3G3MX2A2004V10

Motor Driver Boards, Modules

The 3G3MX2A2004V10 is a motor driver board manufactured by Omron. It’s used to drive high power motors for various applications. This motor driver board has features such as speed control, current control, and multiple sub-circuits for automatic diagnosis.

Application Field

The 3G3MX2A2004V10 motor driver board can be used in a wide range of applications, from industrial and consumer products, to robotics and number of automation applications. It can be used for high power motor drives, such as robotics, high-speed servo applications and anything where precise speed control is required.

Moreover, because of its sophisticated current, speed and temperature control design, this motor driver board is also suitable for analog drive of small to mid-sized motors. This includes fans and blowers, pumps, compressors and even conveyance systems.

Working Principle

The 3G3MX2A2004V10 motor driver board works by managing the current in two stages (between 0 to 8A) for easy current control. This is done by first converting the current to voltage by using PWM (pulse width modulation); the voltage is then sent to the coil for driving the motor. By using PWM, the load current is managed by controlling the width of the pulses, thus controlling the speed of the motor.

The 3G3MX2A2004V10 also has a built-in Sub-Circuit Diagnosis Circuit (SCDC). When any abnormality is detected on the wiring or in the motor output, this feature will automatically de-energise the motor to protect it from any potential damage and will also send out an external alarm signal to the user.

The 3G3MX2A2004V10 motor driver board also offers a range of safety features, such as a Fault Current Limit (OCL) circuit and a Regenerative Braking Circuit (RBC). The OCL circuit limits the current flowing into the motor to protect it from any sudden overload and the RBC uses the energy generated during deceleration to regenerate the power supply.

Conclusion

The 3G3MX2A2004V10 motor driver board offers unparalleled performance in terms of speed, current and temperature control, making it suitable for a wide range of applications. It also has advanced safety features, such as the OCL circuit and the RBC, thus making it one of the best motor driver boards on the market.