Scoutboy74
Moderator
You should check to see if you have spark. First from the coil to the distributor. Pop the high tension lead which is the big wire running from the coil to the center of the dizz. Ground the brass contact but leave an air gap of @ 3/8 of an inch. A strong spark will jump the gap and give you a light show. If that checks good, reconnect and then remove one plug boot from the plug of your choice. Set up the same air gap with it. Crank and check for spark to jump that gap. If you've got good fire, then there would be no need to go back to your points dizz. It helps to do this around dusk for easier visibility of the spark. If you don't have fire, then reverting back to points would be your next option. The igntion specific wiring still needs to be addressed regardless. If you go back to points, keep in mind that you will also need to supply a resistive feed to the coil, which you don't presently have in place. This can be achieved with an inexpensive porcelain ballast resistor available from most any parts store which you would locate to your firewall and would interrupt your ig switch wire to the coil. The trick is, you need to supply the correct total amount of primary resistance, which is between 3.0 and 3.4 ohms. Your coil will have a small amount of measurable resistance, likely to be around 1.5 ohm. That's just an example. I would insist that you ohm it out with your dvom before making a resistor purchase if it should come to that. You want all wire leads disconnected from the coil, ambient temperature close to 70 degrees and your dvom set to the smallest increment ohm reading. Whatever figure you see, you'd subtract it from the 3.2 total and the remainder is the ohm value of resistor you would need to purchase give or take a couple decimal points.