2AD160C-B35OA1-BS03-A2V1
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MPN: R911265656
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The 2AD160C-B35OA1-BS03-A2V1 is a synchronous servo motor with a frame size of 160 mm and built-in thermal protection. Manufactured by Bosch Rexroth Indramat as part of their 2AD 3-Phase Induction Motors, it features IP65 enclosure protection. The motor uses forced-air cooling with an axial airflow direction.
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Product Description:
The 2AD160C-B35OA1-BS03-A2V1 is an induction motor that supports consistent torque delivery and speed control in precision-driven environments. This Bosch Indramat motor is part of the 2AD motor family and is designed for use in industrial automation. This version comes in frame size 160 and has a build length marked as type C.
The 2AD160C-B35OA1-BS03-A2V1 induction motor is constructed with a B35 assembly layout. This supports both base and flange installation methods. The shaft output is a smooth type without a sealing ring to ensure direct mechanical linkage. The electrical input terminal is located above the connection box and exits on side A. The total equipment weight is 240 kilograms. This makes it stable for heavy-duty operations. The induction motor delivers a continuous output of 37 kW. The 2AD160C-B35OA1-BS03-A2V1 induction motor provides a rated turning force of 236 Nm and a standard rotational speed of 2000 RPM. Its top rotational capability reaches up to 6000 rpm. It allows quick adaptation under dynamic loads. The motor operates with a steady input of 90 A and functions on a supply voltage of 299 V. The internal rotating mass carries a moment of inertia of 0.229 kg·m² to support smooth load transitions. It is built with a thermal delay constant of 65 minutes. This helps in managing heating during extended operation. The cooling is achieved through forced airflow using 220 VA of power and requires 1120 cubic meters of air per hour.
The 2AD160C-B35OA1-BS03-A2V1 induction motor includes BS-type coil windings to support its electrical behavior and efficiency. This 2AD motor is engineered for spindle systems of industrial automation. Its mechanical and electrical specifications ensure a stable drive response under fluctuating operational demands. The configured shaft, housing, and ventilation setup are suitable for integrated industrial machinery.
Frequently Asked Questions about 2AD160C-B35OA1-BS03-A2V1:
Q: How does a 2AD160C-B35OA1-BS03-A2V1 induction motor maintain torque stability?
A: The 2AD160C-B35OA1-BS03-A2V1 induction motor maintains torque stability through BS-type coil windings and a high moment of inertia. These features ensure reliable torque delivery even under fluctuating mechanical loads.
Q: What makes the 2AD160C-B35OA1-BS03-A2V1 induction motor suitable for automation?
A: The 2AD160C-B35OA1-BS03-A2V1 induction motor integrates well in spindle-driven automation due to its precision torque control. Its frame size and shaft design support seamless system alignment.
Q: How does a 2AD160C-B35OA1-BS03-A2V1 induction motor handle dynamic speeds?
A: The 2AD160C-B35OA1-BS03-A2V1 induction motor supports rapid speed shifts up to 6000 rpm. This allows accurate drive response in applications requiring frequent load variation.
Q: What role does forced ventilation play in 2AD160C-B35OA1-BS03-A2V1 induction motor?
A: Forced airflow in the 2AD160C-B35OA1-BS03-A2V1 induction motor prevents thermal saturation during continuous operation. It ensures performance consistency under high-duty cycles.
Q: Can a 2AD160C-B35OA1-BS03-A2V1 induction motor integrate into hybrid mounting systems?
A: The 2AD160C-B35OA1-BS03-A2V1 induction motor offers a B35 layout supporting both flange and base mounts. This gives integrators flexible installation options across machine frameworks.
