SF-A4.0125.030-10.000
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MPN: 1070076002
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In-Stock, Ships in 3 Days
The SF-A4.0125.030-10.000 Servo Motor from Bosch Rexroth Indramat has an STG/MTG Encoder, A Locked Rotor Current of 14.5, a Rated Speed of 3000, and a listed Shaft Option of Basic Version Smooth Shaft, w/o Mating Connector.
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Product Description:
Bosch Rexroth is a manufacturer of motion control products and drive control systems.
The SF-A4.0125.030-10.000 is a reliable servo motor manufactured by the company. This model has been designed for speed and position control applications and can be used for a variety of drive control applications in modern industries. The motor is permanently excited and can be used for applications requiring high torque and high energy density. This model has been manufactured with modern technologies onboard. The electronic commutation replaces the conventional brushless design in this model. This ensures that the motor’s peak torque remains available for a wide range, of motor speeds. This model can be used in aggressive ambient conditions and is protected against the ingress of water jets, emulsions, oils, and other non-corrosive chemicals. Another advantage of this model is that it can be excited using sinusoidal EMF.
The SF-A4.0125.030-10.000 has a high-quality aluminum frame that ensures a lightweight design and also provides a corrosion-resistant frame. This model has been equipped with an integrated encoder. The encoder is of the single-turn absolute type and comes with plug-in connection for output. This model has been designed with IP 67 protocols (except the outside shaft). The inside of the motor remains protected against the ingress of water jets, dust, debris, oils, emulsions, and other particles. The motor can also be used over a wide range of operating temperatures making it suitable for various climates. With an IMB5S construction type, this model can be installed in any configuration required by the user. The system is cooled continuously through natural convection and through temperature control NTCs that assist in avoiding. overheating failure.
