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EE 1351 SOLID STATE DRIVES. D.ELANGOVAN, Lecturer, Dept. of EEE, SVCE Course home page www.elangodrives.webs.com. EE 1351 SOLID STATE DRIVES. INTRODUCTION TO SOLID STATE DRIVES LECTURE # 1 Motivation Learning Objective. EE 1351 SOLID STATE DRIVES ---- Introduction. Motivation.
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EE 1351SOLID STATE DRIVES D.ELANGOVAN, Lecturer, Dept. of EEE, SVCE Course home page www.elangodrives.webs.com D.ELANGOVAN
EE 1351SOLID STATE DRIVES INTRODUCTION TO SOLID STATE DRIVES LECTURE # 1 Motivation Learning Objective
EE 1351SOLID STATE DRIVES ---- Introduction Motivation
SOLID STATE DRIVES Importance of Creating Motion Drives Electric Drives / Types Application – Speed Control Solid State Drives Advantages / Disadvantages Applications D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 • Unit 1 – Dynamics of Electric Drives • Unit 2 - Converter & chopper fed Drives • Unit 3 - Induction Motor drives • Unit 4 - Synchronous Motor Drives • Unit 5 - Controller Design D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 Nearly 65% of the total electric energy produced in the USA is consumed by electric motors.” - R. Krishnan, “Electric Motor Drives” D.ELANGOVAN
Motion Introduction to Electric Drives – Lecture #1 www.irf.com D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 Steel mills D.ELANGOVAN
EATON/International HD HEV Service Truck D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 • Electrical Drives Drives are systems employed for Motion control Require prime movers Drives that employ electric motors as prime movers are known as Electrical Drives D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 ADVANTAGES • Smooth operation • More flexible • Reliable, • Time Savings • Economical, efficiency • Productivity • Less maintenance, pollution free D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 Applications / Manufacturers • Industry • Transportation • Agriculture • Domestic application • Machine tool drives D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 INDUSTRY • Paper mills; textile mills • Automotive applications • Conveyors, elevators, escalators, lifts • Robotics • Air compressors, blowers D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 TRANSPORTATION • Fork lift trucks • electric locomotives • Aircraft • Ship Drives • Lifts D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 AGRICULTURE pumps D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 Domestic application • Washing machines • Grinders • Fan • Air-conditioning • Tape recorder D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 Machine tool drives • Lathe • Drilling machines • Milling machines • Grinding machines D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 Applications • Electric Propulsion • Pumps, fans, compressors • Plant automation • Spindles and servos • Appliances and power tools • Cement kilns, steel mills, • Paper and pulp mills; textile mills • Automotive applications • Conveyors, elevators, escalators, lifts D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 DISADVANTAGES • It requires continuous power supply D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 BuildingCranes D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 lift D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 Steel mills D.ELANGOVAN
EATON/International HD HEV Service Truck D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 MANUFACTURERS • GE CONSUMER AND INDUSTRIAL • METRON INC • POWERTEC INDUSTRIAL SAFETY • RELIANCE • PILZ AUTOMATION • ROCKWELL AUTOMATION etc… D.ELANGOVAN
Introduction to Electric Drives – Lecture #1 REVIEW • WHAT IS DRIVE • TYPES OF DRIVE SYSTEM • ELECTRIC DRIVE • ADVANTAGES / DRAWBACKS AND APPLICATIONS • DRIVES MANUFACTURERS D.ELANGOVAN