QUESTION 5 (a) Briefly explain two methods in order to energize the rotor in AC motor. (b) List down FOUR (4) advantages of the thrcc phase induction motor. (c) A three phase induction motor with the specification in Table Q5(c) is used to drive a new machine in company De Louvre Sdn. Bhd. Determine: Table Q5(c) : Specification of induction motor Line voltage Operation frequency Connection type No. of pole Rotor type Per phase impedance (refer to stator circuit) 415 V 50 Hz Y Wound R=0.652 R= 0.302 XI = 1.50 2 X2= 0.45 2 XM= 30.0 2 5 % 300 W 200 W Slip Core losses Friction and windage losses Stray losses 100 (i) The stator speed, rotor speed and frequency of rotor (ii) The line current (iii) The stator copper loss and air-gap power (iv) The power converted and output power

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QUESTION 5
(a)
Briefly explain two methods in order to energize the rotor in AC motor.
(b)
List down FOUR (4) advantages of the three phase induction motor.
(c)
A three phase induction motor with the specification in Table Q5(e) is used to drive a
new machine in company De Louvre Sdn. Bhd. Determine:
Table Q5(e) : Specification of induction motor
Line voltage
Operation frequency
Connection type
No. of pole
Rotor type
Per phase impedance (refer to
stator circuit)
415 V
50 Hz
Wound
R= 0.652 RF0.302
X = 1.50 2 X2 = 0.45 2
XM= 30.0 2
5 %
Slip
Core losses
Friction and windage losses
Stray losses
300 W
200 W
100
(i)
The stator specd, rotor speed and frequency of rotor
(ii)
The line current
(iii)
The stator copper loss and air-gap power
(iv)
The power converted and output power
Transcribed Image Text:QUESTION 5 (a) Briefly explain two methods in order to energize the rotor in AC motor. (b) List down FOUR (4) advantages of the three phase induction motor. (c) A three phase induction motor with the specification in Table Q5(e) is used to drive a new machine in company De Louvre Sdn. Bhd. Determine: Table Q5(e) : Specification of induction motor Line voltage Operation frequency Connection type No. of pole Rotor type Per phase impedance (refer to stator circuit) 415 V 50 Hz Wound R= 0.652 RF0.302 X = 1.50 2 X2 = 0.45 2 XM= 30.0 2 5 % Slip Core losses Friction and windage losses Stray losses 300 W 200 W 100 (i) The stator specd, rotor speed and frequency of rotor (ii) The line current (iii) The stator copper loss and air-gap power (iv) The power converted and output power
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