DBM13R3SJA197

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The DBM13R3SJA197 was developed specifically for applications in the industrial sector, combining the highest technological standards with innovative design for maximum performance.

The DBM13R3SJA197 is an industrial grade stepper motor, ideal for applications requiring high performance and reliability. This motor features a stepped construction, allowing for controlled, precise and repeatable movement of components or objects.

Key features of the DBM13R3SJA197 include its great performance, a wide operating range (from 2V to 40V), a low torque ripple, and a commutation frequency of up to 400kHz. Its construction is four-wire, allowing for parallel or serial connection, and provides a wide choice of mechanical and electrical options. Its robustness is further enhanced by the use of lubricated, high-precision bearings and a robust Housing design.

The working principle of the DBM13R3SJA197 is based on the principle of electromagnetic induction. An alternating current flows through the inverter, thereby generating a magnetic field which interacts with the permanent magnet in the motor\'s rotor. This in turn causes the rotation of the rotor and thus the motor\'s shaft. The rotation speed of the motor is determined by the frequency of the current used.

The DBM13R3SJA197 is best suited for applications in production systems, where precise, repeatable movements are required. This motor provides an efficient, cost-effective solution for applications including packaging, laboratory equipment, and medical devices that demand high accuracy and reliability.

In conclusion, the DBM13R3SJA197 is an ideal candidate for industrial applications due to its great performance, wide range of options, and robust design. Its working principle of electromagnetic induction ensures a reliable and repeatable output in all kinds of applications.

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