CSB01.1C-PB-ENS-MA1-L2-S-NN-FW

The Bosch Rexroth Indramat CSB01.1C-PB-ENS-MA1-L2-S-NN-FW from the CSB Drive Controllers series offers a Configurable configuration option, integrated PROFIBUS master communication, and dual encoder interfaces supporting IndraDyn/Hiperface/1Vpp/TTL and Analog I/O Extension. Designed as a compact control section, it installs easily alongside power modules within standard industrial cabinets, maintaining optimal signal integrity. Its front panel features four programmable keys and a single-line status display for intuitive operation and rapid diagnostics. Optional MA1 modules connect via manufacturer-approved cables to expand analog and digital I/O without compromising system consistency.

Delivering precise motion control, the unit provides two analog output channels alongside two differential analog input channels rated at ±10 V with 12-bit resolution for high-fidelity feedback. Rapid response is supported by Type 2 and Type 3 digital inputs configured as bounce-free probe inputs, while a single Normally Open relay contact handles fault signalling and status alerts. The drive adheres to IEC 61800-3 compliance to minimize EMI in sensitive environments and offers three switching frequencies that can be selected to optimize dynamic response or electromagnetic compatibility. The robust design tolerates up to 20 mounting cycles without loss of alignment, ensuring flexible maintenance and module replacement.

Maintenance and configuration are streamlined through a front-panel memory card slot that stores parameter sets and firmware updates, enabling quick replication across multiple units. Supplied with one-year warranty support and protected in custom military-grade packaging, this control section is certified for operation only in industrial environments and must remain unmodified to preserve functional safety. With its balanced mix of advanced encoder support, configurable I/O, and proven PROFIBUS connectivity, the CSB01.1C-PB-ENS-MA1-L2-S-NN-FW is engineered for high-reliability applications in demanding automation systems.