BACC63CU17-2PBH

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The BACC63CU17-2PBH is an industrial grade motor with a wide range of applications. It is made in the USA and is designed to withstand tough operating conditions and is ideal for heavy-duty industrial applications. It is employed in a variety of industries ranging from motorsports to industrial manufacturing.

The BACC63CU17-2PBH is a high-performance motor that features a steel body, housing cast iron sleeve bearings and high efficiency copper coils. This combination of components creates a superior motor that offers high torque, low noise, and long life. It is rated for 8.5 horsepower and has a maximum speed of 3450 revolutions per minute.

The BACC63CU17-2PBH is capable of running at temperatures ranging between -40°C and 60°C. This makes it suitable for both outdoor and indoor applications such as motorsports, industrial manufacturing, and general machinery control. It is also durable enough to withstand impacts and vibration, making it a suitable tool for robust industrial applications.

The working principle of the BACC63CU17-2PBH is based on the use of a permanent magnet that produces an electromagnetic field. When the field is disturbed by the passage of a current in the coils, it creates a rotational force which is used to drive the motor. The amount of torque generated by the motor is dependent on the current passing through the coils. A higher current leads to greater torque and more speed. The efficiency of the motor is achieved by the design of the coils, which are designed to absorb as much of the electromagnetic field as possible and minimize the power consumed.

In summary, the BACC63CU17-2PBH is a powerful and durable motor ideal for a variety of industrial applications, ranging from motorsports to general machinery control. It is able to operate in both outdoor and indoor applications, and it features a steel body, cast iron sleeve bearings, and high efficiency copper coils which enhance the performance and longevity of the motor. The working principle of the BACC63CU17-2PBH is based on the generation of an electromagnetic field which is disrupted by the coil’s current, leading to the production of rotational force and torque. This makes it suitable for a range of heavy-duty industrial applications.

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