Hi
Been using an RCBS 5-10 scale in combination with a Hornady auto-dispenser and Hornady electronic scale for a while now.
I acquired another 5-10 scale since I wanted to move away from using electronic scales altogether, but since I've always noticed the "quirks" with balance beam scales also not always 100% reliably returning to zero or "zeroing" on a known weight - I thought having two scales would be even "safer"...
I've been using a "system" of zeroing the scales before each reloading session but also testing a known 140gr weight. IOW - I would zero the scale AND ensure that it balanced on a known 140gr bullet before I would start using the scale(s).
During that time I would also allow the electronic dispenser and bench scale to warm up and calibrate each.
I would then dispense powder with the dispenser, transfer the measured powder to the electronic bench scale and verify they read the same, then transfer to one of the balance beam scales, and then do a final check on the last balance beam.
What I've noticed however is that sometimes, just moving the main poise or adjusting the tenths screw - as is required during a ladder test loading session - the one 5-10 (or both sometimes) would start settling slightly below or above the expected balance point.
Tapping the balance beam so that it makes a few larger oscillations and then settle, sometimes corrects the reading, but sometimes I would need to move the balance beam on its bearings and re-align vertically so that the copper plate goes symmetrical through the damper groove.
The short of it is: is this just simply the "quirks" of balance beam scales, or am I looking at scales with damage/worn-out parts?
These scales are both "inherited" so I don't have the full history of either. Am I doing something wrong, or is there something I can do to make the perception of accuracy/reliability better?
Thanks.
Been using an RCBS 5-10 scale in combination with a Hornady auto-dispenser and Hornady electronic scale for a while now.
I acquired another 5-10 scale since I wanted to move away from using electronic scales altogether, but since I've always noticed the "quirks" with balance beam scales also not always 100% reliably returning to zero or "zeroing" on a known weight - I thought having two scales would be even "safer"...
I've been using a "system" of zeroing the scales before each reloading session but also testing a known 140gr weight. IOW - I would zero the scale AND ensure that it balanced on a known 140gr bullet before I would start using the scale(s).
During that time I would also allow the electronic dispenser and bench scale to warm up and calibrate each.
I would then dispense powder with the dispenser, transfer the measured powder to the electronic bench scale and verify they read the same, then transfer to one of the balance beam scales, and then do a final check on the last balance beam.
What I've noticed however is that sometimes, just moving the main poise or adjusting the tenths screw - as is required during a ladder test loading session - the one 5-10 (or both sometimes) would start settling slightly below or above the expected balance point.
Tapping the balance beam so that it makes a few larger oscillations and then settle, sometimes corrects the reading, but sometimes I would need to move the balance beam on its bearings and re-align vertically so that the copper plate goes symmetrical through the damper groove.
The short of it is: is this just simply the "quirks" of balance beam scales, or am I looking at scales with damage/worn-out parts?
These scales are both "inherited" so I don't have the full history of either. Am I doing something wrong, or is there something I can do to make the perception of accuracy/reliability better?
Thanks.