UXJPBU110BL

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The UXJPBU110BL is a permanent magnet synchronous motor offering high torque capability and high operating frequency. It is designed for use in a wide range of motion control applications, including robotics, printing, conveyors and other types of automation.

This motor features a small size and a high speed-torque ratio, making it suitable for many different application fields. Most importantly, its design also provides precise synchronisation. This helps to ensure the desired speed accuracy when accelerated decelerated, allowing for greater control of the application.

The UXJPBU110BL features an over-load protection system, which helps to protect the motor against overloading and electric current shock. Additionally, this motor incorporates a thermal monitor which helps to protect against overhearing, helping to extend its useful lifetime.

In order to better illustrate how this motor works, we can look at its internal construction. This motor consists of a rotor, stator, and power control system. The rotor is made up of permanent magnets which rotate at a specific speed as it is energised. As the rotor rotates, it creates a rotating magnetic field which interacts with the stator which is made up of windings. The windings also act as the electromagnet, constantly interacting with the rotating magnet field. This interaction is then sent to the power control system where it is regulated and then sent to the drivemotor.

This process is continuous, generating the motion of the motor. As the application requires different speeds, the interaction of the magnetic field varies thus providing the ability to adjust the speed of the motor. This dynamic capability is what makes the UXJPBU110BL so popular in a variety of applications.

Overall, the UXJPBU110BL is a very well-designed permanent magnet synchronous motor. It features small size and high speed-torque ratio, making it suitable for many different application fields. Its advanced design and synchronisation capabilities make it a great option for motion control applications. Its over-load protection system, thermal monitor, and power control system also make it an attractive option for users.

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