Yes! And my dogs. Freaked them out but no one hurt.Well that sucks. Glad it wasn't worse (someone hurt/falling through & damage to the car).
Yes! And my dogs. Freaked them out but no one hurt.Well that sucks. Glad it wasn't worse (someone hurt/falling through & damage to the car).
I'm guessing that I need to get a Laptop for all this magic to work.OK - I'm drawing zeroes on these injectors.
Depending on the amount of love you have for this motor you have some of options.
These are the low love options :
Guess and see what happens (I wouldn't do that), next option - pick the Holley 36lb units and play around with the minimum opening time to get a clean idle and steady AFR. Then go drive it and get a base tune built in with the corrections and do some datalogging to watch the Pulse Width/ Duty Cycle. If you end up getting a corrected table that isn't smooth then you know you have an issue.
The 'alot of love' option is to send them out and have them fully tested, then input the custom data.
The concern is that you'll either burn them up or wreck your motor's bore and ring seal. I just searched the Megasquirt forum on these injectors and the Holley 36lb numbers from 12.0-14 volts are very close. Personally, I'd run them with the Holley 522-368 data and keep track of your correction factor percentages after you get an initial base tune dialed in. One of the GREAT things about the Holley is it's ability correct the VE tables off from feedback. Your largest issue will be with idle and low load driving. The minimum open time will have a giant impact on that.
How about attaching a tune file?
to add to this, you don't need much of a laptop, it can be a cheap older used one.Yes - you are correct. A laptop of any nature that has a USB connection on it. And you'll need one of these as well for the laptop : https://www.currentperformance.com/shop/can-to-usb-built-in-splitter/
If you don't want to use a laptop or need to, then you need to use injectors that are in their database. Personally, I can't imagine not using a computer on this system, but I do understand how some don't want to get involved with one either. Just for configuration of the A/C system, fans, trans, let alone being able to generate datalogs and read them it's wrrth it's weight in gold
After doing a lot of research it does seem like Holley's 36lb and these Fast/ re labeled Bosch injectors are almost exactly identical. Both are 378.4 cc/min and 55.4 @ 80% bsfc.OK - I'm drawing zeroes on these injectors.
Depending on the amount of love you have for this motor you have some of options.
These are the low love options :
Guess and see what happens (I wouldn't do that), next option - pick the Holley 36lb units and play around with the minimum opening time to get a clean idle and steady AFR. Then go drive it and get a base tune built in with the corrections and do some datalogging to watch the Pulse Width/ Duty Cycle. If you end up getting a corrected table that isn't smooth then you know you have an issue.
The 'alot of love' option is to send them out and have them fully tested, then input the custom data.
The concern is that you'll either burn them up or wreck your motor's bore and ring seal. I just searched the Megasquirt forum on these injectors and the Holley 36lb numbers from 12.0-14 volts are very close. Personally, I'd run them with the Holley 522-368 data and keep track of your correction factor percentages after you get an initial base tune dialed in. One of the GREAT things about the Holley is it's ability correct the VE tables off from feedback. Your largest issue will be with idle and low load driving. The minimum open time will have a giant impact on that.
How about attaching a tune file?
Where can I find out the voltage information? I've seen some injectors with that information but not many. I don't understand why this information is so hard to findThe concern is with the voltage corrections and dead time. Regarding entering the flow rates, it's not that critical because the learn and correction occurs so quickly with the Holley. Meaning that you could input the wrong flow rate by as much 15 lbs/hr and it will still run and tune itself for you. But a voltage correction factor entered incorrectly by 20% and it will be chasing it's tail forever and you'll be complaining as to why it runs so differently every time you take it out.
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