Want this question answered?
The charge travels through the wires to the loads from the power source where then it powers all the loads connected on the wire. This is beneficial, but also it has its disadvantages. When one of the loads (light bulb) goes out all of the loads connected to the wire go out, instead of where in a parallel circuit the branch that has that load that went out dies. The better choice would be a parallel circuit.
Which one? He did loads...
the vehicles carrying heavy loads are provided with multi-wheel axles to increase the area and decrease the pressure.
dynamic load
Short note on Eccentric load
Make sure that the proper size conductors are used for the specific loads. Also make sure that the breakers are properly sized to protect the conductors of those loads. Make sure that the insulation on the cables is not compromised before covering the wall with gyproc.
Electrical circuit is a network that has closed path giving a return way for the current. It is a connection of power supply, conductors and loads.
If the voltage drop is excessive, it is a sign that the circuit conductors may be undersized. Better to install larger conductors. If you try to use a transformer, under light loads the voltage will rise to unacceptable levels, possibly damaging equipment.
No. This practice is a violation of Article 210.19 (A) of the NEC. "Conductors of branch circuits supplying more than one receptacle for cord-and-plug-connected portable loads shall have an ampacity of not less than the rating of the branch circuit."
"Feeders" are conductors which carry electric power from the service equipment (or generator switchboard) to the overcurrent devices for groups of branch circuits or load centers supplying various loads.
Loads and loads loads and loads and loads and loads
All electrical wires are rated for specific amperage's. This is why conductors are matched to the load current so that a smaller size wire in not used on a heavy load current.
Answer for USA, Canada and countries running a 60 Hertz supply service.A single pole breaker is used to supply 120 volts to a 120 volt load circuit and to protect the conductors of that circuit. This is one "hot" wire to the load and then back to the neutral. A two pole or double pole breaker is used to supply 240 volts to a 240 volt load and to protect the conductors of that circuit. This is two "hot" wires to the load without a neutral, eg. baseboard heaters, hot water tanks. The two pole breaker is also used with a neutral when the 240 volt device needs a 120 volt supply for its controls. eg. electric range, dryer.If you mean a 120 breaker with two switches, those are designed to fit an extra circuit into a full breaker panel by removing the single, installing the double, and you now have two breakers in the space of one, each for the rated amps at 120 volts on the same "leg" of the 240 supply. These are not often recommended and some local codes do not permit them to be used more than temporarily.
Blondel's Theorem tells us that, to measure the total power of a three-phase load (balanced or unbalanced), we can use one less wattmeter than there are conductors supplying that load.So the two-wattmeter method will work for anythree-phase load, provided there are only threeconductors supplying that load, e.g. three-wire delta or three-wire star (wye).Bear in mind that wattmeter's read true power (expressed in watts) and ignores the reactive power of inductors and capacitors.
i bet you loads and loads and loads and loads and loads and millions of thousands of pounds
loads and loads and loads and loads
While reactive loads do not dissipate the reactive component of the power supply current, these currents are very real. They must be generated, and so must be taken into account when designing the generator. They also flow in the feeder conductors, cause I squared R power losses and heat, and must be taken into account when sizing the conductors.