Product Description:

The MDD093D-N-015-N2L-130GB1 is manufactured by Bosch Rexroth Indramat and belongs to the MDD Synchronous Motors series. Designed for use with digital drive controllers, it is installed in automated lines where precise position and speed regulation are required for tooling, material handling, or indexing stations. The unit converts commanded current into rotary motion while sending position data to the drive, allowing stable servo performance under changing load conditions. This arrangement supports repeatable motion in applications that depend on accurate starts, stops, and speed transitions during continuous production.

At standstill, the rotor can exert 24.0 Nm of continuous torque, which helps the axis maintain force during low-speed operation. Under rated electrical frequency, the shaft turns at 1500 rpm, which suits machinery that favors moderate throughput over very high speed. A built-in blocking brake provides 11 Nm of static torque so the axis can remain locked when power is removed. Mounting accuracy is assisted by a 130 mm centering diameter that aligns the flange concentrically. Position and velocity are reported through digital servo feedback, enabling tight control loops in the connected drive and supporting accurate response to changing motion commands.

The motor uses frame size code 093 with the longer D-length stator, which increases thermal capacity for extended duty cycles. Power and feedback cables exit toward the rear because the connector is oriented on Side B, which can simplify cable routing in compact machine layouts. A shaft seal helps keep lubricants and contaminants away from the bearings, and the output interface is a plain shaft for direct coupling to compatible hubs or gearboxes. Standard dynamic balancing helps reduce vibration during operation, the housing has a standard finish, the connection type is a sealed connector, and the opposite shaft end is omitted to reduce overall depth. These features allow the motor to fit into installations where available space behind the mounting surface is limited.