An armature controlled DC motor has the following parameters: Tf = 0.03 Nm KT = 0.15 Nm/A Imax = 2.4 A KE = 0.15 Vs/rad Wmax = 5000 rpm R = 0.8 Ohms %3D 1. Determine the following: (i) The maximum output torque. (ii) The maximum power output. (iii) The maximum armature voltage. (iv) The no load motor speed when e = Emax
An armature controlled DC motor has the following parameters: Tf = 0.03 Nm KT = 0.15 Nm/A Imax = 2.4 A KE = 0.15 Vs/rad Wmax = 5000 rpm R = 0.8 Ohms %3D 1. Determine the following: (i) The maximum output torque. (ii) The maximum power output. (iii) The maximum armature voltage. (iv) The no load motor speed when e = Emax
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![An armature controlled DC motor has the following parameters:
Tf = 0.03 Nm
KT = 0.15 Nm/A
Imax = 2.4 A
KĘ = 0.15 Vs/rad
Wmax = 5000 rpm
R = 0.8 Ohms
1. Determine the following:
(i) The maximum output torque.
(ii) The maximum power output.
(iii) The maximum armature voltage.
(iv) The no load motor speed when e = Emax
2. Plot the following relationships:
(i) Torque versus current
(ii) Induced voltage versus speed
3. If the above motor is operated at 3000 rpm with a load torque of 0.15 N.m,
determine the armature voltage](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5b29b4f0-bdf2-4730-9c90-2fc329620137%2Ff3154910-8cc7-462e-83b9-200c7aaddce5%2Fq1vejs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:An armature controlled DC motor has the following parameters:
Tf = 0.03 Nm
KT = 0.15 Nm/A
Imax = 2.4 A
KĘ = 0.15 Vs/rad
Wmax = 5000 rpm
R = 0.8 Ohms
1. Determine the following:
(i) The maximum output torque.
(ii) The maximum power output.
(iii) The maximum armature voltage.
(iv) The no load motor speed when e = Emax
2. Plot the following relationships:
(i) Torque versus current
(ii) Induced voltage versus speed
3. If the above motor is operated at 3000 rpm with a load torque of 0.15 N.m,
determine the armature voltage
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