In this work was presented an exper

In this work was presented an experimental stand for the PWM control of the DC motor used for driving a
conveyor belt. This experimental stand has been built at Electric machinery Laboratory of the University “Vasile
Alecsandri” in Bacau. For supplying the DC motor an H-bridge has been used that allows the reversal of the motor
rotation wise. The PWM signal is generated by an ARDUINO UNO board, equipped with an Atmega 328
microcontroller. For controlling the ARDUINO UNO board, a program has been issued in the LabVIEW 2013
programming environment. The running duty of a conveyor belt may be modified by modifying the duty-cycle value
of the PWM signals that controls the transistors of the H-bridge that supplies the DC motor. With this experimental
stand were studied the running characteristics of the conveyor belts under laboratory conditions, so that, further on,
such driving systems can be implemented to industrial applications as well.

ผลลัพธ์ (อังกฤษ) 2:

Presented in this Work was an Experimental stand for the Control of the PWM DC Motor Driving used for a
Conveyor Belt. Experimental this stand has been built at Electric Machinery Laboratory of the University "Vasile
Alecsandri "in Bacau. For supplying the DC Motor has been used an H-Bridge that Allows the reversal of the Motor
Rotation Wise. Generated by the PWM Signal is an ARDUINO UNO board, Equipped with an atmega 328
microcontroller. Controlling for the ARDUINO UNO board, a Program has been issued in the 2,013th LabVIEW
programming Environment. Conveyor Belt running the Duty of a Modified May be by modifying the Duty-Cycle Value
of the PWM Signals that Controls the transistors of the H-Bridge that the DC Motor Supplies. Experimental with this
stand were studied the characteristics of the Conveyor belts running under Laboratory conditions, so that, further on,
such Driving Systems to Industrial Applications Can be implemented as well.