P
Paul Conners
- Jan 1, 1970
- 0
OP, here.
That's what I'm trying to determine. I'm 99 percent sure polarity was never
wrong (instructions say that will kill the module). Hookup is pretty simple:
red wire to coil primary (+) which is also battery (+). This car has no
ballast resistor nor primary resistance wire so coil primary is at ~ +12v.
Black wire to coil primary (-). Apparently the module also uses the
distributor body as its ground connection. A clamp bracket (to keep the
distributor from turning) grounds the distributor sufficiently.
Product support folks say no capacitor is needed. Both coils (original, and
new "hot" output coil) result in no spark.
Next time I'm at the car I'll do resistance tests on the module per the
support folks' specifications. This will determine the module's health.
I am wondering if his magnetic ignition system is either faulty or hooked up
incorrectly.
That's what I'm trying to determine. I'm 99 percent sure polarity was never
wrong (instructions say that will kill the module). Hookup is pretty simple:
red wire to coil primary (+) which is also battery (+). This car has no
ballast resistor nor primary resistance wire so coil primary is at ~ +12v.
Black wire to coil primary (-). Apparently the module also uses the
distributor body as its ground connection. A clamp bracket (to keep the
distributor from turning) grounds the distributor sufficiently.
Product support folks say no capacitor is needed. Both coils (original, and
new "hot" output coil) result in no spark.
Next time I'm at the car I'll do resistance tests on the module per the
support folks' specifications. This will determine the module's health.