SF-A4.0125.015-04.000
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MPN: 1070082158
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The SF-A4.0125.015-04.000 Servo Motor from Bosch Rexroth Indramat has an STG/MTG Encoder, A Locked Rotor Current of 14.5, a Rated Speed of 1500, and a listed Shaft Option of Shaft With Keyway and Feather key, w/o mating Connector, With holding brake.
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Product Description:
The SF-A4.0125.015-04.000 servo motor, made by Rexroth Bosch Group, is the most powerful, accurate, and reliable thing in the world of industrial automation. This small but strong servo motor is an important part of many industrial processes. It is designed to produce 0.125 kW of power for a wide range of industrial machines. It can handle 0.15 Nm of constant torque, which will always work well, even in the toughest situations. This servo motor is flexible enough to meet a wide range of needs thanks to its 50 to 1500 RPM speed range.
It has an AC motor and is made to be efficient and reliable. Its inertia of 0.0003 kgm² gives you exact control over speeding up and slowing down. The torque constant of 1.2 Nm/A makes it possible to control the torque accurately in a range of situations. It also has an encoder resolution of 1024 pulses per cycle, making it possible to control the position precisely. Due to its small size, the SF-A4.0125.015-04.000 servo motor can be used in places with limited room and easily integrated into a wide range of industrial setups.
There are many uses for the SF-A4.0125.015-04.000 servo motor in fields like manufacturing and packing. Because it can give high torque and precise speed control, it is often used in manufacturing CNC machines, robotic systems, and automated assembly lines. The packing industry uses the servo motor for filling, sealing, and palletizing tasks. Its consistent performance is important for keeping product quality and throughput high. It is an important part of industrial automation systems because it works reliably and efficiently. Its small size, high torque capacity, and accurate control features make it a useful tool for engineers in many fields who want to improve robotic processes.
