Power Engineers: Why have DET replaced all the triangular phase poles that had fiberglass brackets?
966667
I believe it was part of the huge overhaul in 1999/2000 which followed the investigation into Detroit Edison's (non-)compliance with the Electric Reliability Agreement which they had with the State of Michigan.\nSee work schedule A on  http://efile.mpsc.cis.state.mi.us/efile/docs/12269/0005.pdf
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visit\nhttp://www.diytrade.com/directory/global/buy/products-list/0902-t-i-1/Wire_Mesh.html
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The Yagi-Uda Antenna consists of a minimum of 3 elements, though 6 elements tend to be an optimum configuration.\n\nOne of the elements is called the "driven" element. One of the elements is called the "reflector" and the rest are called the "directors".\n\nThe reason why the reflector is such is wrapped up in transmission line theory. In a nutshell, the reflector is slightly longer than lambda/2 and it acts as an inductor and thereby acts as a reflector.\n\nThe directors are slightly shorter than lambda/2, acting as a capacitor and hence directs the wave.
697160
http://www.google.com.au/url?sa=t&ct=res&cd=1&url=http%3A%2F%2Fieeexplore.ieee.org%2Fiel4%2F5426%2F14662%2F00666581.pdf%3Farnumber%3D666581&ei=2hZMRfWnBK2EYeampeQD&usg=__PnRESXCJq6-7EE0q58nnzl7mWhY=&sig2=uJlHbV5sannSUEImsbEgUQ
694070
because it's not referenced to ground to begin with.\nbut if you have a wye to delta transformer then the wye transformer will be referenced to ground (center tap).\n\nDelta transformers are for more of the industrial (large 3 phase motors) application anyway.  hence there really is no need to reference it to ground.
724992
I love your suggestion. I often find poorly explained areas in equipment manuals. What's the question though?
148738
Homework, huh?  Badly copied from the source.  Make it an answerable question, clean up the gibberish and try again.  For instance, 90 degrees phase lag at what frequency?  Sorry to be curmudgeonly, but this shouldn't be just about getting answers without understanding.  Anyway, here's a hint.  At 90 degrees, Xr=Xc, and RC=1/(2*pi*f).  For phase lag the R is in series and the C in shunt.
429003
This link probably will help you\nhttp://www.ee.washington.edu/conselec/A95/projects/jjblome/info.htm
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Read in Detail at this site\nhttp://books.google.com/books?vid=ISBN0768917425&id=Ca58uytAJoAC&printsec=toc&dq=mechanical+engineering%3F+CIVIL+%26+ELECTRICAL%3F
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The first thing that you really need to pay attention to is the dynamics of the wire itself and not the physical size.  Your statement is very bias as I could say that why do fiber optic lines tranmit so quickly and the wire holding up the golden gate bridge is not quicker???\nThe quickest and best answer unless you have degrees in physics is the density of the fibers.  It all comes down to density and a mirid of other factors, but density is the key my friend.\n\nHappy conducting my fiber friend!
1006234
I would contact your local Daiwa head office or go to the website: http://www.daiwa.com/. They usually have the current reel model schematics and information.\n\nOr, you can go to your local tackle shop and they should be able to give you advice or better, fix it for you professionally.
275690
You know what they say? Go to the source!\n\nhttp://www.dakotatruckcenter.com/1993-dodge-dakota-wiring-diagram.php
1022654
Good previous answer on the engineering side, also depending on the type of load served, local distribution requires balancing of  "peak loads" and balancing the power factor to correct for highly inductive(motors,etc) or capacitive (computers,etc) loads.  Wattless or "reactive" power has to be accounted, for proper operation of three phase systems and is usually measured in power plants with a VAR meter, which measures Volt Ampere Reactive loading not shown on Kilowatt meters.\n\nThe main components of the system are:\nGenerators, Switchgear, Instrumentation and protective relays, Transformers, Capacitors, Reactors, and the towers, insulators, and miles of wires to carry electricity where we want it.\n\nAlso in power plants, batteries..a series bank of about 1500ah per 12 v cell to provide contol power backup to switch the motor operated, large circuit breakers of 600 amps and up.  The batteries in some plants are also used to flash and strengthen residual magnetism in the exciter for feeding current through the slip rings to the alternator's rotor on generating equipment.
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Many of the 3D drains with the integrated plugs are also cast out of steel or aluminum, which allows a greater strength part because of the different thicknesses.  Also, in the past some of these were forged but that process tends to be expensive and is therefore not often used any more
425735
Well, your talking about 1966 so you would probably have copper or silver alloys for short distances and steel alloys for long distances.  Not much has changed due to the fact that prices keep things relatively constrained.  Now the amazing part is that because of the speed of modern day computers they have to do transmission line equations inside the chips to reduce reflection problems.  What used to be a problem for long spans of length in transmission lines now exists within a computer chip.  Pretty soon they will have to deal with quantum mechanical problems when wires within a chip become a few atoms wide.
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Receiving end voltage being greater than sending end voltage in a transmission line is known as ferranti effect. All electrical loads are inductive in nature and hence they consume lot of reactive power from the transmission lines. Hence there is voltage drop in the lines. Capacitors which supply reactive power are connected parallel to the transmission lines at the receiving end so as to compensate the reactive power consumed by the inductive loads. As the inductive load increases more of the capacitors are connected parallel via electronic switching. Thus reactive power consumed by inductive loads is supplied by the capacitors thereby reducing the consumption of reactive power from trans line. However when the inductive loads are switched off the capacitors may still be in ON condition. The reactive power supplied by the capacitors add on to the transmission lines due to the absence of inductance. As a result voltage at the receiving end or consumer end increases and is more than the voltage at the supply end.This is known as ferranti effect.
1097253
i'm not an engineer but i would say that there are more than one methods. i think you have to make each carrier autonomic,which means it can react as an indepenent part of the bridge in forces like wind or earthquake. i don't know if i helped, i hope i'm not beyond the subject of your question? if i'm sorry