Product Description

The Pacific Scientific S41RLYY-LSS-NS-02 is a synchronous motor engineered to provide high-precision and efficient motion control for advanced applications. It utilizes a precise rotor position synchronization with the stator field to ensure smooth and accurate speed and torque. This ensures tight control over motion, making it ideal for applications that require fine-tuned motion control for reliable performance. The motor’s ability to maintain steady speeds with minimal fluctuation provides excellent performance for industrial automation and advanced machinery tasks. Its 230 V input support allows for stable and consistent operation, contributing to the motor’s reliable performance in demanding environments. Additionally, it minimizes the need for specialized power conversion equipment, helping to reduce installation complexity and costs.

The S41RLYY-LSS-NS-02 features a sturdy design that is built to ensure high durability and resistance to wear over time. This robust construction helps minimize maintenance needs and extends the lifespan of the motor, making it an ideal choice for demanding environments. Additionally, it ensures reliable performance even in challenging situations, reducing the risk of unexpected failures. The motor offers adaptable functionality in various automation needs. It offers a flexible operating speed range, allowing it to operate effectively across varying operational speeds. This feature makes it highly versatile, suitable for applications that require different speed adjustments based on changing load conditions.

The motor features a long-life bearing system, designed to enhance durability and reduce maintenance needs over time. It can operate smoothly over extended periods, even in demanding applications. The robust bearing system helps maintain consistent performance and reliability, minimizing the risk of premature wear and tear. This unit comes with permanent magnets which enhance the torque-to-inertia ratio, reducing energy consumption while ensuring precise control in applications that require quick response times.