O-A 400 V, 15 kW, pole, 50 Hz, Y-connected induction motor has full load slip of 4%. The output torque of the machine at full load is
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- A 3 kV, 8 pole, 50 Hz, 3-phase induction motor has a slip ring rotor of resistance 0.12 ohm and stand still reactance of 0.48 ohm per phase. Full load torque is obtained at 720 r.p.m. Calculate (a) the ratio of maximum to full load torque (b) the speed at maximum torque.A four-pole, three-phase induction motor rotatesat 1,700 r/min when the load is 100 N-m. The motoris 88 percent efficient.a. Determine the slip at this operating condition.b. For a constant-power, 10-kW load, determine theoperating speed of the machine.c. Sketch the motor and load torque–speed curves onthe same graph. Show numerical values.d. What is the total power consumed by themotor?480-V, 60-Hz, four-pole Y-connected induction motor runs at 1735 rpm when operating at full load. Assume the friction and windage losses are 1.6 kW and core losses are 1.3 kW. The motor parameters are: R₁ = 0.05 ohm, R2 = 0.08 Ohm, X₁ = 0.18 Ohm, X2 = 0.16 Ohm, Xm = 0.16 Ohm. find the torque at 1735 rpm using the approximate torque-slip equation.
- A 4 pole, 220V dc shunt motor takes 32A from the supply mains and develops a power of 5.6KW in its armature. The field winding and armature resistances are 220ohms and 0.09ohm respectively. It has 540 lap wound conductors. If the flux per pole is 30mWb, calculate the torque developed in lb-ft.A 40 hp, 230-V, 8 pole , 25-Hz three phase induction motor is running at 355 rpm at rated load. The torque lost by friction is 24 N-m. If total stator losses amount to 1000 W, evaluate the efficiency of the motor at this load.Calculate the speed of a 440-V, 50-Hz, three-phase, synchronous motor that has 12 poles. If the motor takes a line current of 100 A at 0.8 power factor lead, what torque will the machine develop. Neglect losses.
- Ouestion 2: A 3phase induction motor, 6 pole, star connected stator winding 380 1, 50 H: rotor resistance and stand still reactance are 0.152 and 0.6 Q per phase The transformation ratio 0.65 and full load slip 3%, Calculate: a) The developed torque (ull load torque) at fill load. b) Maximum torque ) Speed at maximum torque d) Starting torque من ما3 DECIMAL PLACES: The useful full-load torque of 3-phase, 6-pole, 50-Hz induction motor is 242.84 Nm. The rotor emf is observed to make 90 cycles per minuteCalculate (a) motor output b) Cu loss in rotor (c) motor input and (d) efficiency if mechanical torque lost in windage and friction is 28.36 Nm and stator losses are 890W.A 440V, 50 Hz, 6 pole, Y-connected induction motor is rated at 75 kW. The equivalent circuit parameters are R1 Ω =0.082 Ω R2 = 0.070 Ω XM = 7.2 Ω X1 Ω =0.19 Ω X2 = 0.180 Ω In this problem, you are to calculate the pull-out torque. The slip is 0.04. a) Rth and Vth? b) Slip at pullout torque Smax? c) The pullout torque Tmax?
- A 15 kW, 400 V, 4-pole, 50 Hz, star connected 3-phase induction motor has full load slip of 4 %. The output torque of the machine at full load isDesign 10 HP, 440 V, 3-Phase, 4-pole, 50 Hz squirrel cage induction motor which is be started using a star-delta starter. Find the main dimensions, number of turns per phase & numbe stator slots. Assume:-Average flux density in the gap = 0.45wb/m², Ampere conductors per meter = 2300 ,Efficiency =0.85Power factor = 0.84, stator winding factor = 0.955. Choose the main dimension to p an overall good design.A 3-phase synchronous motor of 8000 W at 1100 V has synchronous reactance of 82 per phase. Find the minimum current and the corresponding induced em for full-load condition. The efficiency of the machine is 0.8. Neglect armature resistance.