Product Guide Electronics and Electrical Engineering

44 Servo Brake and Drive System TP 1410 A compact and powerful motor testing platform Modern drives are characterized by the integration of electrical and mechanical components into complete systems. In addition to the fundamentals of the rotating electrical machines, the system approach and practical relevance play a decisive role in an effective learning concept. Enclosed in a compact housing, this equipment set incorporates a complete, flexible and convenient load and drive system, which is used to analyze the systems to be examined in different load situations. The unique didactic concept makes a clear distinction between the unit under test and the load. The practical quick-change system makes it easy to set up and change the machines to be examined. The unit under test circuits are created using reliable and flexible A4 EduTrainer modules. Simple tests such as the recording of a characteristic curve can be performed manually with the brake system, with no need for a PC and software. Measured values, characteristics and function mode are shown on the integrated display. The convenient DriveLab software provides a wide range of options. With the electric teaching machines, virtually all electric circuits and drives that exist in industry, in trade and in the home can be explained practically and effectively. The range of drives includes systems of varying degrees of complexity, including single-phase and threephase drives, DC drives and modern servo drives. Training content – Electric drive technology components – DC drives – AC drives – Three-phase drives – Special purpose machines – Actuation with contact – Frequency converters – Communication technology Technical data – Input voltage: 1 AC/110 – 230 V, 50 – 60 Hz – Control console housing with rubber feet for use in the desk – Connection via 4 mm safety connector – Integrated EMC filter – Integrated braking resistor Drive Technology and Motor Control > Training Packages > Servo Brake and Drive Systems

RkJQdWJsaXNoZXIy MzE0OTAwNw==