FQM1-CM002

First debuted in 2017, the FQM1-CM002 motor driver board is a powerful module designed to power and control a variety of motors and other types of linear actuators. It\'s designed with a built-in motor driver, allowing a single controller to drive up to two motors.

This robust module is capable of providing torque up to 25Nm and can handle high-current loads up to 20A. It supports a wide range of DC, stepper, and servo motors, as well as other types of linear actuators. Additionally, the module has a variety of built-in safety features that help protect the motors and other components against voltage spikes and current overloads.

The FQM1-CM002 motor driver board supports a wide range of programming languages, including C and Arduino. This allows for easy integration into a variety of applications, including robotics, automation, and home automation.

Working Principle

The FQM1-CM002 motor driver board utilizes a pulse-width modulation (PWM) control. This type of control allows the board to accurately control the speed and torque of the connected motors or other linear actuators. The module also has a built-in motor driver that helps to reduce the amount of circuitry and components needed to drive two motors.

The module is also equipped with several built-in protection features which help to keep the motor and other components safe from damage due to voltage spikes and current overloads. The module also has a state-of-the-art thermal overload protection which monitors the temperature of the motors.

In addition, the FQM1-CM002 motor driver board supports a variety of feedback devices such as encoders, potentiometers, and Hall-effect sensors. This allows the board to accurately monitor the position of the motors or actuators and to make adjustments as needed.

The module also has an integrated LCD display which allows for easy viewing of the motor\'s speed and position, as well as diagnostic information. This display can be used for troubleshooting purposes, allowing the user to quickly identify and rectify any problems without having to open the module’s cover.

Finally, the FQM1-CM002 motor driver board is equipped with numerous interface connections, including two RS-232 ports, one UART port, one CAN bus port, and one SPI port. These ports allow for much easier integration with various control systems and other components.

Applications

The FQM1-CM002 motor driver board is a versatile module that can be used in a wide range of applications. Common applications include robotics, automation, instrumentation, and home automation.

In robotics, the FQM1-CM002 motor driver board can be used in robotic arms and robotic motion platforms. The board\'s high torque and current capacity make it suitable for controlling heavy-duty motors and other linear actuators. The board\'s built-in motor driver and multiple safety features also make it a great choice for the safety-critical applications that are inherent in robotics.

In automation applications, the FQM1-CM002 motor driver board can be used to help automate processes using the accurate control of motors. This type of application is common in factories, where the board can be used to precisely control production lines or other automated processes.

In instrumentation, the FQM1-CM002 motor driver board can be used to accurately control motors and other devices used in scientific and medical instruments. This application requires accuracy and reliability, and the board\'s built-in safety features help to ensure that the motors and other components are properly protected.

Finally, the board can also be used in home automation applications. The board\'s capability for accurately controlling motors makes it well suited for controlling automated curtains, shades, and other home automation technologies.

The FQM1-CM002 motor driver board is a versatile module capable of powering and controlling a wide variety of motors and other linear actuators. With its built-in motor driver, multiple interface connections, and comprehensive safety features, the module is an excellent choice for a variety of applications.