Project Overview

The client needed a tool that would control the operation of the brush motor with a voltage from 12 to 24 volts DC. At the same time, the driver was based on MCU STM32.
DataObrii came up with a solution by which the engine was controlled via the computer’s serial port. Maximum load currents were 22 amps at 12 volts and 44 amps at 24 volts. The driver also had the opportunity to monitor the motor temperature, short circuit current and the maximum operating current of the motor. The temperature of the driver itself was also controlled.

If the limits were exceeded, a warning signal was issued to the computer and it was possible to block the operation of the entire device to prevent damage to the elements.
The Motor Operation Controller introduced a new level of precision and safety to our client's motor-driven applications. With the ability to regulate voltage, monitor current and temperature, and issue warnings when necessary, this solution effectively prevented potential damage and costly downtime.

By implementing this advanced control and monitoring system, the customer optimized their operations, minimized maintenance costs, and ensured the consistent performance of their motor-driven devices.


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