No need to apologize..at least you're asking rather than assuming.
Work up loads:
Let's say you find load data for the cartridge you're loading (of course cross the data with at least 2 or 3 different datas, I usually use 2 manuals and my 3rd would be the internet)
Get all of the mins/max and divided by 3 (or however many data you use) and back off 10% and start your load from there.
Ex:
4.5 (source 1)
4.3 (source 2)
4 (source 3)
Add up those 3 and divide by 3, that roughly comes out to 4.26 now back off 10% (.42)
4.26-.42= 3.84 (you can round up to 3.9gr
So start from 3.9gr make 7-10 rounds..go up .5grs and make another 7-10 rounds. Keep repeating that till you get close to your max. When you start to get close to your max go up in increments by 2/.3gr before you reach your max
To find your max will be the same way as finding the min
Sorry to babble but hope this makes sense. If not, by all means ask questions
Work up loads:
Let's say you find load data for the cartridge you're loading (of course cross the data with at least 2 or 3 different datas, I usually use 2 manuals and my 3rd would be the internet)
Get all of the mins/max and divided by 3 (or however many data you use) and back off 10% and start your load from there.
Ex:
4.5 (source 1)
4.3 (source 2)
4 (source 3)
Add up those 3 and divide by 3, that roughly comes out to 4.26 now back off 10% (.42)
4.26-.42= 3.84 (you can round up to 3.9gr
So start from 3.9gr make 7-10 rounds..go up .5grs and make another 7-10 rounds. Keep repeating that till you get close to your max. When you start to get close to your max go up in increments by 2/.3gr before you reach your max
To find your max will be the same way as finding the min
Sorry to babble but hope this makes sense. If not, by all means ask questions




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