DDC1.1-K050A-DG10-00 Bosch Rexroth Indramat
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The Bosch Rexroth Indramat DDC1.1-K050A-DG10-00 is part of the DDC Digital Intelligent Servo Drives series and has a rated current of 50 Amps. This digital intelligent servo drive features an IP65 protection category, digital servo feedback, and requires a 3-phase AC 230 V supply.
Internal Product Review
The DDC1.1-K050A-DG10-00 is a digital intelligent servo drive with a 50 A rated current, well suited for responsive machine-axis control. A 3-phase AC supply at 3 x AC 230 V supports straightforward integration into established industrial power systems. IP65 protection and digital servo feedback make the unit an excellent choice for accurate operation in demanding environments.
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Product Description:
The DDC1.1-K050A-DG10-00 is a compact servo drive manufactured by Bosch Rexroth Indramat for the DDC Digital Intelligent Servo Drives series. It forms the power and control interface between a motion controller and a synchronous motor, converting command data into regulated torque that positions machine axes in packaging lines, printing presses, or material-handling stations. Integrated drive intelligence reduces external wiring and enables decentralized installation close to the actuator, which simplifies cabinet layouts in industrial automation.
The drive is designed for a three-phase AC mains network and connects directly to factory power at 3 × 230 VAC. It delivers a continuous output of 50 A, allowing motors with moderate to high stall currents to operate without derating. An internal monitoring circuit disconnects the inverter when the DC bus exceeds 475 V, preventing component stress during supply surges or rapid regeneration. The housing meets the IP65 protection category, sealing the electronics against dust ingress and low-pressure water jets. This protection allows the unit to be mounted outside a control cabinet in washdown zones or on moving carriages.
The two analog diagnostic channels provide real-time voltage signals that report drive temperature or torque demand to external recorders for condition monitoring. Rotor position is resolved through digital servo feedback, enabling high-bandwidth current loops without incremental encoder interpolation. If a fault occurs, the drive provides three predefined error reactions that can be selected through parameters to match the application’s response requirements. A modular backplane accepts up to five option cards for communication or I/O expansion. Standard noise emission limits help minimize conducted and radiated disturbances in industrial installations.
