KSD076C-0350-NN-S3-1G0-NNNN

The Bosch Rexroth Indramat KSD076C-0350-NN-S3-1G0-NNNN is a compact controller module in the KSD IndraDrive Mi Motors series. It operates on a 100-240 VAC power supply with a power consumption of 14.5 W, delivering precise command and control for servo drives in automated production environments. The module’s primary function is to regulate motor dynamics and provide real-time adjustments and fault detection for industrial motion control applications. It belongs to a family of Mi Motors optimized for high-precision motion control in packaging, robotics, and machine tool applications.

Equipped with electrical isolation, the KSD076C-0350-NN-S3-1G0-NNNN protects internal electronics from voltage spikes and ground loops to maintain signal integrity. It features 2 CAN interfaces for direct communication with programmable logic controllers and distributed control systems, enabling seamless integration without additional adapters. Built-in network capability supports complex multi-node topologies and deterministic data exchange necessary for synchronized operations. The screw-in module mounting design, which requires a separate TB712 terminal block, ensures firm attachment and resistance to mechanical vibration in harsh industrial settings. The modular design allows straightforward network architecture adjustments without system downtime.

The module’s broad 100-240 VAC input range assures compatibility with diverse electrical infrastructures, simplifying retrofits and expansions. Its screw-in mounting style facilitates quick installation and replacement, reducing maintenance time and system downtime. Dual CAN channels and electrical isolation confer high noise immunity and operational reliability, essential for continuous operation in challenging environments. The robust construction supports long service life under continuous operation. In industrial automation, the KSD076C-0350-NN-S3-1G0-NNNN enhances system efficiency and uptime, offering robust performance, scalability, and reduced total cost of ownership for advanced motion control applications.