Understanding Motor Controls

STUDENT-FRIENDLY LABORATORY EXPERIMENTS ARE NOT BRAND-SPECIFIC FOR MAXIMUM FLEXIBILITY AND ACCESSIBILITY. Because all hands-on lab experiments are not based on a particular brand of relay, timer or other piece of equipment, you and your students can construct and complete the experiments using common motor control components.

DETAILED EXAMPLES CLARIFY MORE DIFFICULT TOPICS, SUCH AS HOW TO CONVERT A LADDER OR SCHEMATIC DIAGRAM TO A WIRING DIAGRAM. Clear examples and illustrations demonstrate this first step in learning how to connect a working circuit using a schematic diagram. Thoroughly understanding this concept also helps your students understand the logic of a circuit.

EXTREMELY READER-FRIENDLY APPROACH OFFERS EASY-TO-READ EXPLANATIONS WRITTEN IN LANGUAGE STUDENTS CAN UNDERSTAND. The author incorporates many practical illustrations to clarify and explain in a step-by-step sequence how the logic of a circuit works. This proven approach helps ensure the thorough understanding and foundation students need to advance.

EXPANDED COVERAGE NOW INTRODUCES INDUSTRIAL MOTOR CONTROL TOPICS. This complete edition now highlights industrial motor control topics as well as the basic electronics coverage need to master these principles.

THOROUGHLY UPDATED ILLUSTRATIONS DEPICT TODAY'S MOST RECENT COMPONENTS AND TECHNOLOGIES. These clear, timely illustrations help clarify even the most challenging principles and further reinforce the author's reader-friendly approach.