Changes by last author:
Changed:
[image of the fabricated stainless steel mounting adapter] so the VR sensor is more central related to the wheel
* 60-2 factory made crankwheel on pulley (from Opel Astra X16SZR), diameter=140mm mounted on the Daewoo engine (pulley drives air conditioner and alternator) |
* 60-2 Opel Astra X16SZR factory crankwheel pulley (diameter=140mm) had to be mounted on the Daewoo engine so the air conditioner and alternator are driven via V-belt as before (the Daewoo engine had multirib belt, and it seemed easier to mate them this way). However, because of this, the 60-2 toothwheel was not centered any longer. Therefore:
* we fabricated a [stainless steel mounting adapter] so the VR sensor is more central related to the wheel. This has been slightly adjusted since than, for smaller gap. |
* VR sensor mounted with appr 40..43 mm, so it sees the missing tooth earlier than it would from the factory VR sensor location. This is a side effect of the mounting: the reason for the adapter was to make the sensor align (better) with the crankwheel.
* The factory mark was 4 teeth (24 degrees) off because of the Daewoo-Opel hybrid. We checked TDC through an open sparkplug hole (much after the engine had been started :-) |
* VR sensor mounted with appr 40..43 mm, so it sees the missing tooth earlier than it would from the factory VR sensor location. This is a side effect of the mounting: the reason for the adapter was to make the sensor align (better) with the crankwheel (read above).
* The factory mark was 4 teeth (24 degrees) off (compared to what we expected) because of the Daewoo-Opel hybrid. We checked TDC through an open sparkplug hole (much after the engine had been started :-) |
There are signs that gap between 60-2 crankwheel and VR sensor (with the home-made adapter) is too big.
Apparently the distance increased somewhat since original mounting. |
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Sloppy VR mounting problem - gone The gap between 60-2 crankwheel and VR sensor (with the home-made adapter) was originally a bit too big. At cranking the signal (low amplitude because of low RPM) was susceptible to noise. |
* It usually doesn't start on first crank now |
* It usually didn't start on first crank |
Since the gap had been made reasonable, it start OK. |