KDA 3.2-050-3-DPI-W1 Bosch Rexroth Indramat
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The Bosch Rexroth Indramat KDA 3.2-050-3-DPI-W1 spindle drive is part of the KDA Spindle Drives series and operates at a rated current of 50 Amps with a DC supply voltage of 300 volts. It uses forced cooling with a mounted heatsink blower that runs on 220V AC and 50-60Hz, and features incremental encoder output and a second encoder input for spindle or motor feedback.
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Product Description:
The KDA 3.2-050-3-DPI-W1 spindle drive is manufactured by Bosch Rexroth Indramat as part of the KDA Spindle Drives series. Designed for machine-tool automation, the device regulates current supplied to an attached AC spindle motor so commanded speed and orientation remain stable during drilling, milling, or grinding operations. It links to the higher-level numerical control through dedicated parallel lines. This arrangement supports fast response and steady torque control when tooling loads change suddenly. Because spindle speed and angular orientation are both controlled, the drive can support processes that require accurate stopping at a known position before the next machine step begins.
The drive delivers a continuous output of 50 A from a DC link rated at 300 VDC, so the connected power supply must maintain that bus voltage under load. Heat from the IGBT stack is removed by a mounted heatsink blower powered by 220 V 50–60 Hz mains, and the unit operates in forced cooling mode to keep semiconductor temperatures within a normal operating range. Motion commands are sent as a 16-bit parallel word, giving the control a large number of discrete speed references without relying on an analog signal. The digital command path helps the spindle follow setpoint changes cleanly during acceleration, deceleration, and orientation control.
The unit operates in ambient air from 5 to 45 °C and at elevations up to 1000 m above sea level without derating. A built-in incremental encoder output supplies real-time spindle position data to related control functions, while a second encoder input accepts additional feedback for synchronized tool changers or axis coupling. These interfaces support coordinated machine motion where spindle position must remain visible to other parts of the control system. The stated operating limits also help determine where extra cabinet cooling may be needed.
