Verto Operating voltage ordinationes

2.1 operating voltage range

Et operating voltage ut plerumque non erit altior quam CV% of rated voltage de operating ICTUS. Nam speciale usus condiciones, operatio apud non magis quam CX% de rated voltage licet.

2.2 necessitudinem inter current et voltage

Et necessitudinem inter current et voltage est ut sequitur:

Cum onus current / rated current = K (0≤K≤1), U (%) = 110-5K²

Et operating voltage u limitatur.

2,3 et impulsum et nocere nimia voltage in Transformers

Ut potentia copia intentione crescit, magnetica fluxus фф auget, ita augendae excitation current im. Excitation vena est reactive current, ita reactivum potentia crescit et activae potestatem liceat transire per transformator decrescit.

In addition, as the voltage increases, the magnetic flux increases, causing the core to saturate and produce over-excitation, causing the voltage and magnetic flux waveforms of the transformer to be distorted (forming peak waves), and the high-order harmonic components to increase, thereby increasing the additional losses of the motor and lines, generating resonant overvoltage in the system, and damaging the Nulla electrica apparatu. Simul altus Ordinis harmonica intermixti prope communicationis lineae.

Nam transfigurator ipsum, in voltage incremento et faciam super-excitationem de transformator, quod necesse est causa transformator core ad Overheat, causando Core velut aetate, reducing vitam transfiguratorem vel etiam ardenti in Vestibulum.

2.4 Causis OverVoltage in TRANSFERNER

Post potestatem ratio est disiungitur ex accidente, quidam systems ut experiri onus effusione overVoltage, feromagnet resonatur overvolntage, improprie resonare in Transformers in finem, cum generantis, non pervenire ad finem, et generans, non pervenire ad rated, et generans, non pervenire ad rated, et generans, non pervenire ad rated valorem, et generans auto-excitatio.

2.5 voltage temperatio de Transformer

Et operating intentione temperatio de Transformer est intellexit per ICTUS verso. In Transformer ICTUS Burana est extruxerat in Duo genera: off-excitatio voltage temperatio et on-onus voltage temperatio.

Off-excitatio voltage temperatio potest non modo fieri sub potestate eu condiciones. Cum adjusting ad calces, necesse est attendere ad consistency trium-phase temperatio calces pro uno-phase virgas. Postquam adjusting calces transformatio ratio probare oportet confirmare tres-tempus Gears consistent antequam potest esse. On-

onus intentione temperatio potest fieri sub energized conditionibus. Cum adjusting ad calces, sequenti ordinationes servetur: et voltage debet esse accommodetur gradus per gradus, et mutationes in ICTUS positus, intentione, et current debet monitored in voltage temperatio.

In Switches installed in augmenta trium-phase Transformers, aut on-onus ICTUS mediatores de uno-phase transfiguratoribus coetus, debet esse operated synchronice in tres gradus.

Cum on-onus intentione temperatio Optimus sunt operated in parallel, in voltage temperatio operationes debet fieri synchronoe gradus per gradus rursus. Cum on-onus

Voltage temperatio Optimus et off-excitatio intentione disparet Transformers sunt operabantur in parallela, et ICTUS voltages duo Transformers sit ut proxima.

2.6 Verto Capacity in voltage temperatio

Cum autem intentione est adaequatum, capacitatem transfiguratorem esse, quod sequitur:

Cum ad ICTUS mutatur in range of ± V% sine excitatio voltage ordinacione, transformatorius facultatem manet immutata; when the on-load voltage regulation range is larger, such as the ±7.5% and ±10% tap range, at the maximum negative tap, that is, at -7.5% and -10% tap, due to the limitation of the conductor current, the transformer capacity should be reduced accordingly. Si fabrica habet non ordinationes, quod plerumque reducitur per 2.5% et V%.