Thats a good one. My nephew who is an apprentice in the IBEW (he took my advise
and is becoming an electrician first, before entering the AE field) was issued
that book and CD. I reviewed it and found it to be pretty thorough. I keep the
copy of Coxx’s ELECTRICIANS GUIDE TO CONDUIT BENDING
Don't forget about YouTube - a quick search for "conduit bending" yields
dozens of helpful videos, some professionally produced.
August
Luminalt
On Fri, Nov 2, 2018 at 4:00 PM Dana wrote:
> I too have been perplexed on the art of conduit bending. One of my
> favorite master electricians in CO
I too have been perplexed on the art of conduit bending. One of my favorite
master electricians in CO suggested that I go online & get a DVD & book with
tips & calcs that he makes available to his apprentices.
Relatively cheap compared to experimenting/guessing - time & a pile of
odd-looking
On Friday, November 2, 2018 12:40pm, "Michael Morningstar"
said:
William,
When one is doing a lot of bending of rigid conduit, where the finished length
of pipe needs to be determined, after all bends are made, and threading happens
first due to bends interfering with the threading
William,
When one is doing a lot of bending of rigid conduit, where the finished length
of pipe needs to be determined, after all bends are made, and threading happens
first due to bends interfering with the threading machine, one develops a DOPE
sheet. The term being borrowed from long
I usually do the bend and cut method, because it really is faster and
EMT is cheap. Look how much time you are already cooking doing research
and exploring various apps, etc? I too have wanted to be the cool pro,
and bend to exact measurements, but alas, the sun is setting much sooner
now,
Colleagues:
I am always trying to improve my conduit bending skills. I came upon this
scenario and need some input:
I am bending stubs at less than 90 degrees. How do I calculate stub
heights at less than 90 degrees? I am using the old
bend-it-longer-and-cut-it-to-length method but that
I only have 2 years offgrid data Jay, but I would say it is definitely
not at a higher voltage but rather a faster decline from what I have seen
in the Australian University LFP testing.
My home battery and the other 3 beta testers for the Schneider/LG testing
are still at 99% State of life with
I have found that the voltage stays the same but the current and capacity
drop. This is from only 6 cases. The fully charged voltage is the same
but the energy stored is less. The power is less, meaning i can not get
the same current
On Fri, Nov 2, 2018, 6:10 AM Jay Hi all,
>
> As a lithium
Hi Dan,
I have done similar in cold environments where the CC's are
cool and in an offgrid mode where they really do not spend much time
"clipping". This design goal is for winter when it is cloudy. I would never
do this in a place that has a summer, in the deserts, or tied to the grid.
Dave
Jay, is this for the small tracker that preceded the AZ125 and AZ250? I
was told that the parts for the 125 (not made now) can be sourced from the
AZ250 Called something else but still in production.. Motors, actuators and
controllers will work on either.
Dave Angelini Offgrid Solar
"we go where
Hi all,
As a lithium battery ages, does the voltage keep it’s flat line steep curve but
just start it’s drop at a higher voltage or does it have more of a gradual
voltage drop?
Thx
Jay
Peltz power.
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your in Vermont…cold and I would look at the max charge current the battery
manu recommends but that seems to me to be WAY over kill. your using Schnider
not that I use the enfizz products, but... Schnider “says” that these inverters
are able to regulate the charge into the batteries as well as
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