AJ, I will just describe my own process for casting. Take it for what it's worth...
I start by filling my SAECO 10-pounder with ingots and turn it wide open. I put the mold I will be using on the lip of the furnace to warm up, and also put another ingot on the lip. In 10-15 minutes the lead is melted, the mold is hot, and I'm ready to pour. I put the hot ingot in the melt and put a couple more ingots on the lip. I try to keep the pot as full as possible, so I replenish the melt every few minutes with a hot ingot off the lip, put another ingot on the lip, and press on. Usually the mold is turning out good boolits very shortly. I use a thermometer, and turn the control down to about 725 when the thermometer shows that it has gotten up there, from wide-open.
I pour the mold and watch the sprue. When it sets, I give it another couple of seconds and whack the sprue plate with my plastic hammer. Drop the sprue on the folded towel next to the furnace, inspect the boolit bases, then drop the boolits on the towel, pick up the sprue and return it to the pot, and repeat.
If the sprue doesn't clump up on the plate, but runs off like water, the sprue plate is too hot. When I see that starting, I turn the loaded mold upside down and set it on a sopping-wet rag, in a tray made of Al foil, and let it steam for a few seconds. Continue the process.
Differences here are my returning the sprues immediately to the pot, and keeping the pot full by replenishing with hot ingots from the furnace lip. Since they are pretty hot when they go into the melt, and there are already 9 lbs of up-to-temp alloy in the pot, adding the hot ingot, or sprue, isn't going to disturb the pot temp significantly. Boolits are observed, but not inspected, as I go. Any anomalies are dealt with.
So Hang In, Bro! You'll get there!