6304-214-1302

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The 6304-214-1302 motor is an industrial standard motor typically used in a variety of applications including aerospace, automotive, food and beverage, medical, marine, and printing. It is a relatively small and powerful motor that is frequently used in applications requiring quick response and very low power. This article will explain the technical aspects of the 6304-214-1302 motor, including its application field and working principle.

The 6304-214-1302 motor is a DC brushless motor, meaning that it does not use brushes to transfer electricity between the rotor and the motor housing. Instead, it uses permanent magnets that are embedded in the rotor to rotate the motor in a circular pattern. The magnets attract and repel one another in order to create a rotating motion.

The 6304-214-1302 motor has a rated voltage of 12 volts and a rated current of 4 amperes. It has a nominal speed of 6000 RPM, and a nominal torque of 3 Nm. It has a maximum speed of 7000 RPM and a maximum torque of 5 Nm. The motor’s operating temperature range is between -40°C and +85°C.

The 6304-214-1302 motor is used in a wide range of applications, such as robotics, medical equipment, automotive, and printing. Its high precision, low speed, small size, and low energy consumption make it ideal for applications requiring efficient and accurate motion control. Due to its relatively low noise levels and good shock resistance, it is also suitable for applications that involve vibration.

Due to its brushless design, the 6304-214-1302 motor has a higher efficiency than traditional brushed DC motors. This is because the motor does not generate sparks and has reduced friction, which results in a longer service life. Additionally, the built-in Hall sensor ensures reliable and repeatable operation in demanding environments.

The working principle behind the 6304-214-1302 motor is relatively simple. When a pulsed current is applied to the motor, the rotor’s permanent magnets will create a circular magnetic field that will interact with the motor’s stator winding. This will, in turn, cause the rotor to rotate and generate a torque. This torque will be transferred to the application, and the motor will start to rotate.

In conclusion, the 6304-214-1302 motor is a powerful, reliable, efficient, and compact DC brushless motor that is suitable for a wide range of applications. Its rated voltage and current allow for efficient operation, while its high precision makes it ideal for applications that require precise and repeatable motion control. Finally, its brushless design ensures a longer service life due to reduced friction and wear.

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