Transcription of Motor Basics - Process Control and Instrumentation
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Motor Basics - Process Control and Instrumentation
Motor Basics AGSM 325. Motors vs Engines Motors convert electrical energy to mechanical energy. Engines convert chemical energy to mechanical energy. 1. Motors Advantages Low Initial Cost - $/Hp Simple & Efficient Operation Compact Size cubic inches/Hp Long Life 30,000 to 50,000 hours Low Noise No Exhaust Emissions Withstand high temporary overloads Automatic/Remote Start & Control Disadvantages Portability Speed Control No Demand Charge Magnetic Induction Simple Electromagnet Like Poles Repel Opposite Poles Attract 2. Operating Principle Motor Parts Enclosure Stator Rotor Bearings Conduit Box Eye Bolt 3. Enclosure Holds parts together Helps with heat dissipation In some cases, protects internal components from the environment. Stator (Windings). Stationary part of the Motor sometimes referred to as the windings . Slotted cores made of thin sections of soft iron are wound with insulated copper wire to form one or more pairs of magnetic poles.
Motor Basics AGSM 325 Motors vs Engines • Motors convert electrical energy to ... Motor Types CLASSIFICATION OF MOTORS Synchronous Induction Hysteresis Reluctance Permanent Magnet Wound Rotor Synchronous ... motors up to 10 Hp. • Good starting torque (less than cap start)
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