LOSSES AND THE POWER FLOW DIAGRAM
Induction motors have been described as rotating transformers. The input is a three-phase system of voltages and currents. The secondary windings of the motor (the rotor) are shorted out. Figure 6.11 illustrates the relationship between the input electric power and the output mechanical power. The stator copper losses are I 2R in the stator windings. The core losses include the hysteresis and eddy currents losses.
Related posts:
TRANSFORMERS:THREE-PHASE TRANSFORMERS
Software for Electronics:Productivity Software for electronics
Meters - Measurement of DC Voltage
D.c. Motor:Motor Characteristics
Electric Motor Manual – SELECTION AND APPLICATION – Calculating torque and heat build-up...
Fundamentals of Electricity:resistance
Float switches:The Bubbler System
POWER ELECTRONICS, RECTIFIERS, AND PULSE-WIDTH MODULATION INVERTERS:PULSE SYNCHRONIZATION AND VOLTAG...
Electric Motor Manual – INSTALLATION METHODS – Cycling of motors for energy conservation
Electrolytic Capacitor Components
Lighting Circuits:Lampholders
Objective tests on single-phase motors
INVERTER-FED INDUCTION MOTOR DRIVES:CONTROL ARRANGEMENTS FOR INVERTER-FED DRIVES
SYNCHRONOUS GENERATORS:PARALLEL OPERATION OF AC GENERATORS
Incoming search terms:
- power flow diagram of 3 phase induction motor
- power flow diagram of induction motor
- flow chart of induction motor
- diagrams of induction in electricity
- power flow of induction motor
- power flow in an in
- power flow digram in induction motor
- power flow diagram of three phase induction motor
- power flow diagram of an induction motor
- induction motor power flow
- explain power flow in 3phase induction motor
- explain power flow diagram of induction motor
- simple power flow diagram of induction motor