Application

Lithium battery industry

Application of Y07-20D1-4401 Stepper Motor in Lithium Battery CCD Automatic Alignment Stacking Machines.

In the production of lithium batteries, CCD automatic alignment stacking machines are essential for assembling battery cells with precision. These machines rely on accurate alignment and stacking of battery electrodes to ensure optimal performance and reliability of the final product. The Y07-20D1-4401 stepper motor, with its precise control and robust performance characteristics, plays a critical role in enhancing the functionality of these machines. This article discusses how the Y07-20D1-4401 stepper motor contributes to the efficiency and accuracy of lithium battery CCD automatic alignment stacking machines.

// OUR Application //

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Precision and Accuracy

Lithium battery manufacturing requires precise control over the alignment and stacking of electrodes to ensure consistency and performance. The Y07-20D1-4401 stepper motor features a stepping angle of 1.8°, which allows for fine resolution and precise step control. With a moment of inertia of about 3g.cm², the motor can achieve accurate positioning and stable movement, which is crucial for the precise alignment of battery electrodes. The ability to make small, accurate adjustments ensures that each layer of the battery stack is correctly positioned, contributing to the overall quality of the final product.

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Reliable Mechanical Performance

The Y07-20D1-4401 motor operates at a rated voltage of 24V DC and a rated current of 0.6A, providing the necessary power for reliable operation in automatic alignment stacking machines. Its inductance of 3.6±20% mH and resistance of 10±10% Ω contribute to stable performance, minimizing electrical noise and ensuring smooth operation. The motor's holding torque of 0.022N.m is sufficient to maintain precise positioning under load, which is essential for the accurate alignment and stacking of battery electrodes.

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Durability and Stability

In the demanding environment of lithium battery production, durability and stability are key requirements for component performance. The Y07-20D1-4401 stepper motor is designed with Class B insulation and an insulation resistance of 100MΩmin (500V DC), ensuring it can withstand prolonged use and varying environmental conditions. The motor's weight of approximately 70g reflects its robust design, contributing to its long-term reliability and stability in high-frequency operations.

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Efficient Control and Smooth Operation

The stepper motor's fine stepping capabilities and low braking torque (15gf.cm REF.) ensure efficient control and smooth operation in the stacking process. The ability to make precise, incremental movements is crucial for aligning and stacking battery electrodes accurately. This results in a more reliable and consistent stacking process, reducing the likelihood of errors and improving the overall efficiency of the production line.

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Integration into Automated Systems

The Y07-20D1-4401 stepper motor is ideally suited for integration into lithium battery CCD automatic alignment stacking machines due to its precise control and robust performance characteristics. Its ability to execute fine adjustments and hold positions reliably makes it a valuable component for driving the mechanical systems involved in electrode alignment and stacking. This integration enhances the performance of the stacking machine, contributing to higher-quality battery production and more efficient manufacturing processes.

Conclusion

The Y07-20D1-4401 stepper motor significantly enhances the performance of lithium battery CCD automatic alignment stacking machines by providing high precision, reliable mechanical performance, and efficient control.

Its features, including precise stepping control, durable construction, and smooth operation, make it an ideal choice for ensuring accurate alignment and stacking of battery electrodes.

By incorporating this stepper motor into their systems, manufacturers can improve the quality of their lithium batteries and achieve more efficient production processes.