Product Description

The SF-A2.0041.060-10.057 is an advanced servo motor equipped for high-demand applications. This motor is designed to work seamlessly at a frequency of 4 kHz. Therefore, it ensures compatibility with high-speed operations in complex industrial environments. 

The motor boasts a significant torque capability. It has a motor limit characteristic that allows for a continuous torque across a range of speeds. It can handle a maximum overload torque of up to 5 Nm at zero speed. Besides, it maintains a continuous torque of 2 Nm across a speed range of up to 6000 min⁻¹. So, it provides a broad operational spectrum for various application needs. The maximum torque available with a 4K max continuous load is 6 Nm. It indicates the motor's robust build and ability to handle significant loads without compromising performance. Moreover, due to its design and engineering, this motor is characterized by its ability to sustain a consistent performance. Therefore, it allows for continuous torque application without risk of overload when operating under recommended conditions.

The continuous torque capability for 4 and 8 kHz (S1) operation signifies that the motor can maintain a steady torque under a constant load. It is crucial for applications that require a uniform and stable output over extended periods. This motor is also characterized to function at a temperature increase of 100 K over a 30-second period. This capability suggests that it can handle a substantial thermal load. It is particularly important for applications that may subject the motor to high temperatures due to rapid operational cycles or high ambient temperatures.

The design incorporates sophisticated features to ensure reliability and longevity, such as maximum torque capabilities at various load conditions. It allows the motor to function optimally within its thermal limits while delivering the expected performance. The engineering behind the SF-A2.0041.060-10.057 motor positions it as a suitable candidate for high-precision industrial tasks where consistency and control are essential.