Nickp wrote: ↑Fri Oct 29, 2021 11:19 am
What are you guys running for lights...? Lumens...?
HO (5000 and 6500K) commercial fluorescents...
Lumens??? (Color seems to be more important)....
A lot but not overly bright...
I went for reduced glare, natural color light, less reflection and no or softer shadows...
the softer shadows (or none at all) I get from judicial placement of the fixtures...
examples of fixture installs w/ 6500K lamps:...
TS - set high up. perpendicular to and slightly behind the blade... a wide 4 tube fixture can't be beat...
Radial - L&R of and parallel to the blade... 2 twin tubers here set for spread and height to eradicate shadowing from the saw's arm, blade and head...
work table - 2 (or 3) twin tube, full length of the table, fixtures set length wise to the table and just L&R of center... 3 fixtures, one is center to the table and the other 2, L&R of center... here you use 4500~5000K lamps.... this is relative to what and how glare/brightness effects/affects your vision...
when you were younger, no sun glasses... now you can't go outside w/o them...
it's almost impossible to do in all of the shadowing but the more you get rid of the safer you'll be and your work will improve..
it seems the biggest shadow maker is your head and upper body... light to the front and to the sides of you will produce less shadowing...
lights directly above you or behind you will produce more...
the reflective properties of your work surfaces matter a lot too...
white HPL vs scuffed hardboard...
polished metal vs brushed...
high gloss vs flat paint on...
NOTE:
The color of the light that a bulb emits depends on its Correlated Color Temperature (CCT). The CCT replicates the Kelvin temperature of a metal object when it’s heated. The word “correlated” is important because we’re not actually describing the heat — just the color the metal object looks like at certain degrees Kelvin. Thus, the correlated color temperature.
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