I mentally nicknamed them the twins. Two guys who worked together with their two drills. Each had a double sized DeWalt battery and another spare double sized. Last time I saw them was 2016. So yeah you got an acedotal backing you up.
Hail the Omnissiah! Praise be to the machine-god.
I mentally nicknamed them the twins. Two guys who worked together with their two drills. Each had a double sized DeWalt battery and another spare double sized. Last time I saw them was 2016. So yeah you got an acedotal backing you up.
Then it takes forever for them to go into place b
I have an item that costs me 40 to buy. I sell you the item for 200. I get a hundred now and a hundred when you get the item. If I fill the order now I get my 100. However if I wait a year I get an interest free loan on the 40 bucks. Maybe I push you off for 10 years. I not only get the 100 you owe me I also doubled that 40. If I am a big company I can pull this off, if I am a one man operation I can’t. Guess who gets hired for these projects. Hint it isnt Jeff’s gutter repair.
And that is just fixed priced contracts. You can imagine the horrorshow of open ended ones.
Sounds like a you problem.
What I find is culture drives them out. I am pushed a lot to take away all decision making ability from the techs and electricians. This command-and-control organization system. Anyone who can change employment does and I don’t blame them.
Treat people like they are worthless and they leave. No surprises there.
You use the chart. How does mm of a wire, including insulation, tell you ampacity? As I said it is easy to imagine a thick wire that can carry almost no current. You can’t pull that crap with AWG system. It tells you the single most important fact, how much current a wire can carry. There is no incentive for wire manufacturers to cheat the system since a thicker insulation wire just means more cost for them.
Which ties in nicely with the other charts. Tell me how much power you need a motor to deliver and what I have to deal with and I can tell you exactly what wires to use, it’s bending radius how thick it is etc. None of which I can do in the CE system.
The European wire gauge system makes no sense. There I said it. I don’t need to know the O.D. of the wire, I need to know the amp rating. The O.D. only becomes an issue for bending radius and there is a chart for that as well. Nothing is stopping some a**hole from making a wire almost completely out of plastic that has the O.D. of a typical 14AWG but can’t carry any serious amount of current under the European system. Under the AWG you always know what the current capacity is.
And while we are at it, you might as well standardize your wire sizes based on copper. You are never going to use anything except copper. So your units should reflect the material. I am building a chemical skid, that has nothing to do with the distance between the equator to the north pole.
Also when is the last time you were running wires that you needed a mm of precision? Meanwhile a fraction of an amp really does matter. So should not the thing that does matter be reflected in the product?
I am in chemical and material handling stuff and it’s the same. What amazes me is when the project manager can’t allow slack where slack is perfectly fine and allows slack where it isn’t.
One guy I will never forget had endless meltdowns about tiny tiny stuff in software and completely forgot that water pipes need heat tracing until the insulation was already installed. Whole project, multi tens of millions of dollars, died because of that. On the plus side before it died the password on the HMI was 8 characters long and required a number and a punctuation symbol.
I have definitely answered work emails like that
Enjoy your “naunced” freeze peach argument
Ah yes the freeze peach argument
I don’t know if I should say this but I will.
The last time it was an issue for my kids I conferenced called the insurance and the doctor’s office. I then laid into the insurance adjuster saying things that were truly revolting with as much profanity as I could cram into it.
Haven’t had an issue since. Turns out the system only works if they think you are unstable enough to make it work.
I don’t know why this tax thing is such a big deal for people. Sure the RCC, the Mormons, and some of the prosperity preacher have money but the vast majority of religious institutions can’t keep the lights on. Which is why they have to do partnerships to do basic stuff like insurance.
I am much more pissed off at corporations having an entire dedicated staff just to get tax breaks and credits than I am at some congregation of 15 old people not paying taxes. Hell one of the churches I was at before I deconverted had an annual budget of 9k. Would it even be worth going after that little bit?
I don’t really think churches should be obligated to fix a problem that the government created and can fix. Religion sucks but they still have a right to not be drafted without compensation.
They aren’t playing by the rules so why should we? Buy houses with their family money and sit on them then campaign for stricter zoning laws to keep out competition.
I am half tempted to buy a pasta making machine. The more and more food I make myself the angrier I get at the food production world.
A dumbass like me shouldn’t be able to make better tasting products for lower cost than food factories.
That is only single point calibration. You want more than that in case the transfer function is non-linear. Ideally at least two for the extremes of range.
Basically imagine if y does not equal x, say y = x -0.01*x + b. Your tare is going to adjust b such that at x = 0 you get y equals 0. That doesn’t fix x is equal to 900. At 900 you would get 891.
Generally speaking for weight you have differential or integral non-linearity. You fix both by multiple calibration points. Which leads to the range transition problem but whatever. No excuse anymore with FPGAs.
There are no moving parts so there should be very little drift.
Why I like my mechanical one. I can recalibrate it myself. Heck I taught my 10 year old to do it, it isn’t rocket surgery.
Or it was measured differently. They could have stacked ten of them on a scale at once while you are stacking one at a time.
Or it was measured differently and they used the legally allowed error bars.
Or the kitchen scale was off.
Or there is some missing mass from say dust.
Or they were assholes and knew they could get away with it.
Lots going on and it would be hard to debug.
I remember reading about this in a textbook back in uni. Might as well have been in the telegraph era