2AD180C-B35LB1-BS01-B2V1
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MPN: R911252582
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The 2AD180C-B35LB1-BS01-B2V1 induction motor features a frame size of 180, blower cooling mode, and IP65 protection class. Part of the 2AD 3-Phase Induction Motors series by Bosch Rexroth Indramat, it includes digital servo feedback and offers IM B35 flange and foot mounting design for versatile applications.
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Product Description:
Rexroth Indramat developed the 2AD180C-B35LB1-BS01-B2V1 asynchronous servo motor. Its purpose is to provide steady speed control and consistent torque for use in industrial automation drive jobs. Mounting options for the motor include flange and foot, allowing for versatile integration. On the left side of side B, the power terminal box is present.
With a nominal power rating of 52 kW, the 2AD180C-B35LB1-BS01-B2V1 servo motor produces 331 Nm of torque. The servo motor>> runs on a matched nominal current of 110 A_eff and a voltage of 351 V_eff. An axial blower guarantees airflow from point B to point A in the cooling mode. Motors with heavy-duty bearings are better able to handle loads. Rotor inertia, with a value of 0.373 kg·m², enables precise changes in speed. When facing side B, the power terminals are located on the left side of the device. The shaft sealing ring is absent from the output shaft and the shaft end on side B, as well as from all other components of the key. The servo motor lacks the holding brake, and the motor is 180 mm in diameter and has the designation C for its length. By arranging the motor in this way, it can be used in applications where precise and repeatable motion control is needed.
The 2AD180C-B35LB1-BS01-B2V1 motor lacks a holding brake and a shaft sealing ring. If you need a motor with holding brake, you should consult with our experts and they will suggest the most suitable motor for your project. This motor is capable of supporting speeds ranging from a minimum of 1500 min⁻¹ to a maximum of 6000 min⁻¹. With these enhancements, smaller drive systems are made possible while component complexity is reduced. This approach is designed for automation systems that favor motor economy and long-term operational integrity.
Frequently Asked Questions about 2AD180C-B35LB1-BS01-B2V1:
Q: Why does 2AD180C-B35LB1-BS01-B2V1 use axial blower cooling?
A: Axial blower cooling in the motor ensures efficient heat dissipation. It supports sustained thermal performance by directing airflow from B to A continuously.
Q: Why is rotor inertia 0.373 kg·m² in 2AD180C-B35LB1-BS01-B2V1?
A: This specific inertia value enables smooth speed transitions. It provides stability during dynamic acceleration and deceleration in motion control systems.
Q: Does 2AD180C-B35LB1-BS01-B2V1 support maximum 6000 min⁻¹ speed?
A: Yes, the motor supports up to 6000 min⁻¹. This speed range enhances flexibility for dynamic high-speed applications.
Q: Why does 2AD180C-B35LB1-BS01-B2V1 exclude the holding brake?
A: The motor is configured without a holding brake to simplify system integration. It suits continuous drive systems where mechanical braking is not required.
Q: Does 2AD180C-B35LB1-BS01-B2V1 have a sealed shaft?
A: No, the output shaft is without a sealing ring. This design minimizes friction losses and simplifies shaft alignment.
