E3V2-BR61 2M

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The E3V2-BR61 2M is a high power DC motor with integrated thermal protection. It is suitable for a wide range of applications including remote control vehicles, robotics, and medical and industrial operations. It is designed to be low-noise, energy-efficient, and robust, and has been tested for reliability in heavy-duty industrial environments.

The E3V2-BR61 2M motor features a low-battery disconnect relay, a power-lock function, and a reverse-polarity protection to ensure safety and smooth operation. It also features a thermal protection circuit that will shut the motor off in the event of overheating. This motor is capable of providing up to 14V of power, and can handle up to 8 amps of current.

The E3V2-BR61 2M motor is capable of delivering high torque output and long service life. It has a fuel-efficient, low-weight design for efficient operation in a variety of applications and is CE certified for safety.

The motor is capable of operating with a large range of input voltages, from 3 to 12V DC. It has a robust steel-brushed design that is resistant to wear, and is also protected from dust and moisture. The motor can operate in a wide range of temperatures between –10 and 50C.

The E3V2-BR61 2M motor works by converting electrical energy into mechanical work. An electric current is supplied to the motor\'s stator, which creates a magnetic field in the motor. This magnetic field then induces a current in the rotor, resulting in the rotation of the rotor. The higher the current, the faster the rotor will rotate, and the higher the torque output.

The working principle of this motor is based on the basic principle of an electric motor, where electric current produces a magnetic field, and then the interaction between the magnetic field and its current produces mechanical force. The motion of the motor armature is then used to do work.

The E3V2-BR61 2M motor can be used in a wide variety of applications, including remote control models, robots, medical operations, industrial operations, and more. As it is low-noise, energy-efficient, and robust, it is perfect for applications that require efficiency and reliable operation.

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