CDB01.1C-SE-EN1-EN1-NNN-NNN-S1-NN-FW

The Bosch Rexroth Indramat CDB01.1C-SE-EN1-EN1-NNN-NNN-S1-NN-FW from the CDB Control Units series integrates seamlessly into industrial drive systems with a native Master Communication: SERCOS Interface and dual Option 1: Encoder HSF/RSF ports. Engineered for reliability, the module features a robust double-axis control section and a modular design to support additional extensions without compromising signal integrity. Housed within the power section of a compatible drive controller, the device must be handled with ESD precautions and is rated for up to twenty insertion cycles to protect its firmware and control type-plates. The unit’s front-panel X7 socket accepts memory cards for parameter backup, while X4.1 provides the encoder interface required for high-resolution positioning.

This control section derives power from the 0 V and 24 V terminals of the drive’s power supply and requires protected input on X31.8 and X31.9 to drive its digital I/O without risk of polarity reversal—users should employ a protective diode to safeguard the module against incorrect wiring. The Option 2: Encoder HSF/RSF channel further extends the control section’s feedback capabilities, delivering bidirectional encoder data for closed-loop applications. Although Option 3: Not Equipped slots are available, they can be populated with comfort control panels, analog I/O extensions, or digital I/O cards to match evolving application demands. All connections maintain galvanic separation for noise immunity, meeting industrial EMC requirements.

Designed exclusively for industrial use, the module offers a minimum SERCOS cycle time of 1,000 μs and includes a single N/O relay contact for safe operational interlocking. Comprehensive shipping and logistics support ensures delivery to any global address, backed by a one-year warranty from Wake Industrial. With its combination of proven communication standards, encoder interfaces, and flexible expansion options, the CDB01.1C-SE-EN1-EN1-NNN-NNN-S1-NN-FW provides a dependable foundation for precision motion control in demanding automation environments.