When you click on links to various merchants on this site and make a purchase, this can result in this site earning a commission. Affiliate programs and affiliations include, but are not limited to, the eBay Partner Network.
These are the 6 X Gauge functions that I have programmed. If anyone has some additions please let me know. Everyone will have their own op. The purpose is to give people a choice. Thanks to "William 04" for his help and input. Don't know if you can straighten this out. I think the prob. is I saved it in landscape.
ScanGauge ll, X Gauge Functions and Programming<?xml:namespace prefix = o ns = "urn:schemas-microsoft-comfficeffice" /><o></o>
My max is in the mid to upper 3,000 psi range. Doesn't stay there long with out a load. My idle today was in the upper 700's then back to high 500's. Must be due to oil warming up?
Are you tuned? Now I'm gonna have to run the SG stock to watch my ICP numbers. On my truck and my buddies, the numbers were coming back really low compared to the AM HPOP gauge. Tuning may be interfering with the numbers. FWIW, his truck has an almost new HPOP and both trucks run great.
Are you tuned? Now I'm gonna have to run the SG stock to watch my ICP numbers. On my truck and my buddies, the numbers were coming back really low compared to the AM HPOP gauge. Tuning may be interfering with the numbers. FWIW, his truck has an almost new HPOP and both trucks run great.
I am totally stock except for coolant and P.S. filters and the scangauge. 5W40 Valvoline Premium Blue Syn. oil.
In the interest of helping those that use the search function in the future, ICP numbers may not be accurate if you're running SCT custom tuning. The numbers can be corrected with the math key input. Run your truck stock to verify that everything looks good, and then try tuned to see what kind of difference you see.
You should never see much more than 4000 PSI as the output of the ICP sensor is not calibrated for much higher, and the IPR valve has a pressure relief valve which bleeds off at 4000.
I found some info to get a Boost reading rather than the MAP. My ScanGaugeII reads 0.6 at idle and the Edge only shows whole numbers. Other reading are very close to reading on the Edge readings.
Boost Pressure
TXD: 68 6A F1 01 0B
RXF: 04 41 85 0B 00 00
RXD: 28 08
MTH: 00 91 00 64 FF 88
NAM: BST (or whatever that you prefer)
The last 4 values to the MTH above are specific for my altitude as I am located at around 5150 feet and it was a low pressure day. The MAP value can be used, but you will have to the math in your head to correct for barometric pressure. To correct for altitude, the blue highlighted value should be adjusted. Here are the corresponding values:
12.0 -- FF88 (mile high, low pressure day)
12.1 -- FF87
12.2 -- FF86 (mile high, high pressure day)
12.3 -- FF85
12.4 -- FF84
12.5 -- FF83
12.6 -- FF82
12.7 -- FF81
12.8 -- FF80
12.9 -- FF7F
13.0 -- FF7E
13.1 -- FF7D
13.2 -- FF7C
13.3 -- FF7B
13.4 -- FF7A
13.5 -- FF79
13.6 -- FF78
13.7 -- FF77
13.8 -- FF76
13.9 -- FF75
14.0 -- FF74
14.1 -- FF73
14.2 -- FF72
14.3 -- FF71
14.4 -- FF70
14.5 -- FF6F
14.6 -- FF6E
14.7 -- FF6D (sea level, 14.696 standard engineering day)
14.8 -- FF6C
14.9 -- FF6B
15.0 -- FF6A
I ordered from Scangauge, $169 no shipping. Plus I ordered the extra cable, just so once I install it in my truck I can unplug it and plug in the other cable to scan codes from our other vehicle. No autozone near me is why.
I found some info to get a Boost reading rather than the MAP. My ScanGaugeII reads 0.6 at idle and the Edge only shows whole numbers. Other reading are very close to reading on the Edge readings.
Boost Pressure
TXD: 68 6A F1 01 0B
RXF: 04 41 85 0B 00 00
RXD: 28 08
MTH: 00 91 00 64 FF 88
NAM: BST (or whatever that you prefer)
The last 4 values to the MTH above are specific for my altitude as I am located at around 5150 feet and it was a low pressure day. The MAP value can be used, but you will have to the math in your head to correct for barometric pressure. To correct for altitude, the blue highlighted value should be adjusted. Here are the corresponding values:
12.0 -- FF88 (mile high, low pressure day)
12.1 -- FF87
12.2 -- FF86 (mile high, high pressure day)
12.3 -- FF85
12.4 -- FF84
12.5 -- FF83
12.6 -- FF82
12.7 -- FF81
12.8 -- FF80
12.9 -- FF7F
13.0 -- FF7E
13.1 -- FF7D
13.2 -- FF7C
13.3 -- FF7B
13.4 -- FF7A
13.5 -- FF79
13.6 -- FF78
13.7 -- FF77
13.8 -- FF76
13.9 -- FF75
14.0 -- FF74
14.1 -- FF73
14.2 -- FF72
14.3 -- FF71
14.4 -- FF70
14.5 -- FF6F
14.6 -- FF6E
14.7 -- FF6D (sea level, 14.696 standard engineering day)
14.8 -- FF6C
14.9 -- FF6B
15.0 -- FF6A
did this work? so you can also see boost psi from the map sensor? is it accurate?
Factory boost gauge says i'm at approx. 27 psi. Map press. I've seen middle 30's. A def. diff. between the two.
You can adjust it by using a different numbers. Mine are very close using the Edge to compare. It may not be perfect but it will be better than just reading the MAP.
These are the 6 X Gauge functions that I have programmed. If anyone has some additions please let me know. Everyone will have their own op. The purpose is to give people a choice. Thanks to "William 04" for his help and input. Don't know if you can straighten this out. I think the prob. is I saved it in landscape.
ScanGauge ll, X Gauge Functions and Programmingfficeffice" /><O></O>
I used the numbers posted here to read EOT. My initial reading at cold startup on a 70*F day was 127*F. Either the gauge is reading wrong or the sensor on my oil cooler is junk. Any suggestions?
Rezvani's Latest Post-Apocalyptic Monster Is a Ford F-150 Raptor Underneath
Slideshow: Called the Fortress, the 850-horsepower pickup combines Raptor underpinnings with military-inspired features, survival equipment, and a starting price of $285,000.