FM3MMB1012M

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The FM3MMB1012M is a three-phase brushless motor developed by Fujitsu. Designed to operate with high levels of precision and durability, this motor is typically used in applications such as high-accuracy positioning, robotic and automation systems, as well as a wide range of industrial and medical devices. In addition, it can also be used in automotive systems such as power steering and EV/HEV motor control.

The FM3MMB1012M is a three-phase brushless motor, meaning that it uses three separate windings, each 120° apart from the other. This type of motor is generally used because they are capable of producing high amounts of torque over a wide speed range, with no need for brushes and slip-rings as used in other types of motor. This allows the motor to operate over long periods of time with minimal maintenance being required.

The FM3MMB1012M has an output power of 12.2kW, a rated voltage of 300V and a rated current of 25A. It is rated for 80,000 RPM and a stall torque of 4.8Nm. The motor also has a built-in encoder, with a resolution of 256 p/rev and a Max speed of 32,000 RPM. This encoder allows the motor to accurately monitor the position of its rotor.

The built-in controller of the FM3MMB1012M has eight control modes, allowing for a wide range of operation. These include Torque Control, which allows the user to control the torque output of the motor; Position Control, which allows the user to control the positioning of the motor; and Speed Control, which allows the user to control the speed of the motor.

In addition to the control modes, the FM3MMB1012M also has a built-in protection system, which helps to ensure that the motor does not overheat or experience any unexpected failures. The protection system will switch the motor off if any of the conditions set by the user are met, such as overcurrent, undervoltage, over-torque, and over-speed.

The FM3MMB1012M is a high-performance motor, which can be found in many different industries and applications. It is reliable, accurate and offers long-term, low-maintenance operation. As such, it is an ideal choice for applications where high levels of precision and durability are needed.

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