SE-C4.170.030-00.015
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The SE-C4.170.030-00.015 servo motor offers a torque constant of 0.91 Nm/A. This model ensures efficiency in precision applications. It optimizes motion control while reducing mechanical stress for high-performance operations with a robust shaft of 24 x 50 mm and a moment of inertia of 4.08 x 10⁻³ kgm².
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Product Description:
The SE-C4.170.030-00.015 servo motor is designed for high precision applications and features a robust shaft with an integrated keyway and a feather key. This shaft ensure secure torque transmission and preventing slippage under high loads. It delivers a torque constant of 0.91 Nm/A that optimizes efficiency and stability in demanding operational environments.
This SE-C4.170.030-00.015 servo motor supports precise motion control with a moment of inertia of 4.08 x 10⁻³ kgm². This allows for smooth acceleration and deceleration dynamics and reduces mechanical stress on connected components. This motor's shaft dimensions of 24 x 50 mm ensure compatibility with a wide range of coupling mechanisms and facilitates seamless integration into diverse systems. This motor is designed to fit compactly while maintaining optimal performance with a maximum length of 315 mm. Its integrated thermistor embedded within the winding provides precise thermal monitoring and protection by continuously evaluating temperature through the SM (Supervision Module). This motor weighs 19 kg and strikes an ideal balance between structural robustness and high performance capabilities. It complies with shock resistance standards of 6g (DIN IEC 68-2-27) that ensures reliable functionality even under challenging environmental conditions. This combination of thermal management, mechanical durability, and precise engineering makes the motor a versatile and dependable choice for industrial and technical applications.
The SE-C4.170.030-00.015 servo motor delivers a maximum torque of 43 Nm and a static torque of 17 Nm that is suitable for demanding industrial tasks. This model is designed for efficiency under variable load conditions and features a well balanced moment of inertia. This motor exhibits enhanced dynamic response with an electric time constant of 13.6 ms that ensures precise control in automation and motion systems.
Frequently Asked Questions about SE-C4.170.030-00.015:
Q: What makes the SE-C4.170.030-00.015 servo motor suitable for high-precision motion control?
A: It has a moment of inertia of 4.08 x 10⁻³ kgm². This allows smooth acceleration and deceleration while minimizing mechanical stress on connected components.
Q: How does the SE-C4.170.030-00.015 servo motor ensure secure torque transmission under high loads?
A: The motor features a robust shaft with an integrated keyway and a feather key. This design prevents slippage and guarantees precise torque transfer even in demanding operational conditions.
Q: How does the SE-C4.170.030-00.015 servo motor handle thermal management and protection?
A: It includes an integrated thermistor embedded in the winding. This thermistor continuously evaluates temperature through the SM (Supervision Module) to prevent overheating and ensure long-term reliability.
Q: What ensures the SE-C4.170.030-00.015 servo motor remains stable in variable load conditions?
A: The motor provides a static torque of 17 Nm and a maximum torque of 43 Nm. This ensures efficient performance and high responsiveness in demanding industrial applications.
Q: How does the SE-C4.170.030-00.015 servo motor maintain durability under extreme conditions?
A: It complies with a shock resistance standard of 6g (DIN IEC 68-2-27). This ensures reliable functionality even in harsh environments with strong vibrations or sudden impacts.
