Product Description

Bosch Rexroth manufactures the SE-B4.130.030-10.015 servo motor, which is designed for demanding applications, such as machine tools, robotics, and material handling systems. The SE-B4.130.030-10.015 servo motor from Bosch Rexroth Indramat is a perfect example of optimized design for industrial automation. With an 80 x 398 x 200 mm size, it can be integrated into tight spaces, a must in today’s manufacturing, where space is at a premium. The compact size combined with a weight of 6 kg minimizes the motor’s inertia so it can accelerate and decelerate fast for precise motion control. The motor can reach 3000 rpm in 39 ms, which is very fast. This is important for applications that require quick and accurate movements, like pick-and-place robotics or high-speed conveyor systems. At the heart of this servo motor are its electrical characteristics. The motor has an 80 A current capacity to generate high torque for heavy tasks.

The relation between current and torque in a motor is basic: more current flowing through the motor windings means a stronger magnetic field, which means more rotational force. But this high current is managed to be efficient and safe. The motor runs at 50/60 Hz standard frequency, which is compatible with most industrial power suppliers. It has a power loss of 25 W. This loss means low energy consumption and less heat generation, which means longer operational life and fewer cooling requirements. One of the key features of SE-B4.130.030-10.015 is its safety and electromagnetic compatibility. The motor has a rated leakage current of 3 mA below the threshold that can cause electric shock. This low leakage current is achieved through the insulation and grounding technique inside the motor. The motor complies with Class A EMC standards, which means it does not generate excessive electromagnetic interference that can disturb other sensitive equipment nearby.

The SE-B4.130.030-10.015’s performance is also defined by its torque. It has a static torque of 13 Nm and a maximum torque of 27.6 Nm with an SM 17/35 drive unit. This shows that the motor must be paired with the right drive electronics to reach its full potential. High torque is required for applications that move heavy loads or overcome high resistance. However, note that the motor needs 15 A at a standstill to hold static torque, which means continuous energy to hold position against external forces. The peak current of 84 A at 20°C ambient temperature means the motor can handle transient overloads but also shows that thermal management is important to prevent overheating. A one-year guarantee from Wake Industrial covers this servo motor and incorporates cutting-edge technology for sophisticated motion control.