Product Description:

The DDS02.1-W100-DS14-00 is a drive controller manufactured by Bosch Rexroth Indramat within the DDS Drive Controllers series. Designed for multi-axis automation, it converts command data into regulated three-phase outputs that energize synchronous or asynchronous servomotors. By handling torque, speed, and position loops in real time, the unit serves as the central actuator interface inside machining centers, material-handling cells, and packaging lines. Its control architecture lets a higher-level system issue motion commands while the drive manages the rapid current adjustments needed for stable axis behavior during acceleration, deceleration, and hold states. That arrangement allows the unit to act as the immediate interface between the control system and the motor in machines that coordinate several axes at once.

It features a SERCOS interface, so fiber-optic telegrams convey setpoints and diagnostics at deterministic cycle times. The power section is rated for continuous output of 100 A, allowing the controller to drive large-frame motors without external boosters. Thermal management relies on internal air cooling, and cabinet air drawn across the heat sink removes losses without ducting to ambient plant air. Rotor position and velocity are resolved through digital servo feedback, enabling the control loop to maintain dynamic accuracy during load changes. The controller is part of Line 02 and shares common backplane pinouts with matching supply modules. Because feedback processing and power regulation are handled inside the unit, the connected motor can respond quickly to changing load conditions and commanded position updates.

The controller is Version 1. As a Digital AC Servo Drive Controller, it fits decentralized motion systems in which compact axis modules sit close to the motor feeder busbars. This layout reduces cable lengths and helps keep cabinet space organized in tightly packed equipment. It also supports axis arrangements that require fast feedback processing and predictable response throughout repeated motion cycles.