Docsity
Docsity

Prepare for your exams
Prepare for your exams

Study with the several resources on Docsity


Earn points to download
Earn points to download

Earn points by helping other students or get them with a premium plan


Guidelines and tips
Guidelines and tips

Characteristics and Calculations for a Three-Phase Autotransformer and Transformer, Study notes of Process Control

The characteristics and calculations for a three-phase autotransformer and transformer from the instituto técnico central la salle's mecatrónica faculty. The information includes voltage, current, power, number of turns, and capacitance for both the autotransformer and transformer.

What you will learn

  • What is the total power rating for the transformer?
  • What are the voltage and current values for the autotransformer's winding A and B?
  • How many turns are in each winding of the autotransformer?

Typology: Study notes

2019/2020

Uploaded on 10/16/2021

anyi-rojas-villamarin
anyi-rojas-villamarin 🇺🇸

1 document

1 / 3

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
Autotransformador y transformador trifásico
Escuela tecnológica instituto técnico central la salle
Facultad de Mecatrónica
Maquinas electricas
Anyi Paola Rojas Villamarin
Henry Mora
Fabian Steven Diaz
2021
pf3

Partial preview of the text

Download Characteristics and Calculations for a Three-Phase Autotransformer and Transformer and more Study notes Process Control in PDF only on Docsity!

Autotransformador y transformador trifásico Escuela tecnológica instituto técnico central la salle Facultad de Mecatrónica Maquinas electricas Anyi Paola Rojas Villamarin Henry Mora Fabian Steven Diaz 2021

Autotransformador El autotransformador que nos correspondió esta en las siguientes características y con ellos se hacen los cálculos para poder implementar el autotransformador. A:3,8 B:4 Vp1:41V Vp2:120V Vs1:11v Vs2:12V Vs3:20V Sn: 3,8 X 4: 15.2 P:15.2^2 P:231.04 La cantidad de chapas es de 40 Np1:10^841/4.44601000015.2 : 101 v I:231.04/41:5.6 Cp1: Np2:10^8120/4.44601000015.2 :296v I:231.04/120:1.92 Cp2: Ns1:10^811/4.44601000015.2 :27v I:231.04/11:21 Cs1:12- Ns2:10^812/4.44601000015.2 :29v I:231.04/12:19.25 Cs2:12- Ns3:10^820/4.44601000015.2 :50v I:231.04/20:11.55 Cs3:12- Transformador trifásico El transformador trifásico que nos correspondió está en las siguientes características y con ellos se hacen los cálculos para poder implementar el autotransformador. ΔΥ A:5 Vp:230V Vs:98V R1R2R3:12ohm Is:V/R 98/12:8.1 P:8.1 *98: 793.8 la cantidad de chapas es de 56 Ip:793.8/230 :3.

B:√ P / A B:√793.8/ 5 : 5.63 Sn: √793.8: 28.

Np1:10^8230/4.44601000028.17: 307v Cp1: 18 Ns1:10^898/4.44601000028.17 : 131v Cs1: 14