Product Description:

The MAC063D-0-JS-4-C/095-A-1/WI517LV is an AC servo motor manufactured by Bosch Rexroth Indramat for the MAC AC Servo Motors series. Intended for analog drives, it converts electrical commands into controlled shaft motion for positioning and velocity loops in automated equipment. The motor has a D length code, which provides the torque capacity associated with this frame class while maintaining a compact housing. A blocking brake holds the shaft when power is removed, preventing drift in vertically loaded axes and maintaining the position of stationary equipment.

The integrated brake delivers 3 Nm of holding torque, enabling static load support on lifts or indexing tables. Under its rated supply, the rotor reaches 3500 rpm, providing high rotational speed without external gearing. Shaft alignment relies on a 95 mm centering diameter for accurate placement against the mounting surface. Heat leaves the housing through natural convection, eliminating the need for fans or coolant lines. Power enters through a connector on side A, which supports straightforward cable routing around adjacent machine components. The tachometer has a standard quality rating that supports consistent velocity measurement during continuous operation.

The electromagnetic design uses winding code JS, which corresponds to the resistance and inductance values expected by compatible analog amplifiers. The feedback configuration permits tacho feedback with an incremental encoder and standard mounting, allowing the connected controller to monitor changes in shaft position. The tacho generator outputs 1.5 V/1000 rpm, providing a linear voltage reference for proportional speed controllers. Frame size 063 establishes the applicable flange dimensions and shaft height for installation within the corresponding machine layout. These interfaces allow the motor, feedback device, and amplifier to operate as a closed-loop motion system. The brake provides stationary holding independently of the encoder feedback used during controlled movement.