The total Armature Winding resistance and shunt area winding resistance of a self-excitation DC shunt motor 0.22 Ω and 170Ω respectively. Motor armature coefficient Ka = 40. DC shunt motor, a mechanical load it operates at 230V for feeding and is powered by a full load current of 40A. Flux per pole the value is known to be 50mWb. Brush-contact voltage drop is 2V. Core losses and the total loss of Rotary parts is 450W. Answer the following. (a) Armature current value (b) induced voltage value in Armature (c) the speed of the Motor
The total Armature Winding resistance and shunt area winding resistance of a self-excitation DC shunt motor 0.22 Ω and 170Ω respectively. Motor armature coefficient Ka = 40. DC shunt motor, a mechanical load it operates at 230V for feeding and is powered by a full load current of 40A. Flux per pole the value is known to be 50mWb. Brush-contact voltage drop is 2V. Core losses and the total loss of Rotary parts is 450W. Answer the following. (a) Armature current value (b) induced voltage value in Armature (c) the speed of the Motor
Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter12: Power System Controls
Section: Chapter Questions
Problem 12.4P
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3) The total Armature Winding resistance and shunt area winding resistance of a self-excitation DC shunt motor
0.22 Ω and 170Ω respectively. Motor armature coefficient Ka = 40. DC shunt motor, a
it operates at 230V for feeding and is powered by a full load current of 40A. Flux per pole
the value is known to be 50mWb. Brush-contact voltage drop is 2V. Core losses and
the total loss of Rotary parts is 450W. Answer the following.
(a) Armature current value
(b) induced voltage value in Armature
(c) the speed of the Motor,
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