Product Description:

The 2AD160B-B35OB1-BS06-B2V1 is an AC induction motor produced by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. It serves as the prime mover in automated machine tools, packaging lines, and material-handling axes where stable torque and accurate speed regulation are required. The motor converts drive output into controlled rotary motion for spindles, transport axes, and other industrial equipment. Its asynchronous design is suitable for applications that combine frequent speed changes with continuous production cycles in demanding plant environments.

Mechanically, the rotor is supported by heavy-duty bearings that tolerate the radial and axial forces created by high-inertia loads. Thermal control is handled by a front-mounted axial blower, which directs forced air across the stator so the motor can carry rated current during extended operation. Because the unit is supplied without a holding brake, applications that require the shaft to remain fixed at standstill must use an external brake or another locking method. Position and speed data are transmitted through digital servo feedback, giving the drive the signals needed for precise vector control. This feedback arrangement helps the controller maintain smooth response during load changes and low-speed operation. To reduce vibration transfer into nearby machine structures, the motor is balanced to vibration grade R.

Installation is supported by combined flange and foot mounting, and the stator uses size code 160 with length code B. Power conductors enter through a sealed terminal box mounted on the top of the housing and oriented toward side B, which can simplify cable routing in compact multi-axis cabinets. This layout helps keep cable bends orderly where enclosure space is limited and where several axes are installed close together. The keyed shaft is supplied without a shaft seal and is dynamically balanced with the complete key for direct-coupled loads. The B-side face is machined without a shaft end, and the BS winding matches the electrical characteristics commonly used with standard Indramat inverters.