Product Description:

The 2AD184C-B35OC1-CS06-D2N1 is an AC induction motor produced by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. Intended for industrial automation, it delivers continuous rotation to machine-tool spindles, conveyors, and positioning axes that are driven by variable-frequency inverters. By converting three-phase electrical power into mechanical motion, the unit provides repeatable speed and torque for processes that rely on accurate motor regulation. Its operating profile suits equipment that must maintain stable output through long production runs and frequent speed changes.

Active cooling is handled by an integrated axial blower that operates from a dedicated 400 V source, keeping the stator windings within their thermal limits during extended duty cycles. Rotor position and speed are reported through digital servo feedback, allowing closed-loop control by Rexroth drive controllers and helping the system hold speed more consistently as load conditions change. Because the motor is supplied without a holding brake, any load-holding requirement must be met by external clamping or regenerative torque. Frame size code 184 indicates the mounting pitch and shaft height, while length code C completes the magnetic stack for mid-range spindle applications.

Mechanical interfaces follow flange and foot mounting, giving flexibility for installation on a base plate or directly on a machine face. The junction box is fixed on the top of the housing and is oriented toward Side A, which helps keep incoming power leads clear of adjacent machine elements. Inside, phase conductors terminate on the CS winding configuration, which sets the resistance and leakage reactance for the intended inverter voltage class. Greased-for-life standard bearings support the rotor, and an R vibration grade limits transmitted oscillation in precision equipment. The drive-side shaft carries a seal and is dynamically balanced with its full key, while the non-drive end is left without a shaft extension to reduce overhung mass and simplify coupling alignment.