DIYPNP running on my 2002
#1
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DIYPNP running on my 2002
As the titles says.
- Standalone
- Full sequential with Jean's/DIY's extra board
- Using an extra 28way circular connector right next to the stock connector instead of the DB15 on the back.
- External 1bar map sensor
- Wired WLED/ALED to the extra connector so that I can upgrade easily to full COP ignition
- Running the idle valve at 488Hz with Jean's PWM multiplier board: no valve clicking and full resolution instead of the 2% steps
- Cooling fan to Relay1
- Switchable tables
- Launch control
- RPM, VSS, MAP, TPS, CLT, AC UP valve, CANH, CANL, RS232, VVT, brake, psp, tranny neutral, clutch switch signals out through the extra connector
- I made an extra controller that:
* Lights the CEL whenever RPM<500
* Flashes the battery light slowly when (batt<11 and rpm<500) or (batt<13 and rpm>500) and flashes the light rapidly when (batt>15.5 and rpm>500). Battery is light when (batt>11 and rpm<500) and is off when (13.5<batt<15.5 and rpm>500). I have an RX-7 FD alternator, not Jason's circuit, which never worked for me.
* Starts the A/C fan when CLT>98C (hysterisis 3C) and rpm>500
* Starts the A/C compressor, A/C Fan, A/C idle up valve when the A/C button is pressed
* Stops the A/C compressor, A/C Fan, A/C idle up valve when the button is depressed Or RPM>5000 (hysterisis 200rpm) Or TPS>90% (hysterisis 5%).
All I can say for sequential is WOW. This thing idles like a dream even with my MS1-backported VE and ignition map. I use TPSdot which needs work (the values from my MS1 are way off), but really, it runs like a dream.
Jim
Ps.
- Standalone
- Full sequential with Jean's/DIY's extra board
- Using an extra 28way circular connector right next to the stock connector instead of the DB15 on the back.
- External 1bar map sensor
- Wired WLED/ALED to the extra connector so that I can upgrade easily to full COP ignition
- Running the idle valve at 488Hz with Jean's PWM multiplier board: no valve clicking and full resolution instead of the 2% steps
- Cooling fan to Relay1
- Switchable tables
- Launch control
- RPM, VSS, MAP, TPS, CLT, AC UP valve, CANH, CANL, RS232, VVT, brake, psp, tranny neutral, clutch switch signals out through the extra connector
- I made an extra controller that:
* Lights the CEL whenever RPM<500
* Flashes the battery light slowly when (batt<11 and rpm<500) or (batt<13 and rpm>500) and flashes the light rapidly when (batt>15.5 and rpm>500). Battery is light when (batt>11 and rpm<500) and is off when (13.5<batt<15.5 and rpm>500). I have an RX-7 FD alternator, not Jason's circuit, which never worked for me.
* Starts the A/C fan when CLT>98C (hysterisis 3C) and rpm>500
* Starts the A/C compressor, A/C Fan, A/C idle up valve when the A/C button is pressed
* Stops the A/C compressor, A/C Fan, A/C idle up valve when the button is depressed Or RPM>5000 (hysterisis 200rpm) Or TPS>90% (hysterisis 5%).
All I can say for sequential is WOW. This thing idles like a dream even with my MS1-backported VE and ignition map. I use TPSdot which needs work (the values from my MS1 are way off), but really, it runs like a dream.
Jim
Ps.
#4
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As the titles says.
- Standalone
- Full sequential with Jean's/DIY's extra board
- Using an extra 28way circular connector right next to the stock connector instead of the DB15 on the back.
- External 1bar map sensor
- Wired WLED/ALED to the extra connector so that I can upgrade easily to full COP ignition
- Running the idle valve at 488Hz with Jean's PWM multiplier board: no valve clicking and full resolution instead of the 2% steps
- Cooling fan to Relay1
- Switchable tables
- Launch control
- RPM, VSS, MAP, TPS, CLT, AC UP valve, CANH, CANL, RS232, VVT, brake, psp, tranny neutral, clutch switch signals out through the extra connector
- I made an extra controller that:
* Lights the CEL whenever RPM<500
* Flashes the battery light slowly when (batt<11 and rpm<500) or (batt<13 and rpm>500) and flashes the light rapidly when (batt>15.5 and rpm>500). Battery is light when (batt>11 and rpm<500) and is off when (13.5<batt<15.5 and rpm>500). I have an RX-7 FD alternator, not Jason's circuit, which never worked for me.
* Starts the A/C fan when CLT>98C (hysterisis 3C) and rpm>500
* Starts the A/C compressor, A/C Fan, A/C idle up valve when the A/C button is pressed
* Stops the A/C compressor, A/C Fan, A/C idle up valve when the button is depressed Or RPM>5000 (hysterisis 200rpm) Or TPS>90% (hysterisis 5%).
All I can say for sequential is WOW. This thing idles like a dream even with my MS1-backported VE and ignition map. I use TPSdot which needs work (the values from my MS1 are way off), but really, it runs like a dream.
Jim
Ps.
- Standalone
- Full sequential with Jean's/DIY's extra board
- Using an extra 28way circular connector right next to the stock connector instead of the DB15 on the back.
- External 1bar map sensor
- Wired WLED/ALED to the extra connector so that I can upgrade easily to full COP ignition
- Running the idle valve at 488Hz with Jean's PWM multiplier board: no valve clicking and full resolution instead of the 2% steps
- Cooling fan to Relay1
- Switchable tables
- Launch control
- RPM, VSS, MAP, TPS, CLT, AC UP valve, CANH, CANL, RS232, VVT, brake, psp, tranny neutral, clutch switch signals out through the extra connector
- I made an extra controller that:
* Lights the CEL whenever RPM<500
* Flashes the battery light slowly when (batt<11 and rpm<500) or (batt<13 and rpm>500) and flashes the light rapidly when (batt>15.5 and rpm>500). Battery is light when (batt>11 and rpm<500) and is off when (13.5<batt<15.5 and rpm>500). I have an RX-7 FD alternator, not Jason's circuit, which never worked for me.
* Starts the A/C fan when CLT>98C (hysterisis 3C) and rpm>500
* Starts the A/C compressor, A/C Fan, A/C idle up valve when the A/C button is pressed
* Stops the A/C compressor, A/C Fan, A/C idle up valve when the button is depressed Or RPM>5000 (hysterisis 200rpm) Or TPS>90% (hysterisis 5%).
All I can say for sequential is WOW. This thing idles like a dream even with my MS1-backported VE and ignition map. I use TPSdot which needs work (the values from my MS1 are way off), but really, it runs like a dream.
Jim
Ps.
#6
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I'll assume that he did mean it. If you're running COPs requiring very short dwell times (sub 3ms) then seq spark is a nice luxury, but not a necessity within the RPM range we are running. Toyo COPs need only ~2.5ms dwell and have very short spark duration and recovery periods.
If you're running longer dwell coils, then seq spark becomes more important. I'm running LS2 coils, which are waaaayyy hotter than the toyo COPs most are running, but they charge up to 5.5ms and have 2ms spark duration. The charge cycles are basically twice as long as the toyo's, and the cycles start stepping on each other around 4k rpm in waste spark (I watched it on the scope). This will result in a weaker than potential spark and the lack of recovery time is hard on the coils.
If you're running longer dwell coils, then seq spark becomes more important. I'm running LS2 coils, which are waaaayyy hotter than the toyo COPs most are running, but they charge up to 5.5ms and have 2ms spark duration. The charge cycles are basically twice as long as the toyo's, and the cycles start stepping on each other around 4k rpm in waste spark (I watched it on the scope). This will result in a weaker than potential spark and the lack of recovery time is hard on the coils.
#9
oops, yes, ignition.
yes, but it only works with high imp injectors. If you have low imp, you also need the Peak&Hold Injector Driver Board
#10
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No, you don't. You only need two additional injector drivers, which must be the same as the ones you already run, and you must replicate the injector driver circuits - see the MS schematics for more info.
Jim
#11
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Oh, I could make that happen easy...just need to rewire the injector harness and run two new wires.. .ill probably just get it running first on MSII batch fire at least this weekend; work out the random issues that might come up, since it's fairly undocumented on a CAS setup let alone the 1.6L at all.
#12
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It currently won't work on the NA CAS, you either need to tell James/Ken the correct angles in the CAS (or program them yourself if you are brave enough) or use a trigger wheel (ie 36-1, 60-2) AND a camshaft signal (the CAS with only one signal per revolution will do).
Jim
Jim
#15
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Indeed a quick search on msextra shows at least one person running full sequential with a 4/2 CAS
Megasquirt MSEXTRA and MS3EFI • View topic - MS2/Extra Alpha 3.0.3 20090507 (was 20090426)
can't find anything so far that says it won't work.... Any links?
Megasquirt MSEXTRA and MS3EFI • View topic - MS2/Extra Alpha 3.0.3 20090507 (was 20090426)
can't find anything so far that says it won't work.... Any links?
#17
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Replying to myself again, but I've done quite a bit of searching today and can't find anything that says sequential doesn't work with a 4/2 CAS.
I can find lots that says it does tho...
I can find lots that says it does tho...