Electric motricium est longe unus de maxime celebre inventa inventa ab hominibus.
Est maxime innovative electrica machinam converterit electrica industria in mechanica industria, contra, potest etiam generandi electrica industria mechanica industria communior generantibus virtute generatur motricium copulata gas vel Diesel engine et pulsus.
As the main promoter of machines used in various applications and industries, electric motors are widely used in various applications, such as electric vehicles, electric locomotives, elevators, escalators, water pumps, air compressors, electric fans, hand drills, sewing machines, washing machines, microwave ovens, generators, CD and DVD drives that charge the battery of the car, even the smallest devices Ut altilium-Powered Vigilo, et magis aliis usus et specifica applications ut ne quidem sciunt, sed in cotidiana vita, hoc est commune aliquid possumus facere.
Secundum genus application ad motricium facultatem in modum operandi et agitantem in modum implicari in modum operandi et agitantem specifica onus, motricium est certe operated per electrica activation et imperium system vocavit motricium moderatoris et imperium.
Motor controller est basically maxime integralis pars motricium et ludit an maximus munus in basically providente ius operationem multiplex modi opus currere et prohibere motricium.
Despite the variety of complex executable methods, this paper aims to cover some of the most basic motor control applications with AC (AC)
Induction motors commonly used in various industries, and the most basic type of motor controller is directly online (DOL)
Motor controller.
Direct online motor controller (DOL)
The easiest way to control the motor is directly online (DOL)
The motor controller, which provides the line voltage directly to the motor through a switch or a single unit magnetic contactor.
Type motricium moderatoris maxime applicantur ad parva motoribus, quia parva motoribus non faciam nimis onus onus, ita adversa copiam voltage ex virtute eget.
Et Cad Diagram in ius ostendit electrica diagram de typical modum III-phase Dol Motor Power Circuit Controller.
Pelagus circuitus rupit actus ut principalis switch commeatus potentia ad ratio.
Est etiam instructa cum super current et brevi circuitu praesidio pro ipso trinus
averte ad DEJUGO potentia copia ut onus est disabled cum culpa in onus Circuit deprehenditur.
Pelagus magnetica contactus agit ut motricium operatio switch, connectens et disconnecting copia intentione a principalis circuitu ruptor ad motricium.
Cum pelagus contactor est off, ad copia intentione continues ad motricium terminum currit motricium.
Et scelerisque ONERO Nullam usus est ad deprehendere motor overload current, et cum hoc current deprehenditur, ut statim disconnect in potestate circuitu motricium controller ad prohibere operationem et ne motricium ex ardenti.
De Dolon Dol control Circuit Diagram ostensum est in dextro ostendit typicam switching system de Dol Motor controller.
Imperium Circuit fit completum cum operante premit currere button switch, permittens potestatem copia movere ad pelagus contactor coil, quae powered.
Post pelagus contactus est powered in, ejus internum tres polus mechanica contactus (
reference motor imperium chart)
coniungere copia voltage ad claudendo fabrica motricium terminales ad currere motricium fabrica motricium in motricium ad motricium motricium ad motricium ad motricium motricium ad currere motricium.
Back to the control circuit diagram, since the auxiliary normally open contact of the main contactor parallel on the running button switch is already off after the main contactor coil is activated, even if the operator releases the finger from the running button switch, the power continues to flow to the main contactor coil, a holding contact switch that maintains a complete circuit to run the motor continuously without further human intervention, by running and stopping the button swithces, it provides commodum in operator ad conversus in quod off motor.
Duo circuits sunt disiungitur in imperium ratio.
In addition to the OFF-button switch, the thermal overload relay is also used as a disconnect switch to make the control circuit disconnected or incomplete, and when the motor overload current is detected, the control circuit deactivates the main contactor to stop the motor.
Motor motricium motricium motricium motricium motricium motricium motricium motricium rotating motricium potest procurrere et vicissim secundum quod requiruntur ad applicationem ut install motricium, exempli gratia, ut in TRADUCTOR ratio includitur in TRADUCTOR mensa.
Dum genera applications requirere hoc ordine, deinceps vicissim motor controller est applicantur ad imperium circuitu motricium ad consequi hanc rem.
Iterum, quod apparatu requiritur ad hanc operational possibilitate est magnetica contact.
Et vicissim motricium rotationis III-phase ac inductio motricium potest effectum per switching in configuratione de aliqua duo trium motricium terminales U1, V1, L2, L3
Hæc modum operationis.
Vos mos animadverto magnetica contactu cum duobus unitatibus a motricium imperium diagram supra (
deinceps contacttor et vicissim contact)
coniungere parallel ad invicem.
Please note that the line parameters of these two contactor follow the common connection configuration of the supply voltage L1, L2, L3, and the load parameters of these two contactor have different configurations for the motor terminal U1, v1, t1
The forward contactor is connected to L1, L2 is connected to V1, L3 is connected to W1, which makes the motor run forward.
Cum Contrarium Contactor Configuratur cum duo terminales in contrarium ordine, L1 coniungitur T1 loco U1, tunc L3 coniungitur W1 pro W1, solum L2 coniungitur V1.
Deince control Circuit Diagram ostensum est supra ostendit duo DOL control Circuitibus cum duabus magnetica contactu ad accommodare deinceps et vicissim motor rotatione, tamen, ex inclusione est additional interlock, solet inter se contactus.
Haec interlocking contactus intenditur salus cautiones ne activation duarum contactor coils simul, quod damnum motricium si impeditur.
Cum deinceps contactor coil est activated, eius auxiliariis Northmanni clausa contactus connectitur ante vicissim Contactor Coil aperitur, ita prohibere contra button switch ex accidens adversa contactam coil et positivum contactuum contactu.
Similiter cum motricium in vicissim operatio, contrarium contactum coil ageret, et debitum ad praesentiam aperta vicissim contact switch provisum est a Powered deinceps contactus cum e converso, ut non potest esse activae deinceps.
Alius necessaria electrica imperium modum pro ac inductione Motors est stella Delta motor controller.
Et motor controller est etiam necessaria pars industriae processus automation technology.
Ego autem Copyright dominus huius operis, hic edita sub sequenti licentia: Quam discere motricium imperium-the Rector ut Motor Control Motor Controller ad Ian, noncommercial-Noderivs III
.
