Product Description:

The MAC093B-0-0S-3-C/110-A-2/S005 is an AC servo motor produced by Bosch Rexroth Indramat within the MAC AC Servo Motors series. Classified as a motor for analog drives, it converts controlled current from earlier drive amplifiers into torque and position for industrial automation axes such as packaging, printing, and material-handling lines. Its construction suits applications that require consistent speed regulation and accurate feedback while remaining compatible with established analog control architectures. This arrangement makes the motor suitable for machines that depend on stable closed-loop response without requiring a newer digital drive platform.

A built-in heavy-duty blocking brake supplies holding force for vertical or load-bearing axes, and its rated braking torque of 14 Nm prevents back-driving when power is removed. Rotor alignment during mounting depends on a centering pilot of 110 mm, which helps keep the motor shaft concentric with the driven mechanism. Thermal management relies on natural convection, so heat is dissipated through the housing without forced airflow and the installation should allow free surrounding air movement. Position and velocity data are delivered by a feedback package with tacho feedback and a second shaft end, supporting analog speed signals and allowing connection to an external feedback device when needed. Power conductors enter through a connector on side A, which sets the cable exit direction and can simplify routing in compact machine layouts.

The motor uses frame size 093 with length code B, giving a balance between torque capacity and overall motor mass for medium-duty axis arrangements. The speed reference quality is Standard, indicating tacho performance suitable for general motion loops where normal industrial feedback precision is acceptable. This configuration is well suited to equipment that needs dependable braking, straightforward mounting, and analog feedback in one motor package. It also supports machine layouts where cable direction, shaft alignment, and external feedback access must be handled within a compact installation space.