AEL-CM4 接触器・センサーIVによる自動制御オペレーション

AUTOMATIC CONTROL OPERATIONS WITH CONTACTORS AND SENSORS IV APPLICATION - AEL-CM4

革新的なシステム

The Automatic Control Operations with Contactors and Sensors IV Application, "AEL-CM4", has been designed by EDIBON for the study of automatic control operations with contactors and sensors connected to a load (induction motors, conveyor belts, lighting, etc).

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関連ニュース

概要

The Automatic Control Operations with Contactors and Sensors IV Application, "AEL-CM4", has been designed by EDIBON for the study of automatic control operations with contactors and sensors connected to a load (induction motors, conveyor belts, lighting, etc).

This application allows the students to acquire the most important knowledge about the working mode of industrial installations equipped with circuit breakers, sensors and induction motors. Through this application can be studied the most significant sensors used in the industry such as limit switches, pulse counters, inductive proximity sensors, capacitive proximity sensors, barrier photo-electric sensors, level magnetic sensors and level controller devices. All these elements will be wired with basic and complex control logic circuits explained step by step from basic level to advanced level.

演習と指導の慣行

マニュアルに含まれるガイド付き実習

  1. Checking the industrial power supply.
  2. Checking the AC auxiliary power supply.
  3. Checking the lamps.
  4. Checking and wiring demonstration of the limit switch.
  5. Checking, wiring and programming demonstration of the pulse counter.
  6. Checking and wiring demonstration of the cylindrical inductive proximity sensor.
  7. Checking and wiring demonstration of the DC cylindrical capacitive proximity sensor.
  8. Checking and wiring demonstration of the barrier photoelectric emitter and receptor sensor.
  9. Checking and wiring demonstration of the reflecting photoelectric emitter and receptor sensor.
  10. Checking and wiring demonstration of the level magnetic sensor.
  11. Checking and wiring demonstration of the level controller.
  12. Study of the basic control elements of the three-phase induction motor.
  13. Study of the control of the squirrel cage three-phase induction motor with the limit switch.
  14. Starting and reversing operation of the induction motor.
  15. Starting and reversing operation of motor with induction motor, capacitive, inductive and barrier photoelectric sensors.
  16. Starting and reversing operation of the induction motor using capacitive, inductive and barrier photoelectric sensors and pulse counter.
  17. Reflecting photoelectric sensor, inductive sensor and pulse counter.
  18. Level magnetic sensor and level controller.
  19. Simulation of a water tank filling.

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