understand it some I hope
http://www.hptuners.com/forum/showthread.php?t=5267
you can just do it with the sensor in free air...
measure the analog output 2 voltage with a multimeter..and then check against datalogger inputs(usually you can select RAW Voltage)..then its simple math on th edata logger side..
this will help you understand it some I hope
http://www.hptuners.com/forum/showthread.php?t=5267
Nice write-up(link) but what scares me about reading all these voltage offset threads is that mine voltage offset is going to be like 1.X + volts. When I do logging with HPtuners on some part throttle driving I get my VE to be pretty much right around the -2 to 4 range but the AFR from the LC-1 is ALL around 18.9-20.0 !
#20
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Originally Posted by soundengineer
also..to determin your ground offset..you dont need to reprogram the lc1..
you can just do it with the sensor in free air...
measure the analog output 2 voltage with a multimeter..and then check against datalogger inputs(usually you can select RAW Voltage)..then its simple math on th edata logger side..
this will help you understand it some I hope
http://www.hptuners.com/forum/showthread.php?t=5267
you can just do it with the sensor in free air...
measure the analog output 2 voltage with a multimeter..and then check against datalogger inputs(usually you can select RAW Voltage)..then its simple math on th edata logger side..
this will help you understand it some I hope
http://www.hptuners.com/forum/showthread.php?t=5267
Originally Posted by MeentSS02
Good luck with that one...the voltage offset on mine isn't the same throughout the 0-5V range. It is fairly linear, but not exactly. I just made a new linear graph using some data points and Excel.