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What are you doing?? I appreciate the fact that you are wearing gloves but besides that yellow cluster thingy, I don't see any futuristic shit going so I doubt that those gloves are insulated. Also, what is that tool even? Going by the shape of the blades, it can't be for cutting... It must be a beautifully designed un-insulator/wire stripper.

I can't imagine what you're using that little bottle for... Lubrication when re-arranging the wires?

I love your uniform tho :3 And your "personalities", You're hired!

Edit: There are some minor artifacts in this that are not on the PNG, am I right? Trying to get better at evaluating here.
You mean in the JPEG that was created here when the PNG was uploaded? You will always find some artifacts in those. Compare the two and any differences you see will be due to JPEG compression.
Zolxys said:
You mean in the JPEG that was created here when the PNG was uploaded? You will always find some artifacts in those. Compare the two and any differences you see will be due to JPEG compression.
Under her right arm right next to her boob. I don't know what to categorize that as, on my screen, it looks blurred and messy in a little spot. So that means that there are no technical flaws whatsoever, because the issues I addressed are due to compression?
I'm still not sure what you are trying to say...

vf.nightcore said:
There are some minor artifacts in this that are not on the PNG, am I right?
If you're not looking at the PNG, you'll find artifacts everywhere if you look hard enough.

vf.nightcore said:
Under her right arm right next to her boob.
...
So that means that there are no technical flaws whatsoever, because the issues I addressed are due to compression?
If you're looking at the bricks in the PNG, what you see is a blurry texture meant to make the surface look a bit uneven. It's not done all that well. You'll also see scratches and nicks in the bricks.
vf.nightcore said:
I can't imagine what you're using that little bottle for... Lubrication when re-arranging the wires?
Looks like it might be a type of flux to me https://en.wikipedia.org/wiki/Flux_%28metallurgy%29

In the mid-late 1990's I was doing punch-out electrical work & I had to apply flux to the ends of the heavy gage wires that fed the main power into the breaker box.
Akhkharu said:
Looks like it might be a type of flux to me https://en.wikipedia.org/wiki/Flux_%28metallurgy%29

In the mid-late 1990's I was doing punch-out electrical work & I had to apply flux to the ends of the heavy gage wires that fed the main power into the breaker box.
I'm an Electrician myself (or Automation Technician to be specific), Was that some type of cleaning agent? What did you use that for? I might be overseeing something since I never touch installations of over a 1.000volts.
vf.nightcore said:
I'm an Electrician myself (or Automation Technician to be specific), Was that some type of cleaning agent? What did you use that for? I might be overseeing something since I never touch installations of over a 1.000volts.
Typically, heavy gauge conductors are aluminum to save weight and cost in installations where the wires will not undergo regular flexing (Unlike copper conductors flexing or bending aluminum conductors even a few times increases their electrical resistance). Professional installations are usually made with gas tight compression lugs and splices using a hydraulic crimp tool. Mechanical connections used in repairs with aluminum wire must be coated with an oxidation preventative, usually an insulating grease when it is not possible to use compression splices or lugs. (compression splices are cheap, but the cost of the tool needed to reliable install them will cost you an eye watering $2500!!)

Soldering Flux, (usually shortened to Flux) as mentioned by Akhkharu is used as a de-oxidant during the soldering of wires together or to solderable lugs, activated by the heat of the soldering tool.
vf.nightcore said:
I'm an Electrician myself (or Automation Technician to be specific), Was that some type of cleaning agent? What did you use that for? I might be overseeing something since I never touch installations of over a 1.000volts.
Kiho did an awesome job of describing it, but no welding was done on my part, the heavy (aluminum) gauge wire (about the diameter of a dime give or take) I spoke of, I had to cover the exposed tip with flux to help prevent oxidation, then once placed into the three piece connector (a vice like system were two halves in block form that has an arch on each piece to clamp down on the wire, one of those pieces has a screw in it used to tighten/squeeze the clamps onto the wire)
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