Product Description:

The ADP134D-B35OA1-CS0H-A2N3 is an induction motor produced by Bosch Rexroth Indramat within the ADP 3-Phase Induction Motors series. It serves as a three-phase prime mover for automated conveyor sections, gantry axes, and other constant-speed loads where an AC inverter controls torque and slip. By combining a cast-iron housing with integral cooling passages, the unit fits directly into industrial drive trains that require a durable motor body and stable thermal behavior. It is also suited for systems that use closed-loop drive control to maintain consistent speed under changing load conditions.

This model employs standard bearings to carry radial and axial forces generated during acceleration and deceleration, eliminating the need for specialized lubrication schedules. An auxiliary blower rated at 230 V pushes air through the stator fins so the winding temperature stays below insulation limits during heavy duty cycles. Installation is flexible because the frame supports flange or foot mounting, allowing the same motor to sit on a base plate or bolt to a gearhead face. Closed-loop velocity data are supplied through Heidenhain servo feedback; this encoder format transmits absolute rotor position to the drive controller for slip compensation and stable speed regulation. The mechanical envelope uses motor length D, which gives the unit a mid-range stack height that balances output capability with overall mass.

Dimensional alignment with adjacent machinery is based on motor size 134. Power conductors exit through a gland on the housing's apex, a layout described simply as a top power connection, which helps keep cable routing compact in overhead or tightly enclosed installations. Torque is transferred through a smooth shaft, making the unit suitable for couplings that rely on interference fits rather than keyed engagement. Internally, the stator uses the manufacturer's CS winding code; this electrical pattern sets the impedance and leakage reactance that the inverter must accommodate when applying its voltage-to-frequency curve. The combination of top-entry cabling and a plain shaft arrangement also supports straightforward integration with compact machine layouts.