Product Description:

The 2AD180C-B35OA1-BS16-D2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. This three-phase unit converts electrical energy into continuous mechanical torque for CNC stations, printing presses, and material-handling lines. By combining cage-rotor simplicity with closed-loop feedback, the motor serves as a durable prime mover in installations that demand high repeatability, synchronized motion, and extended operating time within automated production cells. It is commonly used where reliable torque delivery and repeatable motor response are needed across changing load conditions.

It uses an axial blower to force air through the housing and remove heat generated by the stator windings, helping keep temperature rise within allowable limits during continuous duty. For fail-safe holding on vertical or indexing axes, the motor uses an electrically engaged clamp brake that locks the shaft when the control signal is lost. It has a frame size of 180, while length code C indicates the laminated core depth inside that frame. The motor uses flange and foot mounting, allowing either face or base attachment to the machine frame. Standard bearings support radial and axial loading, and vibration grade R helps maintain smooth operation during normal service.

Closed-loop speed regulation is accomplished through digital servo feedback, which sends rotor position data to the drive controller for coordinated speed and position control. The incoming power conductors terminate in a terminal box mounted on the top of the housing, with the feed oriented toward Side A to keep cable entry consistent with common machine layouts. The output uses a balanced keyed shaft with a shaft seal to support torque transmission while helping protect internal components against dust and coolant ingress. The motor is supplied without a shaft end on Side B, which reduces overall length at the opposite end. Winding code BS identifies the internal winding arrangement and is matched to the cooling method for stable thermal performance over prolonged operating cycles.