Product Description:

The RZC01.1-5T-018-V-23 is a Chemistry Module manufactured by Bosch Rexroth Indramat for the RZC Chemistry Modules series. In automated production lines where solvents or other process fluids are dosed and measured, the unit bridges the three-phase supply network with field hardware so that pumps, valves, and sensors used in chemical conditioning receive stable power and the required interface points. Its role is to provide the electrical characteristics and physical format needed for integration into a unified control cabinet. This arrangement is useful in process sections where fluid handling devices and control hardware must operate together in a compact installation.

Its electrical ratings describe the range in which it operates. The module provides output frequencies up to 100 Hz, allowing downstream drives to synchronize with process timing. It accepts a three-phase feed of 3 × AC 500 V ±10 % and can deliver a continuous line current of 24 A. Connected equipment drawing as much as 15 kW can be supported without external boosters. A housing rated at IP23 blocks solid objects larger than 12 mm and deflects angled water spray, which is suitable when the unit is installed inside a ventilated enclosure. Because the hardware is prepared for cabinet mounting, the fixing points, airflow paths, and cable entries fit standard control-cabinet layouts and help keep internal wiring organized.

Its physical and interface features support straightforward integration with surrounding equipment. The module belongs to Size Class B, which keeps the footprint moderate and leaves room for adjacent drives or PLC modules in the same cabinet. Intrinsically safe signal wiring terminates on a dedicated NAMUR-terminal strip, simplifying connections to field sensors commonly used in dosing skids and fluid-monitoring circuits. The electronics follow Design 1 from line 1 of the product family, keeping the control format consistent with this version of the module. This makes the unit suitable for chemical process sections that require orderly field connections and stable three-phase power handling.