AE-BMI Brushless Motor Industrial Application

BRUSHLESS MOTOR INDUSTRIAL APPLICATION - AE-BMI

AE-BMI. Brushless Motor Industrial Application

BRUSHLESS MOTOR INDUSTRIAL APPLICATION - AE-BMI

BMI-UB/CCSOF. Computer Control+Data Acquisition+Data Management Software Menu

BRUSHLESS MOTOR INDUSTRIAL APPLICATION - AE-BMI

BMI-UB/CCSOF. Computer Control+Data Acquisition+Data Management Software. Example waveforms

BRUSHLESS MOTOR INDUSTRIAL APPLICATION - AE-BMI

BMI-K1. Brushless Motor with Adjustable Brake

BRUSHLESS MOTOR INDUSTRIAL APPLICATION - AE-BMI

BMI-K2. Brushless Motor with Linear Axis

BRUSHLESS MOTOR INDUSTRIAL APPLICATION - AE-BMI
BRUSHLESS MOTOR INDUSTRIAL APPLICATION - AE-BMI
BRUSHLESS MOTOR INDUSTRIAL APPLICATION - AE-BMI
BRUSHLESS MOTOR INDUSTRIAL APPLICATION - AE-BMI
BRUSHLESS MOTOR INDUSTRIAL APPLICATION - AE-BMI

SISTEMAS INOVADORES

The Brushless Motor Industrial Application, "AE-BMI", has been designed by EDIBON to study the brushless motor control system with a real application. The "AE-BMI" application has available applications that contain real industrial systems, such as a linear axis system or a motor with a braking system.

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NOTÍCIAS RELACIONADAS

Descrição Geral

The Brushless Motor Industrial Application, "AE-BMI", is designed to perform the most common control used in the industry: the position control. The "AE-BMI" application allows the student to configure up to four positions with all the parameters involved when the system has to reach each of these positions: relative or absolute positioning, speed value, acceleration and deceleration of the system when it approaches the desired position, digital input signal to activate every position, setting the home position, etc.

The configuration is done through the software of the driver which controls the motor. Since "AE-BMI" is a computerized system, appart from using the computer to configure the movement parameters, it allows to visualize the state of the digital input and output signals, the speed response of the motor, the alarms state, the torque value, etc.

The "BMI-UB" is the base unit of the "AE-BMI". To work with the "BMI-UB" other required elements are necessary. The required elements available are real examples of motion control systems: a servomotor with adjustable brake and a servomotor with linear axis system. The base unit includes the driver, control system, to control the motor included in the additional application.

The "AE-BMI" also allows the student to work with a programmable logic controller, PLC. The PLC receives the signals of the different sensors installed in each additional application and controls the brushless motor system through digital and pulsed signals, allowing the addition of a PLC control to a brushless motor system.

EXERCÍCIOS E PRÁTICAS GUIADAS

EXERCÍCIOS PRÁTICOS GUIADOS INCLUÍDOS NO MANUAL

Exercises and practical possibilities to be done with the Brushless Motor with Adjustable Brake, "BMI-K1":

  1. Angular position control.
  2. Configuration of reference position (homing).
  3. Configuration of a position and activation through a digital input.
  4. Configuration of four positions and activation through digital inputs.
  5. Movement of the shaft associated to absolute positions.
  6. Movement of the shaft associated to relative positions.
  7. Configuration of movement sequences using different configurations modes.
  8. Graphs analysis of torque, position and velocity of the motor.
  9. Analysis of the torque limit.

Exercises and practical possibilities to be done with the Brushless Motor with Linear Axis, "BMI-K2":

  1. Angular position control of a linear axis system.
  2. Configuration of reference position (homing).
  3. Configure of a position and activate through a digital input.
  4. Configuration the acceleration and deceleration when the conveyor plate is close to the configured position.
  5. Configuration of the four positions and activate them through the digital inputs.
  6. Movement of a conveyor plate associated to absolute positions.
  7. Movement of a conveyor plate associated to relative positions.
  8. Configuration of movement sequences using different configuration modes.
  9. Graphs analysis of torque, position and velocity of the motor.
  10. Analysis of the torque limit.

EXERCÍCIOS MAIS PRÁTICOS A SEREM FEITOS COM A UNIDADE

  1. Several other exercises can be done and designed by the user.

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