Precision S42D110A-MAE0S2 Stepper Motor with 1:50 Reduction Ratio

The S42D110A-MAE0S2 stepper motor is designed for applications that require high precision and excellent control in motion. With a reduction ratio of 1:50, this motor provides significant torque enhancement while ensuring precise positioning, making it suitable for various automation and robotics applications. Its exceptionally fine step angle of 0.036 degrees allows for smooth and accurate incremental movement, which is essential in tasks such as 3D printing, CNC machining, and other precision equipment.

Operating at a current of 1.0A for half-winding and 0.7A for full-winding, the S42D110A-MAE0S2 demonstrates efficiency and flexibility, allowing it to adapt to different operational setups. Its winding resistance of 5.4Ω ensures optimized energy use, while the inductance of 9.2mH contributes to stable performance during dynamic operations.

With an allowable torque of 0.8N·m, this motor is capable of managing moderate loads, making it ideal for applications where space is at a premium yet performance is critical. The rotor inertia of 33g·cm² allows for quick acceleration and deceleration, which is essential for maintaining the responsiveness required in fast-paced environments.

Weighing just 0.33kg, the S42D110A-MAE0S2 is lightweight yet robust, making it easy to integrate into various systems without adding excessive weight. The motor is equipped with six leads, facilitating straightforward connection and installation into existing systems. It is compatible with drivers like the Y2SD2-EC and Y2SED1-S, enhancing its versatility for a wide range of applications.

Incorporating advanced engineering and design, the S42D110A-MAE0S2 stepper motor stands out as an exceptional choice for those seeking reliable and precise motion control solutions. Its ability to deliver high torque while maintaining excellent accuracy positions it as a vital component in modern automation technologies.