Product Description:

The RZC01.1-6N-018-F-23 is a power conversion element manufactured by Bosch Rexroth Indramat within the RZC Chemistry Modules series. As a chemistry module, it conditions three-phase mains energy so that drive, heating, or process circuits in automated chemical equipment receive stable voltage and frequency. The unit fits into multi-axis production lines where precise power regulation and modular cabinet integration are critical for repeatable reaction control and dosing tasks. Its role is to support a steady electrical supply for equipment that must maintain controlled speed and stable thermal behavior during continuous operation.

The module delivers a nominal mechanical output of 15 kW, matching medium-sized agitators or pump loads often found in batch reactors. A continuous phase current of 30 A is available at its motor terminals, which sets the current available to connected inverters and influences conductor sizing. Supply compatibility spans 3 × AC 400 V ±15 %, so the device tolerates common plant voltage fluctuations without derating. Internally synthesized carrier signals allow output frequencies up to 200 Hz, enabling high-speed operation of compatible motors when rapid mixing is needed. The enclosure has an IP23 rating, indicating guarded ventilation openings and making the unit better suited for filtered control rooms than for open production areas.

The control design is line 1, version 1, which indicates the baseline configuration used in this product family. For auxiliary electronics, the unit accepts an external 24 V standby power feed, allowing monitoring circuits to remain energized during main disconnects. Process control is supported by built-in filter current feedback, which reports harmonic content to the supervisory PLC for corrective action. The module uses Size Class B, and all fastening points are prepared for cabinet mounting so it can be secured directly in the enclosure. The housing is supplied without a NAMUR terminal strip, which leaves interface selection open for systems that use other sensor connection methods.