SE-LB3.095.060-10.012

SE-LB3.095.060-10.012, Bosch Rexroth Indramat, SE Synchronous Servo Motors controller modules deliver precision and durability for demanding industrial automation tasks. This compact Type controller module integrates seamlessly into high-performance motion systems and supports networked topologies with versatile connectivity. Its construction ensures electrical isolation, reducing interference and enhancing signal integrity in noisy plant environments. With an industry-standard screw-in form factor, the module requires a TB712 terminal block for secure mounting and streamlined installation.

In-depth engineering underpins each module’s operation: the Input Voltage Range spans 100-240 VAC, while Power Consumption is held to 14.5 W for energy-efficient performance. It applies a Rated Torque of 0.95 Nm and can deliver a Peak Torque of 2.85 Nm to handle transient loads. Maintaining a steady Rated Speed of 3000 RPM supports rapid acceleration and deceleration profiles in automated lines. Position feedback is provided by an Encoder Type of Incremental encoder with 2048 pulses per revolution, coupled with a robust Feedback System featuring digital processing for high-precision control. Dual Can Interfaces enable deterministic bus communication, and built-in Isolation protects the module from voltage spikes and ground loops. The unit achieves Protection Class IP65, ensuring dust-tight housing and resistance to water jets, even in harsh washdown or wash-off scenarios.

Designed for straightforward integration into machine control architectures, the SE-LB3.095.060-10.012 combines network capability and dual CAN channels for seamless data exchange with PLCs and motion controllers. Its rugged, electrically insulated chassis enhances reliability in high-noise or variable-temperature environments, reducing downtime and maintenance interventions. Ideal for industrial automation applications—from packaging lines to CNC machining platforms—this module delivers stable, high-accuracy motion control and long-term operational dependability.