109-524-3201a-12

The Bosch Rexroth Indramat 109-524-3201a-12 module is a key component in the TVM Power Supply Modules series, designed to support industrial automation drive systems. As a brushless DC motor interface board, it delivers a continuous 1.8 Nm torque at a speed of 3000 RPM while operating on a 24 VDC supply. Weighing only 0.05kg and featuring an IP65 protection class, this module offers a compact, lightweight, and robust solution for energy supply and monitoring in servo applications. Its primary function is to manage regenerated current and maintain stable operation within TVM servo power modules, ensuring consistent performance in production and processing environments.

Built around an F insulation class design with natural convection cooling, the 109-524-3201a-12 operates efficiently at currents up to 5 A. It achieves an 85% efficiency rating, minimizing energy loss during high-load cycling. Certified to CE standards under international classification, the board is tested for reliability and electromagnetic compatibility. The integrated bleeding resistor handles regenerative currents from motors in generator mode, protecting system components and enhancing overall drive stability. A robust circuit layout and precision-etched processor ensure accurate monitoring of voltage, current, and temperature parameters at all times.

Engineered to function within ambient conditions from 0 to 40°C and relative humidity up to 95%, this module maintains performance at elevations up to 1000 meters above sea level. The IP65 rating, though provided by the housing in final assembly, guarantees resistance to dust ingress and water jets, extending service life in harsh factory settings. The lightweight printed circuit board is maintenance-free and user-friendly, simplifying installation and reducing downtime. Fully recyclable packaging preserves optimal ambient conditions during transport, and each unit bears a clear nameplate for rapid identification. By incorporating the 109-524-3201a-12 into TVM power supply systems, operators benefit from enhanced energy efficiency, reliable regeneration handling, and streamlined maintenance—critical for modern industrial automation applications.