O d. RA = 0.125 Ohms A 180-V, DC motor is connected as a cumulatively-compounded DC motor. Its characteristics are given below: RA= 0.10 2 Rs = 0.05 2 RF = 125 2 Radj = 100 2 NF= 1000 turns NSE= 10 turns %3D IL, rated = 55 A nm=1800 RPM This motor has compensating windings and interpoles. When the motor is rotating at 1680 RPM, 180 V supply, 52 A armature current, the rotational losses are 933 Watt. What torque is induced by this motor? Select one: a. Induced Torque = 50.9 N.m b. Induced Torque = 45.6 N.m. c. Induced Torque = 54.5 N.m d. None line current, 1500 RPM. shunt DC motor is considered

O d. RA = 0.125 Ohms A 180-V, DC motor is connected as a cumulatively-compounded DC motor. Its characteristics are given below: RA= 0.10 2 Rs = 0.05 2 RF = 125 2 Radj = 100 2 NF= 1000 turns NSE= 10 turns %3D IL, rated = 55 A nm=1800 RPM This motor has compensating windings and interpoles. When the motor is rotating at 1680 RPM, 180 V supply, 52 A armature current, the rotational losses are 933 Watt. What torque is induced by this motor? Select one: a. Induced Torque = 50.9 N.m b. Induced Torque = 45.6 N.m. c. Induced Torque = 54.5 N.m d. None line current, 1500 RPM. shunt DC motor is considered

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

(V/F) speed controt can be adopted in wound rotor, induction motor? Hue False
Hdjjwjdjdnbe
V1 = 170 V f1 = 100 Hz 1) A single-phase load has an active power of P = 2 kW at V1 V @f1Hz and the power factor is cosφ = 0.75. This motor is compensated to cosφ = 0.85 using a parallel capacitor current before compensation?
For a 1.8 degree, 2 phase bipolar stepper motor, steeping rate is 100 steps/seconds. The rotational speed of the motor in rpm is
SThis course d. K = 101.86 and flux = 3.33 mWb / pole A 180-V, DC motor is connected as a cumulatively-compounded DC motor. Its characteristics are given below: RA=0.10 2 Rs=0.05 2 RF= 125 2 Radj = 100 2 %3D NF= 1000 turns NSE= 10 turns IL. rated = 55 A nm= 1800 RPM This motor has compensating windings and interpoles. When the motor is rotating at 1680 RPM, 180 V supply, 52 A armature current, the rotational losses are 933 Watt. What torque is induced by this motor? Select one: Oa. Induced Torque = 54.5 N.m Ob. Induced Torque = 50.9 N.m Oc. Induced Torque = 45.6 N.m. Od. None Is this armature winding a progressive.or a retro-progressive winding? 10
Hury up pleaaaaaaase