Product Description

The manufacturer Bosch Rexroth makes the SF-A2.0013.060-14.037 servo motor. High-performance motion control applications are the focus of the servo motors design. It is appropriate for applications that need rapid acceleration or the removal of high static friction because of its locked-rotor torque of 1.3 Nm, which allows it to provide a significant amount of starting power. The motor can attain high rotational speeds, which is necessary for applications that call for accurate and quick motions, as seen by its rated speed of 6000 min^-1. The motor's current draw while it is beginning or in stall circumstances is shown by the locked-rotor current of 1.7 A.

Choosing the right power supply and control electronics requires knowledge of this information. The torque constant of 0.76 Nm/A represents the motor's efficiency in producing mechanical torque from electrical current. A motor with a greater torque constant will be more responsive and energy-efficient since it can generate more torque for a given quantity of current. The motors resistance to variations in rotational motion is represented by its 0.0002 kgm^2 moment of inertia. In dynamic applications, a motor's agility and accuracy are enhanced by its ability to accelerate and decelerate more quickly due to its reduced moment of inertia.

Finally, the mounting interface's dimensions are specified by the 100 mm flange size, which guarantees that it will work with conventional mechanical parts and makes integration into a variety of systems easy. The SF-A2 servo motor has a 30 mm long shaft with a 14 mm diameter. Without the holding brake, the motor itself is 186 mm long and weighs 4.0 kg. It measures position and speed using a single-turn absolute value encoder. When the shaft is not moving, the holding brake can deliver a torque of 3.2 Nm at 120°C. We provide a warranty for a year.