KPTR7E20-41S Uncategorized

KPTR7E20-41S is an advanced technology applicable for different applications in the automation sector, such as: industrial automation, factory automation, consumer appliance manufacturing, motor control, and other automated industrial applications. The product is equipped with a permanent magnet motor, a PWM (Pulse Width Modulation) controller, and a Hall-effect rotary encoder.

KPTR7E20-41S application field mainly focuses on the servo motor applications. It can provide a feedback signal to a servo amplifier, thus providing higher accuracy and precision in positioning and in motion control. Its applications include motion control, robotics, and CNC (computer numerical control) manufacturing. In addition, the product can also be used for synchronous applications, such as brushless DC motors and stepper motors.

The working principle of KPTR7E20-41S is based on the concept of torque control. When a motor is commanded with a torque signal, the motor will attempt to follow the applied signal. The torque signal can be either in current or torque units. Based on the feedback signal from the feedback sensor, the current or torque is regulated by the controller to ensure precise control of the motor.

KPTR7E20-41S provides a high dynamic response, which is an important aspect when controlling motors. The controller is able to compare the actual speed and the demand speed, and correct the motors\' movement accordingly. Moreover, the product uses advanced algorithms to ensure precise control of the motor in different operating conditions, including start up, acceleration and deceleration.

The PWM controller of KPTR7E20-41S allows for the modulation of the motor\'s speed by using a method called pulse width modulation. The PWM is modulated via a frequency command, which enables more precise control of the motor\'s speed and position. Multi-pole sensors can also be used to measure the position of the motor, allowing the controller to fine-tune the motor\'s movement.

KPTR7E20-41S is an advanced technology suitable for various applications in the automation sector. It uses a torque control system to ensure precise control of the motor, and is also equipped with a PWM controller for a more accurate control over the motor\'s speed and position. The product offers high dynamic response, and is able to use advanced algorithms for efficient motion control.